BATC Wiki - User contributions [en-gb]

QO100 DATV Users

2020-12-22T17:32:44Z

F5OEO:

'''Bold text'''The list below is maintained by John, G7JTT (g7jtt@yahoo.com) and other BATC Members. Just request a Wiki account if you want to add yourself or other users.

Note that the information may go out of date as stations upgrade (or downgrade) their equipment.

{| class="wikitable sortable"
! CallSign !! Name !! Dish size (m) !! Feed !! Power (W) !! Language !! Modulator !!

|-F6HDW || Jean Claude || 1.2 || Patch || 80 || FR ||
| G8HKN || Roger || 1.2 || Patch || 45 || ||
|-
| 4Z1ZV || Zvika || 1.6 || Helix || 50 || ||
|-
| 3B8DU || Jean Marc || 2.4 || Patch || 20 || ||
|-
| 4Z5OG || Vitaly || 1.0 || || 70 || ||
|-
| BG0AUB || Feng Zhao || 0.9 || Dual Patch || 70 || ||
|-
| CT1BYM || Miguel || 1.2 OS || Patch || 80 || ||
|-
| CT1XC || Carlos || 1.4 OS || Helix || 60 || ||
|-
| CT2GHB || Sergio || 1.8 || Septum || 20 || ||
|-
| CU2ED || Jacinto || 0.8 OS || Dual Patch || 30 || ||
|-
| DB2BG || Walter || 1.2 || Dual Patch || 45 || ||
|-
| DC0XH || Cord || 1.2 || Dual Patch || 80 || ||
|-
| DC1OP || Hubertus || 0.9 || Dual Patch || 50 || ||
|-
| DC2TH || Wolfgang || 1 || Dual Patch || 70 || ||
|-
| DD1US || Matthias || 1.8 || POTY || 25 || ||
|-
| DD4YR || Robert || 1.2 || || 30 || ||
|-
| DF3KO || Uwe || 1.5 || Dual Patch || || ||
|-
| DF4AY || Wolfgang || 1.0 || Dual Patch || 50 || ||
|-
| DF6IY || Nobi || 2.2 || || 28 || ||
|-
| DF6SM || || || || || ||
|-
| DF1RI || Alfons || || || || ||
|-
| DG0OPK || Michael || 1.2 || Helix || 40 || ||
|-
| DG0SIA || Oliver || 1.8 || Dual Patch || 24 || ||
|-
| DG1HPS || Horst || 1.3 || Helix || 75 || GE EN ||
|-
| DG1MAJ || Roland || || || 80 || ||
|-
| DG1MED || Oliver || 1.2 || Helix || 75 || ||
|-
| DG2TF || Falco || 1.4 || Helix || 100 || ||
|-
| DG3KHS || Helmet || 1.2 || Dual Patch || 40 || ||
|-
| DG4DUL || Werner || || || || ||
|-
| DH3CS || Joerg Chris || 1.2 || Helix || 50 || ||
|-
| DJ4ZZ || Joerg || 1.2 || Dual Patch || 40 || ||
|-
| DJ5PW || Juergen || 1.2 || Dual Patch || 40 || ||
|-
| DK0IT || || || || || ||
|-
| DK3ZL || Charly || 1.25 || Dual Patch || 80 || GE EN || ||
|-
| DL2VT || Dieter || 1.2 || Patch || 40 || ||
|-
| DL4OCH || Wilm || 1.2 || Dual Patch || 75 || GE EN||
|-
| DL3HQD || Winni || 1.2 || Dual Patch || 70 || ||
|-
| DL4YEB || Tom || 1.2 || Helix || 140 || ||
|-
| DL5BCA || Thomas || 1.6 || Dual Patch || 50 || ||
|-
| DL6SH || Slavek || 1.5 || Dual Patch || || ||
|-
| DL6YEA || Tom || 1.2 || Patch || 25 || ||
|-
| DL8RDL || Lenz || 1.2 || Helix || 15 || ||
|-
| DL8SFB || Michael || || || || ||
|-
| DL9OBU || Richard || 3.4 || Patch || 20 || ||
|-
| DM2ETL || Eberhard || 1.2 || Dual Patch || 100 || ||
|-
| EA1IW || Antonio || 1.5 OS || Poty || 50 || ||
|-
| EA2AA || Jose || 1.2 || Helix || 100 || ESP EN ||
|-
| EA2ARU || Jabi || 1.4 || Helix || 60 || ESP ||
|-
| EA3HMJ || Jose || 1.8 || Septum || 40 || ||
|-
| EA3NE || Jaume || 1.8 || Helix || 30 || ||
|-
| EA4LE || Toni || 1.9 PF || Dual Patch || 10 || ||
|-
| EA4GPZ || Dani || 0.6 || Linear || 100 || ||
|-
| EA6WQ || Tomas || 1.8 PF || Helix || 25 || ||
|-
| EA7CTL || Manuel || || || || ||
|-
| EA7EOL || Antonio || 1.35 || Helix || 60 || ||
|-
| EA7UH || Miguel || 1.8 || || 60 || ||
|-
| EB2AT || Aitor || 1.2 PF || Patch || 50 || ||
|-
| EB3FRN || Iban || 2.45 || Horn || 30 || ||
|-
| F1CJN || Alain || 1.25 || Patch || 70 || ||
|-
| F1FAQ || Christian || || || || ||
|-
| F1FDB || André || 1.20 || dual patch || 20 ||||
|-
| F1ITK || Denis || || || || ||
|-
| F1MPE || Bruno || || || || ||
|-
| F1SSF || Franck || 1.4 || Helix || 39 || ||
|-
| F1TE || Lucien || || || || ||
|-
| F1UPL || Hervé || 2.3 || POTY || 150 || FR EN||
|-
| F3CJ || Joél || 1.4 || Helix || 20 || FR EN||
|-
| F3YX || Marc || 1.8 || Dual Patch || 30 || FR EN GE||
|-
| F4FDW || Laurent || 2.4 || Helix || 20 || ||
|-
| F4HEX || Patrick || || || || ||
|-
| F4HSL || Yves || 1.2 || LNB+POTY || 60 || ||
|-
| F4NAS || Joel || 1.4 || Helix || 80 || ||
|-
| F4VSG || Robert || || || || ||
|-
| F4VTB || Aitor || 1.8 PF || Patch || 50 || ||
|-
| F5CAU || Gil || 1.5 || Patch || 30 || ||
|-
| F5DB || || || || || ||
|-
| F5NVP || Rene || || || || ||
|-
| F5NVQ || Henri || 1.2 || || 10 || ||
|-
| F5OEO || Evariste || 1.2 || Helix || 50 || ||
|-
| F5UII || Christian || 1.2 || Helix || 150 || FR GE EN||
|-
| F6AAM || Jean Claude || 1 || || 150 || ||
|-
| F6DZP || Jean Pierre || 1.2 || Helix || 50 || ||
|-
| F6GDL || Roland || 1.25 || Helix || || FR||
|-
| F6ITK || Denis || 1.2 || Helix || 30 || FR GE||
|-
| F8BOJ || || || || || ||
|-
| F8CHK || Roland || 1.2 || Helix || 20 || ||
|-
| F9ZG || Rolf || || || || FR EN||
|-
| G0AZQ || Tony || || || || ||
|-
| G0DQH || Jim || 1.3 || Dual Patch || 70 || ||
|-
| G0MGX || Mark || 1.2 || Dual Patch || 60 || ||
|-
| G0MJW || Mike || 2.4 || Dual Patch || 50 || ||
|-
| G0NZO || Jules || 3 || Dual Patch || 5 || ||
|-
| G1LWX || Mike || 1.8 || Dual Patch || 40 || ||
|-
| G3YQC || John || 1.3 || Helix || 50 || ||
|-
| G3YTI || Steve || 1.1 || Dual Patch || 50 || ||
|-
| G3ZGZ || Dave || 1.1 || Helix || 25 || ||
|-
| G4BVK || Ken || 1.1 || Dual Patch || 40 || ||
|-
| G4CPE || Arthur || 1.1 || Dual Patch || 40 || ||
|-
| G4EML || Colin || 1 || Dual Patch || 30 || ||
|-
| G4HIZ || Jen || 1.2 || Dual Patch || 30 / 100 || ||
|-
| G4HIZ/P || Jen || 0.9 || Dual Patch || 30 / 100 || ||
|-
| G4KLB || Colin || 1.2 || Patch || 50 || ||
|-
| G4UVZ || Adrian || 1.2 || Dual Patch || 50 || ||
|-
| G6ZAC || Tony || 1.2 || Dual Patch || 200 || ||
|-
| G7JTT || John || 1.2 || Dual Patch || 40 || EN||
|-
| G7NTG || Jim || 1.2 || Dual Patch || 250-300 || ||
|-
| G8GKQ || Dave || 1.2 || Dual Patch || 50 || ||
|-
| G8GTZ || Noel || 1.2 || Dual Patch || 100 || ||
|-
| G8KOE || Martin || 1.8 || Dual Patch || 20 || ||
|-
| G8LCE || Martin || 1.1 || Dual Patch || 20 || ||
|-
| G8LES || Mike || 1.8 || 4T Helix || 50 || ||
|-
| G8LWX || Mike || || || || ||
|-
| GI4DOH || Richard || 1.2 || Dual Patch || 50 || ||
|-
| GI7UGV || John || 1.1 || Dual Patch || 50 || ||
|-
| HA4BM || Bela || 1.1 || Patch || 270 || EN HU||
|-
| HB9ADJ || Charly || 2.4 OS || Patch || 20 || ||
|-
| HB9AZN || Pierre-Andre || 1.2 || Dual Patch || 50 ||||
|-
| HB9DUG || Michel || 3.0/1.2 || Dual Patch || 20 ||FR EN||GnuRadio
|-
| HB9HAL || Christoph || 1.2 OS || Dual Patch || 85 || GE EN||
|-
| I3EEL || Ludovico || || || || ||
|-
| IC8EPV || Michele || 1.8 || Helix || 35 || ||
|-
| IK0YYY || Luca || 1.8 || Helix || 80 || ||
|-
| IK1HGI || Antonio || 1 || Dual Patch || 25 || ||
|-
| IK2DHS || Franco || 1.8 || Helix || 150 || ||
|-
| IK2OWU || || || || || ||
|-
| IK3HHG || Franck || || || || || Pluto2908
|-
| IK4IDY || Alessio || 1.8 || Helix || 10 || IT EN||
|-
| IK5EHI || Allesandro || || || || ||
|-
| IK8XLD || Rocco || 1.8 || Dual Patch || 50 || IT EN||
|-
| IU2KAC || Liborio ||1 ||Helix ||250 || ||
|-
| IW2HXW || Vincenzo || || || || ||
|-
| IW3RMR || Alessandro || 2.4 || Helix || 100 || ||
|-
| IW3ROW || Mauro || 1.0 || Helix || 150 || ||
|-
| IW1QEF || Raffaele || 0.8 || Helix || 50 ||||
|-
| IW4APQ || Franco || 3.0 || || 30 || ||
|-
| IW6PUA || Matteo || 1.0 || Helix || 65 || IT EN ES RU||
|-
| IZ4RYB || Marco || 1.2 || Dual Patch || 140 || ||
|-
| IZ8EDE || Valter || 1.2 || Helix || 60 || IT EN||
|-
| LX1LW || André || 1.8 || Dual Patch || 75 || LU GE EN FR ES||
|-
| M0DNY || Phil || 1.2 || Patch & Lens || 40 || ||
|-
| M0DNY/P || Phil || 0.8 || Patch & Lens || 40 || ||
|-
| M0DTS || Rob || 3 || Dual Patch || 10 || ||
|-
| M0EYT || Paul || 1.2 || Dual Patch || 20 ||||
|-
| M0MLJ || Ray || 2 || Dual Patch || 30 || ||
|-
| M0NMC || Nick || 1.2 || Dual Patch || 60 || EN||
|-
| M0SKM || Steve || 1.25 || Dual Patch || 250 || EN||
|-
| M1SJE || Sarah || 0.9 || Dual Patch || 75 || ||
|-
| OE7DBH || Darko || 1.8 || Dual Patch || 30 || GE CRO IT||
|-
| OE6GKD || Konrad || 1.8 || Dual Patch || 20 || ||
|-
| OE6OCG || Richard || 1.8 || Dual Patch || 40 ||||
|-
| OE6SKG || Werner || 3.0 || Telefunken || 60 ||||
|-
| OE8JDK || Josef || 1.0 || || || GE EN||
|-
| OK1PHU || Pavel || 1.2 || Dual Patch || 60 || CZ EN||
|-
| OK2UUJ || Leo || 2.1 || Helix || 50 || CZ EN||
|-
| OM0MS || Stevo || 2.6 || Helix || 100 ||SK || Pluto2711
|-
| ON1BTE || Patrick || || || || ||
|-
| ON1NH || Hugo || 1.1 || Patch || 100 || ||
|-
| ON1RC || Chris || 1 || Dual Patch || 5 || ||
|-
| ON1WW || Willy || 3 || Patch || 100 || ||
|-
| ON4AH || || || || || ||
|-
| ON4BHM || Guy || 3 || Patch || 50 || ||
|-
| ON4YV || Yves || 1.6 || Dual Patch || 150 || ||
|-
| ON5VW || Marc || 1.8 PF|| Helix 3T || 15 ||||
|-
| ON7ATV || Alan || 1.8 || Dual Patch || 60 || NL EN||
|-
| ON6PY || Rudy || 1.25 || Helix || 40 || NL FR EN||
|-
| ON7TU || Lucien || || || || NL EN||
|-
| ON8DSW || Wim || || || || ||
|-
| PA1SDB || Peter || 2 || Dual Patch || 20 || ||
|-
| PA2GP || Geert || 1.1 || Patch || 35 ||||
|-
| PA2HOS || Harry || 2.0 || Dual Patch || 30 || ||
|-
| PA3AXO || || || || || ||
|-
| PE1ASH || Renny || 3.4 || Dual Patch || 50 || ||
|-
| PE1CHY || Rob || 1.8 || Patch || 100 || ||
|-
| PE1CME || Rob || 2.4 || Patch & Lens || 25 || ||
|-
| PE1CVJ || Lex || || || || ||
|-
| PE1DQT || Gerrit || 0.8 || Helix || 30 || ||
|-
| PE1ITR || Rob || 1.4 || Dual Patch || 20 || ||
|-
| PE1OZS || Dustin || 1.2 || Dual Patch || 35 ||||
|-
| PE1PMD || Olaf || 1.2 || Dual Patch || 40 || ||
|-
| PE1RJV || Paul || || || || ||
|-
| PE1SDE || Randall || 1 || Helix || 60 || ||
|-
| PE2JKO || Joop || 1.1 || Dual Patch || 15 || ||
|-
| PS8RF || Piraja || 1.8 || || 30 || ||
|-
| PY2RN || Eduardo || 2.3 || Helix || 50 || ||
|-
| RK3DJW || Andrey || 0.9 || Dual Patch || 100 || ||
|-
| RK3WE || Gennady || 1.2 || Patch || 40 || ||
|-
| S51L || Stefan || 1.8 || || 25 || ||
|-
| S52ME || Bojan || 1.5 || Horn || 150 || SI EN||
|-
| S57NML || Andrej || 1.8 || Helix || 40 || ||
|-
| SM4WWG || Jörgen || 1.8 || Dual Patch || 25 || EN SE||
|-
| SP5XSB || Piotr || 1 || Dual Patch || 20 || PL EN RU||
|-
| SQ6QV || Tom || 1.8 || Helix || 150 || PL EN||
|-
| SV1BKE || Emanouil || 4.5 || Patch || 30 || ||
|-
| SV1COA || Ioannis || 1.2 || Helix || 20 || ||
|-
| SV2RR || Grigorios || 0.9 || Helix || 20 || GR EN||
|-
| SV3AQO || Charris || 1.0 || Helix || 20 || GR EN||
|-
| SV8CS || Spiros || || || || ||
|-
| SV8RV || Dionysios || 1.6 || Patch || 20 || GR EN||
|-
| VE4TV || René || || || || ||
|-
| ZS1MM || Leon || 2.4 || || 10 || ||
|-
| ZS6YI || Gary || 2.4 || || 20 || ||
|-
| VU2ELD || Krish || 2.4 || Dual Patch || 15 || IN EN||
|-
| VU2PJP || Peter || 1.5 || Dual Patch || 25 || IN EN||
|-
| VU3OBR || Saro || 1 || Dual Patch || 50 || IN EN||
|-
| VU3RGP || Rakesh || 1.5 || Dual Patch || 25 || IN EN||
|-
| YO3KEX || DX Explorers radioclub || 1.2 || Patch || 35||
|-
| OE2CAL || Walter || 1.2 || Helix || 100 || EN DE||
|-
| DK9CL || Guenter || 1.5 || Poty || 50 || DE EN CZ||
|-
| VU2RTF || Balu || 1.2 || Dual Patch || 50 || IN EN||

QO100 DATV Users

2020-12-22T17:27:56Z

F5OEO:

'''Bold text'''The list below is maintained by John, G7JTT (g7jtt@yahoo.com) and other BATC Members. Just request a Wiki account if you want to add yourself or other users.

Note that the information may go out of date as stations upgrade (or downgrade) their equipment.

{| class="wikitable sortable"
! CallSign !! Name !! Dish size (m) !! Feed !! Power (W) !! Language !! Modulator !!

|-F6HDW || Jean Claude || 1.2 || Patch || 80 || FR ||
| G8HKN || Roger || 1.2 || Patch || 45 || ||
|-
| 4Z1ZV || Zvika || 1.6 || Helix || 50 || ||
|-
| 3B8DU || Jean Marc || 2.4 || Patch || 20 || ||
|-
| 4Z5OG || Vitaly || 1.0 || || 70 || ||
|-
| BG0AUB || Feng Zhao || 0.9 || Dual Patch || 70 || ||
|-
| CT1BYM || Miguel || 1.2 OS || Patch || 80 || ||
|-
| CT1XC || Carlos || 1.4 OS || Helix || 60 || ||
|-
| CT2GHB || Sergio || 1.8 || Septum || 20 || ||
|-
| CU2ED || Jacinto || 0.8 OS || Dual Patch || 30 || ||
|-
| DB2BG || Walter || 1.2 || Dual Patch || 45 || ||
|-
| DC0XH || Cord || 1.2 || Dual Patch || 80 || ||
|-
| DC1OP || Hubertus || 0.9 || Dual Patch || 50 || ||
|-
| DC2TH || Wolfgang || 1 || Dual Patch || 70 || ||
|-
| DD1US || Matthias || 1.8 || POTY || 25 || ||
|-
| DD4YR || Robert || 1.2 || || 30 || ||
|-
| DF3KO || Uwe || 1.5 || Dual Patch || || ||
|-
| DF4AY || Wolfgang || 1.0 || Dual Patch || 50 || ||
|-
| DF6IY || Nobi || 2.2 || || 28 || ||
|-
| DF6SM || || || || || ||
|-
| DF1RI || Alfons || || || || ||
|-
| DG0OPK || Michael || 1.2 || Helix || 40 || ||
|-
| DG0SIA || Oliver || 1.8 || Dual Patch || 24 || ||
|-
| DG1HPS || Horst || 1.3 || Helix || 75 || GE EN ||
|-
| DG1MAJ || Roland || || || 80 || ||
|-
| DG1MED || Oliver || 1.2 || Helix || 75 || ||
|-
| DG2TF || Falco || 1.4 || Helix || 100 || ||
|-
| DG3KHS || Helmet || 1.2 || Dual Patch || 40 || ||
|-
| DG4DUL || Werner || || || || ||
|-
| DH3CS || Joerg Chris || 1.2 || Helix || 50 || ||
|-
| DJ4ZZ || Joerg || 1.2 || Dual Patch || 40 || ||
|-
| DJ5PW || Juergen || 1.2 || Dual Patch || 40 || ||
|-
| DK0IT || || || || || ||
|-
| DK3ZL || Charly || 1.25 || Dual Patch || 80 || GE EN || ||
|-
| DL2VT || Dieter || 1.2 || Patch || 40 || ||
|-
| DL4OCH || Wilm || 1.2 || Dual Patch || 75 || GE EN||
|-
| DL3HQD || Winni || 1.2 || Dual Patch || 70 || ||
|-
| DL4YEB || Tom || 1.2 || Helix || 140 || ||
|-
| DL5BCA || Thomas || 1.6 || Dual Patch || 50 || ||
|-
| DL6SH || Slavek || 1.5 || Dual Patch || || ||
|-
| DL6YEA || Tom || 1.2 || Patch || 25 || ||
|-
| DL8RDL || Lenz || 1.2 || Helix || 15 || ||
|-
| DL8SFB || Michael || || || || ||
|-
| DL9OBU || Richard || 3.4 || Patch || 20 || ||
|-
| DM2ETL || Eberhard || 1.2 || Dual Patch || 100 || ||
|-
| EA1IW || Antonio || 1.5 OS || Poty || 50 || ||
|-
| EA2AA || Jose || 1.2 || Helix || 100 || ESP EN ||
|-
| EA2ARU || Jabi || 1.4 || Helix || 60 || ESP ||
|-
| EA3HMJ || Jose || 1.8 || Septum || 40 || ||
|-
| EA3NE || Jaume || 1.8 || Helix || 30 || ||
|-
| EA4LE || Toni || 1.9 PF || Dual Patch || 10 || ||
|-
| EA4GPZ || Dani || 0.6 || Linear || 100 || ||
|-
| EA6WQ || Tomas || 1.8 PF || Helix || 25 || ||
|-
| EA7CTL || Manuel || || || || ||
|-
| EA7EOL || Antonio || 1.35 || Helix || 60 || ||
|-
| EA7UH || Miguel || 1.8 || || 60 || ||
|-
| EB2AT || Aitor || 1.2 PF || Patch || 50 || ||
|-
| EB3FRN || Iban || 2.45 || Horn || 30 || ||
|-
| F1CJN || Alain || 1.25 || Patch || 70 || ||
|-
| F1FAQ || Christian || || || || ||
|-
| F1FDB || André || 1.20 || dual patch || 20 ||||
|-
| F1ITK || Denis || || || || ||
|-
| F1MPE || Bruno || || || || ||
|-
| F1SSF || Franck || 1.4 || Helix || 39 || ||
|-
| F1TE || Lucien || || || || ||
|-
| F1UPL || Hervé || 2.3 || POTY || 150 || FR EN||
|-
| F3CJ || Joél || 1.4 || Helix || 20 || FR EN||
|-
| F3YX || Marc || 1.8 || Dual Patch || 30 || FR EN GE||
|-
| F4FDW || Laurent || 2.4 || Helix || 20 || ||
|-
| F4HEX || Patrick || || || || ||
|-
| F4HSL || Yves || 1.2 || LNB+POTY || 60 || ||
|-
| F4NAS || Joel || 1.4 || Helix || 80 || ||
|-
| F4VSG || Robert || || || || ||
|-
| F4VTB || Aitor || 1.8 PF || Patch || 50 || ||
|-
| F5CAU || Gil || 1.5 || Patch || 30 || ||
|-
| F5DB || || || || || ||
|-
| F5NVP || Rene || || || || ||
|-
| F5NVQ || Henri || 1.2 || || 10 || ||
|-
| F5OEO || Evariste || 1.2 || Helix || 50 || ||
|-
| F5UII || Christian || 1.2 || Helix || 150 || FR GE EN||
|-
| F6AAM || Jean Claude || 1 || || 150 || ||
|-
| F6DZP || Jean Pierre || 1.2 || Helix || 50 || ||
|-
| F6GDL || Roland || 1.25 || Helix || || FR||
|-
| F6ITK || Denis || 1.2 || Helix || 30 || FR GE||
|-
| F8BOJ || || || || || ||
|-
| F8CHK || Roland || 1.2 || Helix || 20 || ||
|-
| F9ZG || Rolf || || || || FR EN||
|-
| G0AZQ || Tony || || || || ||
|-
| G0DQH || Jim || 1.3 || Dual Patch || 70 || ||
|-
| G0MGX || Mark || 1.2 || Dual Patch || 60 || ||
|-
| G0MJW || Mike || 2.4 || Dual Patch || 50 || ||
|-
| G0NZO || Jules || 3 || Dual Patch || 5 || ||
|-
| G1LWX || Mike || 1.8 || Dual Patch || 40 || ||
|-
| G3YQC || John || 1.3 || Helix || 50 || ||
|-
| G3YTI || Steve || 1.1 || Dual Patch || 50 || ||
|-
| G3ZGZ || Dave || 1.1 || Helix || 25 || ||
|-
| G4BVK || Ken || 1.1 || Dual Patch || 40 || ||
|-
| G4CPE || Arthur || 1.1 || Dual Patch || 40 || ||
|-
| G4EML || Colin || 1 || Dual Patch || 30 || ||
|-
| G4HIZ || Jen || 1.2 || Dual Patch || 30 / 100 || ||
|-
| G4HIZ/P || Jen || 0.9 || Dual Patch || 30 / 100 || ||
|-
| G4KLB || Colin || 1.2 || Patch || 50 || ||
|-
| G4UVZ || Adrian || 1.2 || Dual Patch || 50 || ||
|-
| G6ZAC || Tony || 1.2 || Dual Patch || 200 || ||
|-
| G7JTT || John || 1.2 || Dual Patch || 40 || EN||
|-
| G7NTG || Jim || 1.2 || Dual Patch || 250-300 || ||
|-
| G8GKQ || Dave || 1.2 || Dual Patch || 50 || ||
|-
| G8GTZ || Noel || 1.2 || Dual Patch || 100 || ||
|-
| G8KOE || Martin || 1.8 || Dual Patch || 20 || ||
|-
| G8LCE || Martin || 1.1 || Dual Patch || 20 || ||
|-
| G8LES || Mike || 1.8 || 4T Helix || 50 || ||
|-
| G8LWX || Mike || || || || ||
|-
| GI4DOH || Richard || 1.2 || Dual Patch || 50 || ||
|-
| GI7UGV || John || 1.1 || Dual Patch || 50 || ||
|-
| HA4BM || Bela || 1.1 || Patch || 270 || EN HU||
|-
| HB9ADJ || Charly || 2.4 OS || Patch || 20 || ||
|-
| HB9AZN || Pierre-Andre || 1.2 || Dual Patch || 50 ||||
|-
| HB9DUG || Michel || 3.0/1.2 || Dual Patch || 20 ||||
|-
| HB9HAL || Christoph || 1.2 OS || Dual Patch || 85 || GE EN||
|-
| I3EEL || Ludovico || || || || ||
|-
| IC8EPV || Michele || 1.8 || Helix || 35 || ||
|-
| IK0YYY || Luca || 1.8 || Helix || 80 || ||
|-
| IK1HGI || Antonio || 1 || Dual Patch || 25 || ||
|-
| IK2DHS || Franco || 1.8 || Helix || 150 || ||
|-
| IK2OWU || || || || || ||
|-
| IK3HHG || Franck || || || || || Pluto2908
|-
| IK4IDY || Alessio || 1.8 || Helix || 10 || IT EN||
|-
| IK5EHI || Allesandro || || || || ||
|-
| IK8XLD || Rocco || 1.8 || Dual Patch || 50 || IT EN||
|-
| IU2KAC || Liborio ||1 ||Helix ||250 || ||
|-
| IW2HXW || Vincenzo || || || || ||
|-
| IW3RMR || Alessandro || 2.4 || Helix || 100 || ||
|-
| IW3ROW || Mauro || 1.0 || Helix || 150 || ||
|-
| IW1QEF || Raffaele || 0.8 || Helix || 50 ||||
|-
| IW4APQ || Franco || 3.0 || || 30 || ||
|-
| IW6PUA || Matteo || 1.0 || Helix || 65 || IT EN ES RU||
|-
| IZ4RYB || Marco || 1.2 || Dual Patch || 140 || ||
|-
| IZ8EDE || Valter || 1.2 || Helix || 60 || IT EN||
|-
| LX1LW || André || 1.8 || Dual Patch || 75 || LU GE EN FR ES||
|-
| M0DNY || Phil || 1.2 || Patch & Lens || 40 || ||
|-
| M0DNY/P || Phil || 0.8 || Patch & Lens || 40 || ||
|-
| M0DTS || Rob || 3 || Dual Patch || 10 || ||
|-
| M0EYT || Paul || 1.2 || Dual Patch || 20 ||||
|-
| M0MLJ || Ray || 2 || Dual Patch || 30 || ||
|-
| M0NMC || Nick || 1.2 || Dual Patch || 60 || EN||
|-
| M0SKM || Steve || 1.25 || Dual Patch || 250 || EN||
|-
| M1SJE || Sarah || 0.9 || Dual Patch || 75 || ||
|-
| OE7DBH || Darko || 1.8 || Dual Patch || 30 || GE CRO IT||
|-
| OE6GKD || Konrad || 1.8 || Dual Patch || 20 || ||
|-
| OE6OCG || Richard || 1.8 || Dual Patch || 40 ||||
|-
| OE6SKG || Werner || 3.0 || Telefunken || 60 ||||
|-
| OE8JDK || Josef || 1.0 || || || GE EN||
|-
| OK1PHU || Pavel || 1.2 || Dual Patch || 60 || CZ EN||
|-
| OK2UUJ || Leo || 2.1 || Helix || 50 || CZ EN||
|-
| OM0MS || Stevo || 2.6 || Helix || 100 ||SK || Pluto2711
|-
| ON1BTE || Patrick || || || || ||
|-
| ON1NH || Hugo || 1.1 || Patch || 100 || ||
|-
| ON1RC || Chris || 1 || Dual Patch || 5 || ||
|-
| ON1WW || Willy || 3 || Patch || 100 || ||
|-
| ON4AH || || || || || ||
|-
| ON4BHM || Guy || 3 || Patch || 50 || ||
|-
| ON4YV || Yves || 1.6 || Dual Patch || 150 || ||
|-
| ON5VW || Marc || 1.8 PF|| Helix 3T || 15 ||||
|-
| ON7ATV || Alan || 1.8 || Dual Patch || 60 || NL EN||
|-
| ON6PY || Rudy || 1.25 || Helix || 40 || NL FR EN||
|-
| ON7TU || Lucien || || || || NL EN||
|-
| ON8DSW || Wim || || || || ||
|-
| PA1SDB || Peter || 2 || Dual Patch || 20 || ||
|-
| PA2GP || Geert || 1.1 || Patch || 35 ||||
|-
| PA2HOS || Harry || 2.0 || Dual Patch || 30 || ||
|-
| PA3AXO || || || || || ||
|-
| PE1ASH || Renny || 3.4 || Dual Patch || 50 || ||
|-
| PE1CHY || Rob || 1.8 || Patch || 100 || ||
|-
| PE1CME || Rob || 2.4 || Patch & Lens || 25 || ||
|-
| PE1CVJ || Lex || || || || ||
|-
| PE1DQT || Gerrit || 0.8 || Helix || 30 || ||
|-
| PE1ITR || Rob || 1.4 || Dual Patch || 20 || ||
|-
| PE1OZS || Dustin || 1.2 || Dual Patch || 35 ||||
|-
| PE1PMD || Olaf || 1.2 || Dual Patch || 40 || ||
|-
| PE1RJV || Paul || || || || ||
|-
| PE1SDE || Randall || 1 || Helix || 60 || ||
|-
| PE2JKO || Joop || 1.1 || Dual Patch || 15 || ||
|-
| PS8RF || Piraja || 1.8 || || 30 || ||
|-
| PY2RN || Eduardo || 2.3 || Helix || 50 || ||
|-
| RK3DJW || Andrey || 0.9 || Dual Patch || 100 || ||
|-
| RK3WE || Gennady || 1.2 || Patch || 40 || ||
|-
| S51L || Stefan || 1.8 || || 25 || ||
|-
| S52ME || Bojan || 1.5 || Horn || 150 || SI EN||
|-
| S57NML || Andrej || 1.8 || Helix || 40 || ||
|-
| SM4WWG || Jörgen || 1.8 || Dual Patch || 25 || EN SE||
|-
| SP5XSB || Piotr || 1 || Dual Patch || 20 || PL EN RU||
|-
| SQ6QV || Tom || 1.8 || Helix || 150 || PL EN||
|-
| SV1BKE || Emanouil || 4.5 || Patch || 30 || ||
|-
| SV1COA || Ioannis || 1.2 || Helix || 20 || ||
|-
| SV2RR || Grigorios || 0.9 || Helix || 20 || GR EN||
|-
| SV3AQO || Charris || 1.0 || Helix || 20 || GR EN||
|-
| SV8CS || Spiros || || || || ||
|-
| SV8RV || Dionysios || 1.6 || Patch || 20 || GR EN||
|-
| VE4TV || René || || || || ||
|-
| ZS1MM || Leon || 2.4 || || 10 || ||
|-
| ZS6YI || Gary || 2.4 || || 20 || ||
|-
| VU2ELD || Krish || 2.4 || Dual Patch || 15 || IN EN||
|-
| VU2PJP || Peter || 1.5 || Dual Patch || 25 || IN EN||
|-
| VU3OBR || Saro || 1 || Dual Patch || 50 || IN EN||
|-
| VU3RGP || Rakesh || 1.5 || Dual Patch || 25 || IN EN||
|-
| YO3KEX || DX Explorers radioclub || 1.2 || Patch || 35||
|-
| OE2CAL || Walter || 1.2 || Helix || 100 || EN DE||
|-
| DK9CL || Guenter || 1.5 || Poty || 50 || DE EN CZ||
|-
| VU2RTF || Balu || 1.2 || Dual Patch || 50 || IN EN||

QO100 DATV Users

2020-12-22T17:26:36Z

F5OEO:

'''Bold text'''The list below is maintained by John, G7JTT (g7jtt@yahoo.com) and other BATC Members. Just request a Wiki account if you want to add yourself or other users.

Note that the information may go out of date as stations upgrade (or downgrade) their equipment.

{| class="wikitable sortable"
! CallSign !! Name !! Dish size (m) !! Feed !! Power (W) !! Language !! Modulator !!

|-F6HDW || Jean Claude || 1.2 || Patch || 80 || FR ||
| G8HKN || Roger || 1.2 || Patch || 45 || ||
|-
| 4Z1ZV || Zvika || 1.6 || Helix || 50 || ||
|-
| 3B8DU || Jean Marc || 2.4 || Patch || 20 || ||
|-
| 4Z5OG || Vitaly || 1.0 || || 70 || ||
|-
| BG0AUB || Feng Zhao || 0.9 || Dual Patch || 70 || ||
|-
| CT1BYM || Miguel || 1.2 OS || Patch || 80 || ||
|-
| CT1XC || Carlos || 1.4 OS || Helix || 60 || ||
|-
| CT2GHB || Sergio || 1.8 || Septum || 20 || ||
|-
| CU2ED || Jacinto || 0.8 OS || Dual Patch || 30 || ||
|-
| DB2BG || Walter || 1.2 || Dual Patch || 45 || ||
|-
| DC0XH || Cord || 1.2 || Dual Patch || 80 || ||
|-
| DC1OP || Hubertus || 0.9 || Dual Patch || 50 || ||
|-
| DC2TH || Wolfgang || 1 || Dual Patch || 70 || ||
|-
| DD1US || Matthias || 1.8 || POTY || 25 || ||
|-
| DD4YR || Robert || 1.2 || || 30 || ||
|-
| DF3KO || Uwe || 1.5 || Dual Patch || || ||
|-
| DF4AY || Wolfgang || 1.0 || Dual Patch || 50 || ||
|-
| DF6IY || Nobi || 2.2 || || 28 || ||
|-
| DF6SM || || || || || ||
|-
| DF1RI || Alfons || || || || ||
|-
| DG0OPK || Michael || 1.2 || Helix || 40 || ||
|-
| DG0SIA || Oliver || 1.8 || Dual Patch || 24 || ||
|-
| DG1HPS || Horst || 1.3 || Helix || 75 || GE EN ||
|-
| DG1MAJ || Roland || || || 80 || ||
|-
| DG1MED || Oliver || 1.2 || Helix || 75 || ||
|-
| DG2TF || Falco || 1.4 || Helix || 100 || ||
|-
| DG3KHS || Helmet || 1.2 || Dual Patch || 40 || ||
|-
| DG4DUL || Werner || || || || ||
|-
| DH3CS || Joerg Chris || 1.2 || Helix || 50 || ||
|-
| DJ4ZZ || Joerg || 1.2 || Dual Patch || 40 || ||
|-
| DJ5PW || Juergen || 1.2 || Dual Patch || 40 || ||
|-
| DK0IT || || || || || ||
|-
| DK3ZL || Charly || 1.25 || Dual Patch || 80 || GE EN || ||
|-
| DL2VT || Dieter || 1.2 || Patch || 40 || ||
|-
| DL4OCH || Wilm || 1.2 || Dual Patch || 75 || GE EN||
|-
| DL3HQD || Winni || 1.2 || Dual Patch || 70 || ||
|-
| DL4YEB || Tom || 1.2 || Helix || 140 || ||
|-
| DL5BCA || Thomas || 1.6 || Dual Patch || 50 || ||
|-
| DL6SH || Slavek || 1.5 || Dual Patch || || ||
|-
| DL6YEA || Tom || 1.2 || Patch || 25 || ||
|-
| DL8RDL || Lenz || 1.2 || Helix || 15 || ||
|-
| DL8SFB || Michael || || || || ||
|-
| DL9OBU || Richard || 3.4 || Patch || 20 || ||
|-
| DM2ETL || Eberhard || 1.2 || Dual Patch || 100 || ||
|-
| EA1IW || Antonio || 1.5 OS || Poty || 50 || ||
|-
| EA2AA || Jose || 1.2 || Helix || 100 || ESP EN ||
|-
| EA2ARU || Jabi || 1.4 || Helix || 60 || ESP ||
|-
| EA3HMJ || Jose || 1.8 || Septum || 40 || ||
|-
| EA3NE || Jaume || 1.8 || Helix || 30 || ||
|-
| EA4LE || Toni || 1.9 PF || Dual Patch || 10 || ||
|-
| EA4GPZ || Dani || 0.6 || Linear || 100 || ||
|-
| EA6WQ || Tomas || 1.8 PF || Helix || 25 || ||
|-
| EA7CTL || Manuel || || || || ||
|-
| EA7EOL || Antonio || 1.35 || Helix || 60 || ||
|-
| EA7UH || Miguel || 1.8 || || 60 || ||
|-
| EB2AT || Aitor || 1.2 PF || Patch || 50 || ||
|-
| EB3FRN || Iban || 2.45 || Horn || 30 || ||
|-
| F1CJN || Alain || 1.25 || Patch || 70 || ||
|-
| F1FAQ || Christian || || || || ||
|-
| F1FDB || André || 1.20 || dual patch || 20 ||||
|-
| F1ITK || Denis || || || || ||
|-
| F1MPE || Bruno || || || || ||
|-
| F1SSF || Franck || 1.4 || Helix || 39 || ||
|-
| F1TE || Lucien || || || || ||
|-
| F1UPL || Hervé || 2.3 || POTY || 150 || FR EN||
|-
| F3CJ || Joél || 1.4 || Helix || 20 || FR EN||
|-
| F3YX || Marc || 1.8 || Dual Patch || 30 || FR EN GE||
|-
| F4FDW || Laurent || 2.4 || Helix || 20 || ||
|-
| F4HEX || Patrick || || || || ||
|-
| F4HSL || Yves || 1.2 || LNB+POTY || 60 || ||
|-
| F4NAS || Joel || 1.4 || Helix || 80 || ||
|-
| F4VSG || Robert || || || || ||
|-
| F4VTB || Aitor || 1.8 PF || Patch || 50 || ||
|-
| F5CAU || Gil || 1.5 || Patch || 30 || ||
|-
| F5DB || || || || || ||
|-
| F5NVP || Rene || || || || ||
|-
| F5NVQ || Henri || 1.2 || || 10 || ||
|-
| F5OEO || Evariste || 1.2 || Helix || 50 || ||
|-
| F5UII || Christian || 1.2 || Helix || 150 || FR GE EN||
|-
| F6AAM || Jean Claude || 1 || || 150 || ||
|-
| F6DZP || Jean Pierre || 1.2 || Helix || 50 || ||
|-
| F6GDL || Roland || 1.25 || Helix || || FR||
|-
| F6ITK || Denis || 1.2 || Helix || 30 || FR GE||
|-
| F8BOJ || || || || || ||
|-
| F8CHK || Roland || 1.2 || Helix || 20 || ||
|-
| F9ZG || Rolf || || || || FR EN||
|-
| G0AZQ || Tony || || || || ||
|-
| G0DQH || Jim || 1.3 || Dual Patch || 70 || ||
|-
| G0MGX || Mark || 1.2 || Dual Patch || 60 || ||
|-
| G0MJW || Mike || 2.4 || Dual Patch || 50 || ||
|-
| G0NZO || Jules || 3 || Dual Patch || 5 || ||
|-
| G1LWX || Mike || 1.8 || Dual Patch || 40 || ||
|-
| G3YQC || John || 1.3 || Helix || 50 || ||
|-
| G3YTI || Steve || 1.1 || Dual Patch || 50 || ||
|-
| G3ZGZ || Dave || 1.1 || Helix || 25 || ||
|-
| G4BVK || Ken || 1.1 || Dual Patch || 40 || ||
|-
| G4CPE || Arthur || 1.1 || Dual Patch || 40 || ||
|-
| G4EML || Colin || 1 || Dual Patch || 30 || ||
|-
| G4HIZ || Jen || 1.2 || Dual Patch || 30 / 100 || ||
|-
| G4HIZ/P || Jen || 0.9 || Dual Patch || 30 / 100 || ||
|-
| G4KLB || Colin || 1.2 || Patch || 50 || ||
|-
| G4UVZ || Adrian || 1.2 || Dual Patch || 50 || ||
|-
| G6ZAC || Tony || 1.2 || Dual Patch || 200 || ||
|-
| G7JTT || John || 1.2 || Dual Patch || 40 || EN||
|-
| G7NTG || Jim || 1.2 || Dual Patch || 250-300 || ||
|-
| G8GKQ || Dave || 1.2 || Dual Patch || 50 || ||
|-
| G8GTZ || Noel || 1.2 || Dual Patch || 100 || ||
|-
| G8KOE || Martin || 1.8 || Dual Patch || 20 || ||
|-
| G8LCE || Martin || 1.1 || Dual Patch || 20 || ||
|-
| G8LES || Mike || 1.8 || 4T Helix || 50 || ||
|-
| G8LWX || Mike || || || || ||
|-
| GI4DOH || Richard || 1.2 || Dual Patch || 50 || ||
|-
| GI7UGV || John || 1.1 || Dual Patch || 50 || ||
|-
| HA4BM || Bela || 1.1 || Patch || 270 || EN HU||
|-
| HB9ADJ || Charly || 2.4 OS || Patch || 20 || ||
|-
| HB9AZN || Pierre-Andre || 1.2 || Dual Patch || 50 ||||
|-
| HB9DUG || Michel || 3.0/1.2 || Dual Patch || 20 ||||
|-
| HB9HAL || Christoph || 1.2 OS || Dual Patch || 85 || GE EN||
|-
| I3EEL || Ludovico || || || || ||
|-
| IC8EPV || Michele || 1.8 || Helix || 35 || ||
|-
| IK0YYY || Luca || 1.8 || Helix || 80 || ||
|-
| IK1HGI || Antonio || 1 || Dual Patch || 25 || ||
|-
| IK2DHS || Franco || 1.8 || Helix || 150 || ||
|-
| IK2OWU || || || || || ||
|-
| IK3HHG || Franck || || || || || Pluto2908
|-
| IK4IDY || Alessio || 1.8 || Helix || 10 || IT EN||
|-
| IK5EHI || Allesandro || || || || ||
|-
| IK8XLD || Rocco || 1.8 || Dual Patch || 50 || IT EN||
|-
| IU2KAC || Liborio ||1 ||Helix ||250 || ||
|-
| IW2HXW || Vincenzo || || || || ||
|-
| IW3RMR || Alessandro || 2.4 || Helix || 100 || ||
|-
| IW3ROW || Mauro || 1.0 || Helix || 150 || ||
|-
| IW1QEF || Raffaele || 0.8 || Helix || 50 ||||
|-
| IW4APQ || Franco || 3.0 || || 30 || ||
|-
| IW6PUA || Matteo || 1.0 || Helix || 65 || IT EN ES RU||
|-
| IZ4RYB || Marco || 1.2 || Dual Patch || 140 || ||
|-
| IZ8EDE || Valter || 1.2 || Helix || 60 || IT EN||
|-
| LX1LW || André || 1.8 || Dual Patch || 75 || LU GE EN FR ES||
|-
| M0DNY || Phil || 1.2 || Patch & Lens || 40 || ||
|-
| M0DNY/P || Phil || 0.8 || Patch & Lens || 40 || ||
|-
| M0DTS || Rob || 3 || Dual Patch || 10 || ||
|-
| M0EYT || Paul || 1.2 || Dual Patch || 20 ||||
|-
| M0MLJ || Ray || 2 || Dual Patch || 30 || ||
|-
| M0NMC || Nick || 1.2 || Dual Patch || 60 || EN||
|-
| M0SKM || Steve || 1.25 || Dual Patch || 250 || EN||
|-
| M1SJE || Sarah || 0.9 || Dual Patch || 75 || ||
|-
| OE7DBH || Darko || 1.8 || Dual Patch || 30 || GE CRO IT||
|-
| OE6GKD || Konrad || 1.8 || Dual Patch || 20 || ||
|-
| OE6OCG || Richard || 1.8 || Dual Patch || 40 ||||
|-
| OE6SKG || Werner || 3.0 || Telefunken || 60 ||||
|-
| OE8JDK || Josef || 1.0 || || || GE EN||
|-
| OK1PHU || Pavel || 1.2 || Dual Patch || 60 || CZ EN||
|-
| OK2UUJ || Leo || 2.1 || Helix || 50 || CZ EN||
|-
| OM0MS || Stevo || 2.6 || Helix || 100 ||SK ||
|-
| ON1BTE || Patrick || || || || ||
|-
| ON1NH || Hugo || 1.1 || Patch || 100 || ||
|-
| ON1RC || Chris || 1 || Dual Patch || 5 || ||
|-
| ON1WW || Willy || 3 || Patch || 100 || ||
|-
| ON4AH || || || || || ||
|-
| ON4BHM || Guy || 3 || Patch || 50 || ||
|-
| ON4YV || Yves || 1.6 || Dual Patch || 150 || ||
|-
| ON5VW || Marc || 1.8 PF|| Helix 3T || 15 ||||
|-
| ON7ATV || Alan || 1.8 || Dual Patch || 60 || NL EN||
|-
| ON6PY || Rudy || 1.25 || Helix || 40 || NL FR EN||
|-
| ON7TU || Lucien || || || || NL EN||
|-
| ON8DSW || Wim || || || || ||
|-
| PA1SDB || Peter || 2 || Dual Patch || 20 || ||
|-
| PA2GP || Geert || 1.1 || Patch || 35 ||||
|-
| PA2HOS || Harry || 2.0 || Dual Patch || 30 || ||
|-
| PA3AXO || || || || || ||
|-
| PE1ASH || Renny || 3.4 || Dual Patch || 50 || ||
|-
| PE1CHY || Rob || 1.8 || Patch || 100 || ||
|-
| PE1CME || Rob || 2.4 || Patch & Lens || 25 || ||
|-
| PE1CVJ || Lex || || || || ||
|-
| PE1DQT || Gerrit || 0.8 || Helix || 30 || ||
|-
| PE1ITR || Rob || 1.4 || Dual Patch || 20 || ||
|-
| PE1OZS || Dustin || 1.2 || Dual Patch || 35 ||||
|-
| PE1PMD || Olaf || 1.2 || Dual Patch || 40 || ||
|-
| PE1RJV || Paul || || || || ||
|-
| PE1SDE || Randall || 1 || Helix || 60 || ||
|-
| PE2JKO || Joop || 1.1 || Dual Patch || 15 || ||
|-
| PS8RF || Piraja || 1.8 || || 30 || ||
|-
| PY2RN || Eduardo || 2.3 || Helix || 50 || ||
|-
| RK3DJW || Andrey || 0.9 || Dual Patch || 100 || ||
|-
| RK3WE || Gennady || 1.2 || Patch || 40 || ||
|-
| S51L || Stefan || 1.8 || || 25 || ||
|-
| S52ME || Bojan || 1.5 || Horn || 150 || SI EN||
|-
| S57NML || Andrej || 1.8 || Helix || 40 || ||
|-
| SM4WWG || Jörgen || 1.8 || Dual Patch || 25 || EN SE||
|-
| SP5XSB || Piotr || 1 || Dual Patch || 20 || PL EN RU||
|-
| SQ6QV || Tom || 1.8 || Helix || 150 || PL EN||
|-
| SV1BKE || Emanouil || 4.5 || Patch || 30 || ||
|-
| SV1COA || Ioannis || 1.2 || Helix || 20 || ||
|-
| SV2RR || Grigorios || 0.9 || Helix || 20 || GR EN||
|-
| SV3AQO || Charris || 1.0 || Helix || 20 || GR EN||
|-
| SV8CS || Spiros || || || || ||
|-
| SV8RV || Dionysios || 1.6 || Patch || 20 || GR EN||
|-
| VE4TV || René || || || || ||
|-
| ZS1MM || Leon || 2.4 || || 10 || ||
|-
| ZS6YI || Gary || 2.4 || || 20 || ||
|-
| VU2ELD || Krish || 2.4 || Dual Patch || 15 || IN EN||
|-
| VU2PJP || Peter || 1.5 || Dual Patch || 25 || IN EN||
|-
| VU3OBR || Saro || 1 || Dual Patch || 50 || IN EN||
|-
| VU3RGP || Rakesh || 1.5 || Dual Patch || 25 || IN EN||
|-
| YO3KEX || DX Explorers radioclub || 1.2 || Patch || 35||
|-
| OE2CAL || Walter || 1.2 || Helix || 100 || EN DE||
|-
| DK9CL || Guenter || 1.5 || Poty || 50 || DE EN CZ||
|-
| VU2RTF || Balu || 1.2 || Dual Patch || 50 || IN EN||

QO100 DATV Users

2020-12-22T17:22:38Z

F5OEO:

'''Bold text'''The list below is maintained by John, G7JTT (g7jtt@yahoo.com) and other BATC Members. Just request a Wiki account if you want to add yourself or other users.

Note that the information may go out of date as stations upgrade (or downgrade) their equipment.

{| class="wikitable sortable"
! CallSign !! Name !! Dish size (m) !! Feed !! Power (W) !! Language !! Modulator !!

|-F6HDW || Jean Claude || 1.2 || Patch || 80 || FR ||
| G8HKN || Roger || 1.2 || Patch || 45 || ||
|-
| 4Z1ZV || Zvika || 1.6 || Helix || 50 || ||
|-
| 3B8DU || Jean Marc || 2.4 || Patch || 20 || ||
|-
| 4Z5OG || Vitaly || 1.0 || || 70 || ||
|-
| BG0AUB || Feng Zhao || 0.9 || Dual Patch || 70 || ||
|-
| CT1BYM || Miguel || 1.2 OS || Patch || 80 || ||
|-
| CT1XC || Carlos || 1.4 OS || Helix || 60 || ||
|-
| CT2GHB || Sergio || 1.8 || Septum || 20 || ||
|-
| CU2ED || Jacinto || 0.8 OS || Dual Patch || 30 || ||
|-
| DB2BG || Walter || 1.2 || Dual Patch || 45 || ||
|-
| DC0XH || Cord || 1.2 || Dual Patch || 80 || ||
|-
| DC1OP || Hubertus || 0.9 || Dual Patch || 50 || ||
|-
| DC2TH || Wolfgang || 1 || Dual Patch || 70 || ||
|-
| DD1US || Matthias || 1.8 || POTY || 25 || ||
|-
| DD4YR || Robert || 1.2 || || 30 || ||
|-
| DF3KO || Uwe || 1.5 || Dual Patch || || ||
|-
| DF4AY || Wolfgang || 1.0 || Dual Patch || 50 || ||
|-
| DF6IY || Nobi || 2.2 || || 28 || ||
|-
| DF6SM || || || || || ||
|-
| DF1RI || Alfons || || || || ||
|-
| DG0OPK || Michael || 1.2 || Helix || 40 || ||
|-
| DG0SIA || Oliver || 1.8 || Dual Patch || 24 || ||
|-
| DG1HPS || Horst || 1.3 || Helix || 75 || GE EN ||
|-
| DG1MAJ || Roland || || || 80 || ||
|-
| DG1MED || Oliver || 1.2 || Helix || 75 || ||
|-
| DG2TF || Falco || 1.4 || Helix || 100 || ||
|-
| DG3KHS || Helmet || 1.2 || Dual Patch || 40 || ||
|-
| DG4DUL || Werner || || || || ||
|-
| DH3CS || Joerg Chris || 1.2 || Helix || 50 || ||
|-
| DJ4ZZ || Joerg || 1.2 || Dual Patch || 40 || ||
|-
| DJ5PW || Juergen || 1.2 || Dual Patch || 40 || ||
|-
| DK0IT || || || || || ||
|-
| DK3ZL || Charly || 1.25 || Dual Patch || 80 || GE EN || ||
|-
| DL2VT || Dieter || 1.2 || Patch || 40 || ||
|-
| DL4OCH || Wilm || 1.2 || Dual Patch || 75 || GE EN||
|-
| DL3HQD || Winni || 1.2 || Dual Patch || 70 || ||
|-
| DL4YEB || Tom || 1.2 || Helix || 140 || ||
|-
| DL5BCA || Thomas || 1.6 || Dual Patch || 50 || ||
|-
| DL6SH || Slavek || 1.5 || Dual Patch || || ||
|-
| DL6YEA || Tom || 1.2 || Patch || 25 || ||
|-
| DL8RDL || Lenz || 1.2 || Helix || 15 || ||
|-
| DL8SFB || Michael || || || || ||
|-
| DL9OBU || Richard || 3.4 || Patch || 20 || ||
|-
| DM2ETL || Eberhard || 1.2 || Dual Patch || 100 || ||
|-
| EA1IW || Antonio || 1.5 OS || Poty || 50 || ||
|-
| EA2AA || Jose || 1.2 || Helix || 100 || ESP EN ||
|-
| EA2ARU || Jabi || 1.4 || Helix || 60 || ESP ||
|-
| EA3HMJ || Jose || 1.8 || Septum || 40 || ||
|-
| EA3NE || Jaume || 1.8 || Helix || 30 || ||
|-
| EA4LE || Toni || 1.9 PF || Dual Patch || 10 || ||
|-
| EA4GPZ || Dani || 0.6 || Linear || 100 || ||
|-
| EA6WQ || Tomas || 1.8 PF || Helix || 25 || ||
|-
| EA7CTL || Manuel || || || || ||
|-
| EA7EOL || Antonio || 1.35 || Helix || 60 || ||
|-
| EA7UH || Miguel || 1.8 || || 60 || ||
|-
| EB2AT || Aitor || 1.2 PF || Patch || 50 || ||
|-
| EB3FRN || Iban || 2.45 || Horn || 30 || ||
|-
| F1CJN || Alain || 1.25 || Patch || 70 || ||
|-
| F1FAQ || Christian || || || || ||
|-
| F1FDB || André || 1.20 || dual patch || 20 ||||
|-
| F1ITK || Denis || || || || ||
|-
| F1MPE || Bruno || || || || ||
|-
| F1SSF || Franck || 1.4 || Helix || 39 || ||
|-
| F1TE || Lucien || || || || ||
|-
| F1UPL || Hervé || 2.3 || POTY || 150 || FR EN||
|-
| F3CJ || Joél || 1.4 || Helix || 20 || FR EN||
|-
| F3YX || Marc || 1.8 || Dual Patch || 30 || FR EN GE||
|-
| F4FDW || Laurent || 2.4 || Helix || 20 || ||
|-
| F4HEX || Patrick || || || || ||
|-
| F4HSL || Yves || 1.2 || LNB+POTY || 60 || ||
|-
| F4NAS || Joel || 1.4 || Helix || 80 || ||
|-
| F4VSG || Robert || || || || ||
|-
| F4VTB || Aitor || 1.8 PF || Patch || 50 || ||
|-
| F5CAU || Gil || 1.5 || Patch || 30 || ||
|-
| F5DB || || || || || ||
|-
| F5NVP || Rene || || || || ||
|-
| F5NVQ || Henri || 1.2 || || 10 || ||
|-
| F5OEO || Evariste || 1.2 || Helix || 50 || ||
|-
| F5UII || Christian || 1.2 || Helix || 150 || FR GE EN||
|-
| F6AAM || Jean Claude || 1 || || 150 || ||
|-
| F6DZP || Jean Pierre || 1.2 || Helix || 50 || ||
|-
| F6GDL || Roland || 1.25 || Helix || || FR||
|-
| F6ITK || Denis || 1.2 || Helix || 30 || FR GE||
|-
| F8BOJ || || || || || ||
|-
| F8CHK || Roland || 1.2 || Helix || 20 || ||
|-
| F9ZG || Rolf || || || || FR EN||
|-
| G0AZQ || Tony || || || || ||
|-
| G0DQH || Jim || 1.3 || Dual Patch || 70 || ||
|-
| G0MGX || Mark || 1.2 || Dual Patch || 60 || ||
|-
| G0MJW || Mike || 2.4 || Dual Patch || 50 || ||
|-
| G0NZO || Jules || 3 || Dual Patch || 5 || ||
|-
| G1LWX || Mike || 1.8 || Dual Patch || 40 || ||
|-
| G3YQC || John || 1.3 || Helix || 50 || ||
|-
| G3YTI || Steve || 1.1 || Dual Patch || 50 || ||
|-
| G3ZGZ || Dave || 1.1 || Helix || 25 || ||
|-
| G4BVK || Ken || 1.1 || Dual Patch || 40 || ||
|-
| G4CPE || Arthur || 1.1 || Dual Patch || 40 || ||
|-
| G4EML || Colin || 1 || Dual Patch || 30 || ||
|-
| G4HIZ || Jen || 1.2 || Dual Patch || 30 / 100 || ||
|-
| G4HIZ/P || Jen || 0.9 || Dual Patch || 30 / 100 || ||
|-
| G4KLB || Colin || 1.2 || Patch || 50 || ||
|-
| G4UVZ || Adrian || 1.2 || Dual Patch || 50 || ||
|-
| G6ZAC || Tony || 1.2 || Dual Patch || 200 || ||
|-
| G7JTT || John || 1.2 || Dual Patch || 40 || EN||
|-
| G7NTG || Jim || 1.2 || Dual Patch || 250-300 || ||
|-
| G8GKQ || Dave || 1.2 || Dual Patch || 50 || ||
|-
| G8GTZ || Noel || 1.2 || Dual Patch || 100 || ||
|-
| G8KOE || Martin || 1.8 || Dual Patch || 20 || ||
|-
| G8LCE || Martin || 1.1 || Dual Patch || 20 || ||
|-
| G8LES || Mike || 1.8 || 4T Helix || 50 || ||
|-
| G8LWX || Mike || || || || ||
|-
| GI4DOH || Richard || 1.2 || Dual Patch || 50 || ||
|-
| GI7UGV || John || 1.1 || Dual Patch || 50 || ||
|-
| HA4BM || Bela || 1.1 || Patch || 270 || EN HU||
|-
| HB9ADJ || Charly || 2.4 OS || Patch || 20 || ||
|-
| HB9AZN || Pierre-Andre || 1.2 || Dual Patch || 50 ||||
|-
| HB9DUG || Michel || 3.0/1.2 || Dual Patch || 20 ||||
|-
| HB9HAL || Christoph || 1.2 OS || Dual Patch || 85 || GE EN||
|-
| I3EEL || Ludovico || || || || ||
|-
| IC8EPV || Michele || 1.8 || Helix || 35 || ||
|-
| IK0YYY || Luca || 1.8 || Helix || 80 || ||
|-
| IK1HGI || Antonio || 1 || Dual Patch || 25 || ||
|-
| IK2DHS || Franco || 1.8 || Helix || 150 || ||
|-
| IK2OWU || || || || || ||
|-
| IK4IDY || Alessio || 1.8 || Helix || 10 || IT EN||
|-
| IK5EHI || Allesandro || || || || ||
|-
| IK8XLD || Rocco || 1.8 || Dual Patch || 50 || IT EN||
|-
| IU2KAC || Liborio ||1 ||Helix ||250 || ||
|-
| IW2HXW || Vincenzo || || || || ||
|-
| IW3RMR || Alessandro || 2.4 || Helix || 100 || ||
|-
| IW3ROW || Mauro || 1.0 || Helix || 150 || ||
|-
| IW1QEF || Raffaele || 0.8 || Helix || 50 ||||
|-
| IW4APQ || Franco || 3.0 || || 30 || ||
|-
| IW6PUA || Matteo || 1.0 || Helix || 65 || IT EN ES RU||
|-
| IZ4RYB || Marco || 1.2 || Dual Patch || 140 || ||
|-
| IZ8EDE || Valter || 1.2 || Helix || 60 || IT EN||
|-
| LX1LW || André || 1.8 || Dual Patch || 75 || LU GE EN FR ES||
|-
| M0DNY || Phil || 1.2 || Patch & Lens || 40 || ||
|-
| M0DNY/P || Phil || 0.8 || Patch & Lens || 40 || ||
|-
| M0DTS || Rob || 3 || Dual Patch || 10 || ||
|-
| M0EYT || Paul || 1.2 || Dual Patch || 20 ||||
|-
| M0MLJ || Ray || 2 || Dual Patch || 30 || ||
|-
| M0NMC || Nick || 1.2 || Dual Patch || 60 || EN||
|-
| M0SKM || Steve || 1.25 || Dual Patch || 250 || EN||
|-
| M1SJE || Sarah || 0.9 || Dual Patch || 75 || ||
|-
| OE7DBH || Darko || 1.8 || Dual Patch || 30 || GE CRO IT||
|-
| OE6GKD || Konrad || 1.8 || Dual Patch || 20 || ||
|-
| OE6OCG || Richard || 1.8 || Dual Patch || 40 ||||
|-
| OE6SKG || Werner || 3.0 || Telefunken || 60 ||||
|-
| OE8JDK || Josef || 1.0 || || || GE EN||
|-
| OK1PHU || Pavel || 1.2 || Dual Patch || 60 || CZ EN||
|-
| OK2UUJ || Leo || 2.1 || Helix || 50 || CZ EN||
|-
| OM0MS || Stevo || 2.6 || Helix || 100 ||SK ||
|-
| ON1BTE || Patrick || || || || ||
|-
| ON1NH || Hugo || 1.1 || Patch || 100 || ||
|-
| ON1RC || Chris || 1 || Dual Patch || 5 || ||
|-
| ON1WW || Willy || 3 || Patch || 100 || ||
|-
| ON4AH || || || || || ||
|-
| ON4BHM || Guy || 3 || Patch || 50 || ||
|-
| ON4YV || Yves || 1.6 || Dual Patch || 150 || ||
|-
| ON5VW || Marc || 1.8 PF|| Helix 3T || 15 ||||
|-
| ON7ATV || Alan || 1.8 || Dual Patch || 60 || NL EN||
|-
| ON6PY || Rudy || 1.25 || Helix || 40 || NL FR EN||
|-
| ON7TU || Lucien || || || || NL EN||
|-
| ON8DSW || Wim || || || || ||
|-
| PA1SDB || Peter || 2 || Dual Patch || 20 || ||
|-
| PA2GP || Geert || 1.1 || Patch || 35 ||||
|-
| PA2HOS || Harry || 2.0 || Dual Patch || 30 || ||
|-
| PA3AXO || || || || || ||
|-
| PE1ASH || Renny || 3.4 || Dual Patch || 50 || ||
|-
| PE1CHY || Rob || 1.8 || Patch || 100 || ||
|-
| PE1CME || Rob || 2.4 || Patch & Lens || 25 || ||
|-
| PE1CVJ || Lex || || || || ||
|-
| PE1DQT || Gerrit || 0.8 || Helix || 30 || ||
|-
| PE1ITR || Rob || 1.4 || Dual Patch || 20 || ||
|-
| PE1OZS || Dustin || 1.2 || Dual Patch || 35 ||||
|-
| PE1PMD || Olaf || 1.2 || Dual Patch || 40 || ||
|-
| PE1RJV || Paul || || || || ||
|-
| PE1SDE || Randall || 1 || Helix || 60 || ||
|-
| PE2JKO || Joop || 1.1 || Dual Patch || 15 || ||
|-
| PS8RF || Piraja || 1.8 || || 30 || ||
|-
| PY2RN || Eduardo || 2.3 || Helix || 50 || ||
|-
| RK3DJW || Andrey || 0.9 || Dual Patch || 100 || ||
|-
| RK3WE || Gennady || 1.2 || Patch || 40 || ||
|-
| S51L || Stefan || 1.8 || || 25 || ||
|-
| S52ME || Bojan || 1.5 || Horn || 150 || SI EN||
|-
| S57NML || Andrej || 1.8 || Helix || 40 || ||
|-
| SM4WWG || Jörgen || 1.8 || Dual Patch || 25 || EN SE||
|-
| SP5XSB || Piotr || 1 || Dual Patch || 20 || PL EN RU||
|-
| SQ6QV || Tom || 1.8 || Helix || 150 || PL EN||
|-
| SV1BKE || Emanouil || 4.5 || Patch || 30 || ||
|-
| SV1COA || Ioannis || 1.2 || Helix || 20 || ||
|-
| SV2RR || Grigorios || 0.9 || Helix || 20 || GR EN||
|-
| SV3AQO || Charris || 1.0 || Helix || 20 || GR EN||
|-
| SV8CS || Spiros || || || || ||
|-
| SV8RV || Dionysios || 1.6 || Patch || 20 || GR EN||
|-
| VE4TV || René || || || || ||
|-
| ZS1MM || Leon || 2.4 || || 10 || ||
|-
| ZS6YI || Gary || 2.4 || || 20 || ||
|-
| VU2ELD || Krish || 2.4 || Dual Patch || 15 || IN EN||
|-
| VU2PJP || Peter || 1.5 || Dual Patch || 25 || IN EN||
|-
| VU3OBR || Saro || 1 || Dual Patch || 50 || IN EN||
|-
| VU3RGP || Rakesh || 1.5 || Dual Patch || 25 || IN EN||
|-
| YO3KEX || DX Explorers radioclub || 1.2 || Patch || 35||
|-
| OE2CAL || Walter || 1.2 || Helix || 100 || EN DE||
|-
| DK9CL || Guenter || 1.5 || Poty || 50 || DE EN CZ||
|-
| VU2RTF || Balu || 1.2 || Dual Patch || 50 || IN EN||

Getting Started

2020-12-14T20:27:25Z

F5OEO: /* History : branches and fork */

Amateur Television is a fascinating area of Amateur Radio covering all aspects of video production, editing, transmission and reception of Television and has always been at the fore front of the technology revolution. Many stations are now transmitting Digital pictures (DATV) using the DVB broadcast standards and using video streaming technologies to exchange pictures with ATV operators around the world.

You're probably here because you want to know more about Amateur Television and so help you get to grips with the basics of our hobby, BATC has put together a series of "Getting started" guides.

Once you've read those, you may be wondering if there's an easy way to "get on the air" - if so take a [[5.6 GHz|look at this page]] which shows you how to join in the fun on 5.6GHz ATV for under £20!

==2020 Digital ATV primer==

We often get asked how do I start to receive or transmit Digital Amateur TV - below is an answer a BATC member gave to this question on the BATC forum.

'''Receiving DATV'''

The only real show in town and the most flexible, is the PC based MiniTiouner system with a USB tuner card. The reason for this is that it tunes from 143 MHz to 2450 MHz so covers all the bands from 146 > 13cms and with a standard LNB can be used to receive Oscar 100 signals. It also can recieve all the Symbol Rates (SR) or bandwidths from 33Ks (the lowest RB-TV you will find) right up to 27,500 as used on Freeview etc.

The system consists of the USB tuner card hardware which you build (no Surface Mount!) - the 4 hard to get components are from the BATC shop and the software is free to download - total cost = ~£80 depending upon the case you use.

You will then need the normal filters / pre-amps annd / or LNB depending on the band you want to receive but it will be all you will ever need!

See [[MiniTioune|https://wiki.batc.org.uk/MiniTioune]] for more details.

Yes, there are are a couple of Set Top Boxes that will receive some reduced bandwidth signals but you will need freq converters etc. There is also a PC software program called SDRAngel which you can use with the cheap £10 RTL dongle. In my opinon both of these options require a lot of faffing about and you cannot quarantee results.

'''DATV transmit'''

The BATC Portsdown system is the way go. Yes it is Raspberry Pi based but you can buy a pre-programmed SD card from BATC so there is no programming or computer wizzardry at all. This plus a touch screen and a LimeSDR Mini, which simply plugs in to the Rpi USB socket, will give you a simple to use touch screen DATV transmit system.

This basic system will cost ~ £250 ( less than a dual band FM rig!) and give you a full blown DATV transmit system from 50MHz up to 3.4GHz with good picture quality. There is some limitations on symbol rates - with the Lime SDRmini you can only transmit up to 1Ms . Again you will need filters and amplifiers for the band of your choice....

For more details see [[Portsdown_2019|https://wiki.batc.org.uk/Portsdown_2019]]

'''DATV transmit and receive in one box'''

Since the release of Portsdown software in autumn 2019 that included the LongMynd receiver you can plug the MiniTiouner USB tuner hardware in to the Portsdown system and it will display the pictures, thereby becoming a full DATV transceiver and replacing the need for a PC.

The Portsdown software includes everything you need - just make sure you have the latest Portsdown build - and plug your tuner card in to the Raspberry Pi USB port. See https://wiki.batc.org.uk/The_Portsdown_Receiver for more details.

==Getting Started - the guides==

Below are a series of guides which have been written by BATC members - unfortunately our hobby moves at a rapid pace so that guides written only 3 years ago are now out of date!

A good place to start is by reading the [[Media:GSATV2016.pdf|Getting Started in ATV leaflet]] also available as an [[Media:Getting started with ATV.pdf|article extract]] from CQ-TV, our quarterly newsletter:

Or take a look at this [[Media:Getting started Feb 2018.pdf|introduction to ATV PowerPoint presentation]]

=== Receiving and Transmitting ATV ===

To find out more about receiving and transmitting ATV signals download these "Getting started" guides:

[[Media:Getting Started in DATV reception.pdf|DATV Reception]]

DATV transmission - take a look at the [[The Portsdown Transmitter|BATC Portsdown project]], a simple easy way to get on air with Digital Television.

=== Reduced Bandwidth TV ===

And to find out more about the latest technology called Reduced Bandwidth Digital television (RBTV) take a look at this [[:media:cqtvrbtv.pdf|RB-TV special edition of CQ-TV]].

For more technical details take a look at our getting started guide to RB-TV.
[[Media:Getting Started with RB-TV.pdf|Getting Started with RB-TV]]

=== Video signal basics ===

If you want to know more about the basics of video signals, Brian Summers has written a series of articles for CQ-TV which are available for downloads as part of our "getting started" series.

Part 1-7 available as a single download:
[[Media:Video Fundamentals 1-7.pdf|Video Fundamentals parts 1-7]]

==What next?==

Having read and digested all the information in these getting started guides and want to get on air, the next thing to look at is the BATC [[The Portsdown Transmitter|Portsdown DATV transmitter]] project. There's probably someone building one near you - you can check by looking at the [https://www.google.com/maps/d/u/0/edit?mid=16rtNSaJLvCfc4wsbJ9p3M6pkua4&ll=2.068709435595707%2C0&z=2 Portsdown users map].

And for a receiver take a look at the [[MiniTioune|Minitioune]] project.

Or if you want to get on to ATV the really easy way and for very little cost - take a look at [[5.6 GHz|this page on using the 5.6GHz Drone FPV transmitters]]!

And then head over to the [https://forum.batc.org.uk/ BATC members forum] to gain even more knowledge and ask those questions you must have - and don't worry the ATV community are a friendly bunch!

Or take a look to see if there's a TV repeater near you on [[UK ATV repeaters|this wiki page.]]

==History : branches and fork ==
[[datv_dev_history]]

Getting Started

2020-12-14T20:15:54Z

F5OEO:

Custom DATV Firmware for the Pluto

2020-02-13T21:12:23Z

F5OEO:

===Foreword===

This is a preview of an article due for publication in CQ-TV 266, published here to promote early experimentation. Thanks to Paul M0EYT for writing it.

Before loading the custom firmware, it may be necessary to extend the frequency range of the Pluto. The instructions for this can be found on this web page: https://wiki.analog.com/university/tools/pluto/users/customizing. Scroll down to the bottom section "Updating to the AD9364".

You may also wish to enable the second CPU core as described here: https://www.ph4x.com/pluto-sdr-hack-2nd-cpu-core/

You can download the firmware at http://firmware.hackhamradio.com

===Introduction===

Firstly, I'm not a DATV expert but have played with a number of SDR's over the years since my first SDR-14 back in 2005. I dabble in GHz stuff so have a rough idea what I'm doing but that’s about it! I like to make sure I learn something new related to technology every day, so both DATV and the PLUTO SDR fulfil this. I got the PLUTO after borrowing one from Jules, G0NZO and being super impressed by it, for the price you really cannot go wrong. It works out of the box, has TX+RX and with a few minutes work, can have its frequency range extended to cover 70MHz to 6GHz, not bad at all, plus it runs Linux internally (Linux pluto 4.14.0-g387d584d434e). The receiver is great and I used the loan unit to listen to all Bell Hill beacons up to 5.7GHz with something akin to a paperclip pushed into the RX port.

[[File:Pluto.png|105px]]

This is the unit in question, shown to the left, it’s very compact at 5"X3"X1" with separate transmit and receive SMA sockets and a pair of micro USB sockets for I/O and power. It draws 400-420mA when idle or transmitting. When the QO100 narrow band transponder was used with PLUTO SDR's for TX, some frequency drift was apparent. It turns out that the integral TCXO wasn’t particularly good, so it's worth replacing it with a decent TCXO such as the ASTX-13-C-40.000MHz-I05-T which you can get from Mouser. This solves all frequency stability issues (well most...). For the ultimate stability, external GPSDO reference is still recommended.

===First Steps===

I've built the Portsdown filter/modulator unit for DVBS which performs really well, but was looking for a non-Lime-SDR method (it’s a long story) of generating DVBS28PSK and 16/32APSK DATV. I saw on Twitter that OM Evariste, F5OEO (@F5OEOEvariste) of RPiTX fame was developing replacement firmware for the PLUTO that would provide DATV capabilities as well as some other goodies, so I pinged him a message and asked if I could beta-test the firmware. The firmware arrived quickly.The 'pluto.frm' file is copied into the root directory of the PLUTO mass storage memory, where the configuration files exist. Once copied up, 'eject' the device, don’t unplug the USB but use the software eject. The blue LED1 in the PLUTO will rapidly flash for 3 or 4 minutes then reboot and the mass storage device will reappear. Full details on this process are at https://wiki.analog.com/university/tools/pluto/users/firmware - don't unplug it during the flash process for obvious reasons; you might brick it. With the SDR still plugged into your PC, you can browse to the internal web-server by pointing a browser at http://192.168.2.1 with all being well you should see something similar to the next screenshot:

[[File:Screenshot.png|450px]]

Having updated the firmware and confirmed that it was working, next was the start of a massive learning curve…What would I need to use to generate some 'digital stream' with video in it? What software should be used? How does the stream get from the PC to the SDR? How do you set all the parameters needed to generate DATV? How do I get video from my phone camera into the PC? The list of questions was growing the more I looked into this stuff....

===Digital Video Source===

I know John, GI7UGV, as we work in the same industry and know that he's really into DATV, so had a chat with him and within minutes had VMIX (https://www.vmix.com/) installed – this looked like the easiest initial method of doing what I needed; make a PC generate some stream to control the PLUTO. This was pretty intuitive and within half an hour I had a test card source, spitting out the relevant data to the PLUTO. This was done by setting an external RTMP stream target with the following parameters:

URL : rtmp://192.168.2.1:7272/,437,DVBS2,QPSK,333,23,Pass : ,M0EYT,

The above parameters form part of the URL and are parsed by the F5OEO firmware to set the various DATV transmission parameters:

Frequency in MHz: 437
Mode (DVBS/DVBS2): DVBS2
Constellation (QPSK,8PSK,16APSK): QPSK (only QPSK is valid in DVBS)
SymbolRate in KS (33-2000): 333
FEC (12,23,34,67,78...): 23
CALLSIGN: M0EYT

It's particularly important to look at the RTMP stream definition syntax, probably best to cut & paste the above URL / pass text and then modify to suite your own requirements. With the PLUTO SDR plugged into the USB port of the PC running VMIX, it worked right away and a QPSK carrier was being generated at 437MHz, receivable on the Minitiouner. I had noted that VMIX was not free, so rather than spending hours with IDA, and having noted what John 'UGV had said, I decided to uninstall VMIX and give OBS (Open Broadcaster Software https://obsproject.com/download) a try. Since this is open source, there are no licensing 'difficulties' and although it's not as polished as VMIX, it's fully functional and just works.

===OBS Basics===

In OBS the first thing to do is to define the output stream so it points at the PLUTO SDR, so go to settings, stream, and type in the following; obviously tweaking the IP address, modulation parameters and callsign to suit your own environment:

[[File:OBS.png|606px]]

You will be able to see a 'Controls' box docked at the bottom of the OBS window, this is where you press 'start streaming' to enable the PLUTO's DATV output. A green block should appear in the status bar indicating that streaming to the PLUTO is occurring.

Before you jump in and press 'start streaming', you will need to set the streaming bitrate to avoid any overflows between OBS and the PLUTO. Visit http://www.satbroadcasts.com/DVB-S_Bitrate_and_Bandwidth_Calculator.html type in your DVBS/S2 parameters, press calculate, and make a note of the 'Netto TS bitrate' – you want to set your streaming bit rate to about 65% to 70% of this figure. So if the Net TS bitrate is 440Kbps you will want to set your video bitrate to say 286Kbps, better to set it on the lower side. This means that the video plus transport overheads will not cause overflows when streaming data into the PLUTO. Once you are familiar with the various bitrates, and your favourite settings, you will be able to guesstimate the video bitrate in OBS. It is set via 'settings', then 'output', then under the 'streaming' section type your bitrate. I have my encoder set to x264 compression and my audio bitrate set to 64Kbps. With these settings, there are no interruptions in the audio stream and everything works fluidly.

Next, you will need a picture source, so the easiest method in OBS is to go to the 'scenes' dock, press +, enter a name for your scene, such as 'test card'. Next in the 'sources' dock, press +, select video capture device, create new, type in some name and press OK. You should see a 'colour bar / grey fade / bar' test card appear in the 'Preview' window. Ensure that in the 'Controls' dock, you have pressed 'Studio Mode' so you see Preview and Program windows.
Whatever you see in the 'Program' window is the video that is being streamed to your PLUTO.

You can set a number of 'scenes' so that you can quickly select and fade or cut between them. If you have desktop video files these are easy to add. You can create an additional scene and for example put a JPG/PNG image there, or add some desktop video. I found that my camcorder dumped its video out in a .VRO file, never heard of that, but OBS could ingest it and stream it correctly including the stereo audio tracks.

You can also easily add scrolling text messages to overlay across your images, various analogue and digital clocks, inputs from webcams, RTSP CCTV cameras, dancing chicken / cat overlays etc., there are a lots of choices. You probably want to spend a few hours clicking through the various menus to get a handle on the software options and what it can do. I found it fairly easy to set up sources and to be able to chop and change parameters whilst watching the DVB-S2 stream on another laptop. Within OBS it's also worth looking at the various extensions / add-ons that others have written for the platform, these basically are additional features for you to use. You will end up with something similar to my instance:

[[File:OBS Screen.png|585px]]

In my OBS 'scenes' I have an 'rtmp streamer' input, this allows me to use the camera / microphone in my Android mobile phone, along with software called Larix Broadcaster https://play.google.com/store/apps/details?id=com.wmspanel.larix_broadcaster - what this does is streams the video from the phone, but you cannot ingest this directly into OBS since you need an RTMP streaming server.

You could use this mobile app to directly stream to the PLUTO SDR but then all the nice video processing features of OBS are lost. Luckily there is a thread at https://forum.batc.org.uk/viewtopic.php?f=69&t=6179 detailing what needs to be done to make build such a server, you can drop this onto one of your Raspberry PI's and it consumes very little CPU. Basically it uses NGINX HTTP server with an RTMP streamer plugin and just works. Point your phone and OBS at the PI's IP with the port defined in the configuration file, press the various go buttons and video / audio will be streamed from the phone into OBS.
If you can get away from having any analogue video sources in your setup, your overall stream output will be digital from the sensor through to the display at the other end of your QSO. This means that quality will be maintained and you won't have poor quality audio with earth loops / buzzing or video that suffers from typical analogue artifacts.

If you want to stream from a Windows desktop into the RTMP server, that is also easy to set up. Firstly download FFMpeg from https://ffmpeg.zeranoe.com/builds/ - you will then need the capture drive which you can get from http://www.umediaserver.net/components/index.html search for UScreenCapture and download the appropriate version. Once both packages are installed, open a command shell and execute the following;

ffmpeg -f dshow -i video="UScreenCapture" -r 10 -c:v libx264 -b:v 300k -preset ultrafast -b 300k -s 1280x800 -x264opts keyint=50 -g 25 -pix_fmt yuv420p -f flv "rtmp://1.2.3.4:1936/live1/desktop"

the -b:v and -b parameters are video bitrate. -s is capture size and -r is 10 frames per second, adjust to suite your particular setup. I tested this with 333Ksps QPSK and it renders nicely. In OBS you should set up a steam source pointing to rtmp://1.2.3.4:1936/live1/desktop to be able to see your desktop image.

Obviously set the target RTMP server IP address to the appropriate address. If you are using John GI7UGV's nginx RTMP server, you can add another directive to support multiple streams. Your /etc/nginx/nginx.conf might look as follows;

worker_processes auto;
rtmp_auto_push on;
events {}
rtmp {
server {
listen 1935;
application live {
live on;
record off;
}
listen 1936;
application live1 {
live on;
record off;
}
}
}

===System Integration===

Having thought briefly about how to integrate the PLUTO into my existing QO100 narrow band system, I decided that it would be better to place all of the needed equipment into the ODU since there are already mains, 10MHz ref, LAN, 70cms IF, etc. connections to the outdoor box.

[[File:Pluto Network.png|313px]]

I found an old USB<>Ethernet adapter and an OTG adapter, plugged it into the PLUTO's USB IO port, and a phone charger battery into the PSU USB port, the PLUTO defaults to DHCP so quickly obtains an IP address once its internal Linux OS has booted.

Network operation really is the way to go as it eliminates lots of USB issues and allows multiple sources to use the SDR without having to continually mess around with USB cables and fragile micro-USB connectors.

Matthias DD1US has written up his PLUTO LAN experiences at http://www.dd1us.de/Downloads/Connecting%20the%20ADALM%20Pluto%20to%20the%20Local%20Area%20Network%20v2.pdf which is worth digesting.

In the final system iteration here at the M0EYT ground station, I'll use a good de-noised 5V PSU, the PLUTO will go in a metal box for mechanical stability purposes, and I'll mount SMA sockets with back to back connectors that have the same hole spacing as the SDR, this should ensure that nothing gets broken.

The PLUTO Firmware now supports a PTT output so that when a valid RTMP stream starts, the PTT pin changes state to allow amplifiers etc to be keyed. PTT comes from GPO0 circled in red below;

[[File:20191023_124122.jpg|400px]]

The logic-level output is 0/1.2V which is just enough to drive an optocoupler or transistor, a optocoupler provides isolation between the PLUTO and whatever it is you are controlling. A transistor can drive a relay.

M0EYT used a '356' opto-coupler recovered off an old PCB. Note: During the PLUTO boot process the GPO0 pin toggled from low to high, stays there for 5 seconds, then toggles back to low. No RF output was seen during this toggle etc.

F5OEO used two transistors to gate the GPIO0 and GPIO1 signals such that there is no false triggering on start up thanks to idead of Sigi dg9bfc

[[File:Sequence.jpg|400px]]

G0MJW used F5OEO's suggestion and produced a PCB which connects to the GPIO header. Here is the circuit and what it looks like. There are two variants, one designed to fit on the GPIO header, the other a more traditional mounting:

[[File:Relay1.jpg|400px]]
[[File:RealRelay.jpg|400px]]
[[File:Relay2.JPG|400px]]
[[File:Image.JPG|400px]]

The 5V supply can be taken from a suitable point in the Pluto power supply. Look at the schematic on the Analog web site for more information. C157 seems to work.

[[File:Plutomod.jpg|400px]]

Don't short this out or you will send your Pluto back to the underworld where it will have to judge it's own demise. https://en.wikipedia.org/wiki/Pluto_(mythology)

The relay contacts can be used to control a power amplifier. This control is your problem, but remember the small PCB relay can only switch 500mA and the optocoupler considerably less.

BTW you may be wondering how you update the Plutos firmware if you are running it via a LAN connection, well, its pretty simple. Download WinSCP, configure it to point at the IP Address of your Pluto, copy the pluto.frm file up to /root (root home directory). Once done, SSH into the Pluto (download Putty or similar) then execute update_frm.sh pluto.frm this will extract the firmware and update the internal flash memory. Once done, type 'reboot'. When the Pluto comes back up, it'll be at the firmware level just uploaded; this saves having to plug the Pluto into a PC via USB and using the normal firmware update method.

===RF Topics===

The RF output level of the PLUTO is pretty low, about -15dBm at 2.4GHz so clearly this needs some amplification to do anything useful with.I decided to look at some of the random amplifier modules I had laying around and see what each did to the output spectrum, in particular the spectral regrowth / shoulders.
All measurements below are taken with the PLUTO generating DVBS2 at 2409.750MHz centre, 8PSK, 333Ksps, 2/3 FEC.

[[File:6 Avantek.png|400px]]
Avantek SA82-2340

[[File:7 SPF.png|400px]]
SPF5043 + 10dB Pad on o/p

[[File:8 LNA4.png|400px]]
LNA4ALL + 10dB Pad on o/p

[[File:9 3x.png|400px]]
3 X amp 30~dB gain (+ 10dB Pad on o/p)

[[File:11 Pluto Direct.png|400px]]
PLUTO direct output 8PSK baseline

[[File:10 Pluto 8.png|400px]]
PLUTO 8PSK baseline

From the tests of LNA's to get the PLUTO output up a bit, it appears the more modern devices do not add significant IMD to the xPSK providing they are not over driven.
My current experimental TX line up is a dual FET pre-amp taking the PLUTO output to +5dBm, a secondary PA rated at 20watts running at 30dBm, and then a Spectrian PA, modified as per the CQ-TV article to deliver 45dBm, about 30 watts. Looking at the PSK constellation shows that its relatively clean, and the shoulders either side of the 8PSK are 35dB down which should just about be acceptable. I will try to find one of the Axis-NT amplifiers as that would solve all power problems.

===Wrapping Up===

The PLUTO SDR with the F5OEO firmware certainly does offer a simple way to generate DATV from VHF up to the lower microwave bands. For QO100 with a suitable amplifier chain it is ideal and should result in many more users appearing on the wideband transponder. There are no annoying pre-transmission calibration carriers to spatter over the transponder which is nice. A great amount of credit should be given to Evariste F5OEO for his amazing work on this firmware, and I would recommend you donate to his efforts via https://www.paypal.me/f5oeo - something for a decant bottle of wine or two for example! I'm sure that many hundreds of man-hours have been put in to this project so a bit of support won't go a-miss and might even encourage further enhancements.See you on the transponder! Thanks to John GI7UGV for sanity checking this write up ;-)

Transmitting Oscar 100 DATV signals

2020-02-13T21:01:02Z

F5OEO:

To transmit DATV signals on Oscar 100 you need to be able to generate DVB-S2 signals on ~2400 MHz. This page outlines some possible transmit systems.

For a full guide to transmitting DATV on Oscar100 see CQ-TV 263 here: https://batc.org.uk/cq-tv/cq-tv-download/

==DATV transmit systems==
To transmit DATV on Oscar 100 you will need a system to generate DVB S or DVB-S2 (preferred) on 2400MHz.

[[File:Tyoical 100 transmit.jpg|600px]]

Systems include:

===Portsdown system===

The BATC Portsdown 2019 system using the LimeSDR mini is ideal for transmitting signals to Es'hail-2.

===Custom DATV PlutoSDR firmware ===

[[Custom_DATV_Firmware_for_the_Pluto]]

==Dish size and power required==

There are 3 key variables: dish size, power and symbol rate. The power received at the satellite varies with the square of the dish diameter, so for example a 1.2m dish will give 4 times the amount of power (6 dB more) than a 60 cm dish. The power density in terms of frequency will vary inversely proportional to the symbol rate. So a 250 KS signal will deliver double the power density (watts per MHz) at the satellite compared to a 500 KS signal of the same transmitted power.

Based on observed performance of the transponder, this table gives the power required and dish size to achieve the same level as the beacon at 250 KS:

[[File:power.JPG|600px]]

To see the full article, including how the power required varies with symbol rate and lower MER, see CQ-TV 263 - available for download here https://batc.org.uk/cq-tv/cq-tv-download/

==Power Amplifiers==

It is possible to home-construct power amplifiers for the 2.4 GHz Band. Jim G7NTG describes his Ampleon BLC2425M9LS250 based project here: [[:Media:G7NTG 250 Watt amplifier for EsHail.pdf]].

Setup instructions for the 75W Spectrian modules are here: [[:Media:Spectrian amp setup.pdf]]. M0DTS has published more information here: [http://www.m0dts.co.uk/index.php?item=77 M0DTS Blog].

DTX1 TS

2016-06-05T14:08:37Z

F5OEO:

The Transport Stream Dock PCB takes advantage of the secondary Transport Stream port on the DTX1's main board, and buffers it to protect the FPGA from static etc. as well as cleaning up any noisy signals using Schmitt triggers.

The circuit diagram can be found here:

<pdf>File:TS Dock Schematic.pdf</pdf>

and an addendum to the user guide for latest firmware supporting this board [http://www.dtx1.info/downloads/firmware/Advanced%20DTX1%20Menu_1_1.pdf here]

Important! Firmware Version 01.00.05, 28th Jan 2016.

This version includes support for the TS DOCK PCB
and features a new 'Preset 3' optimised for BATC RBTV.
When loaded, it will keep your existing presets, but NOT
load up Preset 3 and other defaults automatically.
If you wish to add Preset 3 contents, you have to re-load
ALL presets. This will trash your existing presets so if you
want to re-use them you need to make note of them
before defaulting the unit.

To default the unit, remove power and press the UP and DOWN
menu buttons simultaneously whilst restoring power. Keep
them pressed until the unit boots.

If in doubt email support@dtx1.info.

The firmware and upload utility can be found [http://www.dtx1.info/downloads/firmware/ here]

DTX1 TS

2016-06-05T14:08:03Z

F5OEO:

Reduced bandwidth TV

2016-06-05T13:59:11Z

F5OEO:

= A good introduction =
<pdf>File:rbtv.pdf</pdf>

Originaly published at [http://www.batc.org.uk/club_stuff/rbtv.pdf rbtv.pdf]

File:Rbtv.pdf

2016-06-05T13:58:29Z

F5OEO: File uploaded with MsUpload

File uploaded with MsUpload

RpiDATV

2016-06-05T13:54:28Z

F5OEO: /* History and updates */

= RpiDATV =
[[File:bplus-300x202.jpg|400px]]

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.

First documentation [[UglyDATV01]] is '''obsolete'''

You can look at [[HamRadio Presentation]] made at HamRadio 2015.

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

RpiDATV

2016-06-05T13:54:02Z

F5OEO: /* History and updates */

= RpiDATV =
[[File:bplus-300x202.jpg|400px]]

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.

First documentation [[UglyDATV01]] is '''obsolete'''

You can look at presentation [[HamRadio Presentation]] made at HamRadio 2015.

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

UglyDATV01

2016-06-05T13:52:22Z

F5OEO: Created page with "<pdf>File:UglyDATV01.pdf</pdf>"

<pdf>File:UglyDATV01.pdf</pdf>

RpiDATV

2016-06-05T13:49:46Z

F5OEO: /* History and updates */

= RpiDATV =
[[File:bplus-300x202.jpg|400px]]

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation [[UglyDATV01]] is '''obsolete'''

[[HamRadio Presentation]]

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

File:UglyDATV01.pdf

2016-06-05T13:48:08Z

F5OEO: File uploaded with MsUpload

File uploaded with MsUpload

RpiDATV

2016-06-05T13:46:29Z

F5OEO:

= RpiDATV =
[[File:bplus-300x202.jpg|400px]]

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
<pdf width="800px" height="1000px">http://f5oeo.fr/UglyDATV01.pdf</pdf>
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

[[HamRadio Presentation]]

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

File:Bplus-300x202.jpg

2016-06-05T13:45:02Z

F5OEO: File uploaded with MsUpload

File uploaded with MsUpload

HamRadio Presentation

2016-06-05T13:42:00Z

F5OEO: Created page with "<pdf>File:PresDATVHamradio.pdf</pdf>"

<pdf>File:PresDATVHamradio.pdf</pdf>

File:PresDATVHamradio.pdf

2016-06-05T13:41:18Z

F5OEO: File uploaded with MsUpload

File uploaded with MsUpload

RpiDATV

2016-06-05T13:40:27Z

F5OEO: /* RpiDATV */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
<pdf width="800px" height="1000px">http://f5oeo.fr/UglyDATV01.pdf</pdf>
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

[[HamRadio Presentation]]

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

TestPage

2016-06-05T13:23:57Z

F5OEO: Created page with "* PDF Inserting <pdf>File:SUP2400_DiSEqC_top.pdf</pdf>"

* PDF Inserting
<pdf>File:SUP2400_DiSEqC_top.pdf</pdf>

RpiDATV

2016-06-05T13:21:17Z

F5OEO:

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
<pdf width="800px" height="1000px">http://f5oeo.fr/UglyDATV01.pdf</pdf>
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

[[TestPage]]

RpiDATV

2016-05-19T14:37:36Z

F5OEO: /* History and updates */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
<pdf width="800px" height="1000px">http://f5oeo.fr/UglyDATV01.pdf</pdf>
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-17T14:42:22Z

F5OEO: /* Parallel TS */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-17T14:41:56Z

F5OEO: /* Parallel TS */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

=== Parallel TS ===
This output the transport stream to an external modulator like. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-17T14:37:29Z

F5OEO: /* Main output modes of operation */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

== Parallel TS ==
This output the transport stream to an external modulator like. Using this method, it is possible to upgrade an all-in-one encoder/modulator from MPEG-2 to H264.
* DTX1 with dock PCB [http://www.batc.org.uk/forum/download/file.php?id=367 picture]
* SR-SYSTEM Minimod

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-17T13:55:38Z

F5OEO: /* Native interfaces */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen : [https://www.youtube.com/watch?v=vo77Jy-_xOs video demonstration]

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-17T13:47:38Z

F5OEO: /* RpiDATV */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([mailto:evaristec@gmail.com mail] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : [[RBTVMOD]], [http://www.g8ajn.tv/dlindex.html digilite],
[http://www.batc.org.uk/forum/viewtopic.php?f=97&t=4145&sid=64b441d2c41529ad302e6287ca7684fc digithin] , [http://jf.fourcadier.pagesperso-orange.fr/television/exciter/exciter_e.htm F4DAY], [http://acauquelin.free.fr/site_f1fau/usb_fifo_qpsk.html F1FAU] , [http://f4agc.free.fr/ F1DOJ], [http://f6kbf.free.fr/pdf/RpiDATV%20IQ%20avec%20Modulateur%20DMD-2401.pdf old broadcast modulators].

=== DATV Express ===
Send IP Transport stream to [https://datv-express.com/ datv express] : Datv Express Server (G4GUO).

== Native interfaces ==
rpidatv could be configured through several ways
* Command line
* Menu on console (from local keyboard/screen or via network)
* Graphical menu with a touchscreen

== External interfaces ==
* Audio/Video are sent from an external PC running VMix software : [http://f6kbf.free.fr/html/Vmix2Rpi/Vmix2Rpi.htm Vmix2Rpi]

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

User:F5OEO

2016-05-16T16:53:15Z

F5OEO: Created page with "= F5OEO = Evariste , JN06EP http://f5oeo.fr"

= F5OEO =
Evariste , JN06EP
http://f5oeo.fr

Reduced bandwidth TV

2016-05-16T16:47:18Z

F5OEO:

A good introduction : [http://www.batc.org.uk/club_stuff/rbtv.pdf rbtv.pdf]

RpiDATV

2016-05-16T14:32:33Z

F5OEO: /* DATV Express */

RpiDATV

2016-05-16T14:30:54Z

F5OEO: /* IQ */

RpiDATV

2016-05-16T13:38:13Z

F5OEO: /* IQ */

RpiDATV

2016-05-16T13:33:39Z

F5OEO: /* IQ */

RpiDATV

2016-05-16T13:31:00Z

F5OEO: /* RpiDATV */

RpiDATV

2016-05-16T13:27:48Z

F5OEO: /* RpiDATV */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO ([[evaristec@gmail.com|mail]] [https://twitter.com/F5OEOEvariste twitter]).
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : RBMod, digilite, digithin, F4DAY, F1FAU , F1DJO, old broadcast modulators.
=== DATV Express ===
Send IP Transport stream to DATVExpress Server (G4GUO).

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-16T13:19:04Z

F5OEO: /* History and updates */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO.
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.
First documentation ([http://f5oeo.fr/UglyDATV01.pdf UglyDATV01.pdf]) is '''obsolete'''

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : RBMod, digilite, digithin, F4DAY, F1FAU , F1DJO, old broadcast modulators.
=== DATV Express ===
Send IP Transport stream to DATVExpress Server (G4GUO).

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-16T09:04:20Z

F5OEO: /* Credits */

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO.
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : RBMod, digilite, digithin, F4DAY, F1FAU , F1DJO, old broadcast modulators.
=== DATV Express ===
Send IP Transport stream to DATVExpress Server (G4GUO).

== Credits ==
Brian G4EWJ : baseband QPSK process for arm

INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012

RpiDATV

2016-05-16T09:03:06Z

F5OEO: Created page with "= RpiDATV = RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO. It encodes video and compute the QPSK baseb..."

= RpiDATV =

RpiDATV is a software running on [https://www.raspberrypi.org/ raspberry pi] micro computer written by Evariste F5OEO.
It encodes video and compute the QPSK baseband modulation.
== History and updates ==
Latest version is now hosted on [https://github.com/F5OEO/rpidatv github]. All instructions to build is there.
Before that, complete SD image could be downloaded but size of download files is huge (1.2GBytes). Updates of image are also hard to maintain.
In future, only some released versions could be built based on github sources.

== Main output modes of operation ==
=== RF output (formaly named Ugly mode) ===
RF could be transmitted without any other hardware through a pin of the Raspberry pi header. It is mainly a test mode as QPSK spectrum is not filtered. By using harmonics it could be received directly by a set top box on L band.
=== IQ ===
I/Q modulation is provided out of 2 pins of the GPIO header.
Hardware I/Q modulator is needed : RBMod, digilite, digithin, F4DAY, F1FAU , F1DJO, old broadcast modulators.
=== DATV Express ===
Send IP Transport stream to DATVExpress Server (G4GUO).

== Credits ==
Brian G4EWJ : baseband QPSK process for arm
INSPIRED BY THE IMPLEMENTATION OF PIFMDMA by Richard Hirst <richardghirst@gmail.com> December 2012