SUP2400 mods - Revision history

G8GTZ at 12:46, 10 November 2019

2019-11-10T12:46:29Z

G8GTZ at 16:33, 4 January 2017

2017-01-04T16:33:06Z

G8GTZ at 16:24, 4 January 2017

2017-01-04T16:24:22Z

G8GTZ at 19:42, 29 September 2016

2016-09-29T19:42:51Z

G8GTZ at 19:35, 29 September 2016

2016-09-29T19:35:16Z

G8GTZ at 19:33, 29 September 2016

2016-09-29T19:33:53Z

G8GTZ at 19:31, 29 September 2016

2016-09-29T19:31:48Z

G8GTZ at 19:30, 29 September 2016

2016-09-29T19:30:30Z

G8GTZ at 19:30, 29 September 2016

2016-09-29T19:30:17Z

G8GTZ at 19:27, 29 September 2016

2016-09-29T19:27:50Z

@@ Line 1: / Line 1: @@
 In order to receive 437 MHz (70cms) DATV on a standard satellite STB or MiniTioune, you need to up convert the signal to L band.
-Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
+Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box.
 However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 or the use of the Diseqc controller as described in CQ-TV 250.

@@ Line 1: / Line 1: @@
-In order to receive 437 MHz (70cms) DATV on a standard satellite STB or MiniTioune , you need to up convert the signal to L band.
+In order to receive 437 MHz (70cms) DATV on a standard satellite STB or MiniTioune, you need to up convert the signal to L band.
 Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
-However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 and the document available for download further down this page, or the use of the Diseqc controller as described in CQ-TV 250 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
+However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 or the use of the Diseqc controller as described in CQ-TV 250.
-* [[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This document describes the hardware modifications.]]
+* [[SUP2400 DiSEqC| This page on the wiki describes the Disecq controller]]

@@ Line 1: / Line 1: @@
-In order to receive 437 MHz (70cms) DATV on a standard satellite STB, you need to up convert the signal to L band. Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
+In order to receive 437 MHz (70cms) DATV on a standard satellite STB or MiniTioune , you need to up convert the signal to L band.
 However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 and the document available for download further down this page, or the use of the Diseqc controller as described in CQ-TV 250 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
-[[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This document describes the hardware modifications.]]
+* [[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This document describes the hardware modifications.]]

@@ Line 1: / Line 1: @@
 In order to receive 437 MHz (70cms) DATV on a standard satellite STB, you need to up convert the signal to L band. Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
-However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 and the document available for download further down this page, or the use of the Diseqc controller as described in CQ-TV 249 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
+However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 and the document available for download further down this page, or the use of the Diseqc controller as described in CQ-TV 250 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
 [[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This document describes the hardware modifications.]]

@@ Line 1: / Line 1: @@
 In order to receive 437 MHz (70cms) DATV on a standard satellite STB, you need to up convert the signal to L band. Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
-However, before use on 70cms, they either require hardware modification as described in CQ-TV 239, or the use of the Diseqc controller as described in CQ-TV 249 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
+However, before use on 70cms, they either require hardware modification as described in CQ-TV 239 and the document available for download further down this page, or the use of the Diseqc controller as described in CQ-TV 249 - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
 [[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This document describes the hardware modifications.]]

← Older revision		Revision as of 19:30, 29 September 2016
Line 3:		Line 3:
	Before use, they they either require hardware modification, or the use of the Diseqc controller - [[SUP2400 DiSEqC\|details available here]] - to work on DATV.		Before use, they they either require hardware modification, or the use of the Diseqc controller - [[SUP2400 DiSEqC\|details available here]] - to work on DATV.

−	[[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf\|This ~~documentdescribes~~ the hardware modifications.]]	+	[[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf\|This document describes the hardware modifications.]]

@@ Line 1: / Line 1: @@
 In order to receive 437 MHz (70cms) DATV on a standard satellite STB, you need to up convert the signal to L band. Luckily there is a consumer device available in the USA which is used on cable networks to up convert UHF signals to L Band where they are then received on a standard satellite box. The units are made by a company called Zinwell and known as SUP-2400. They are available on ebay but only in the US and so are stocked in the [https://batc.org.uk/shop/hardware-and-kits BATC shop].
-Before use, they they either require hardware modification, or the use of the Diseqc controller - details available here - to
+Before use, they they either require hardware modification, or the use of the Diseqc controller - [[SUP2400 DiSEqC|details available here]] - to work on DATV.
-[[:File:Zinwell 70cms DATV up converter CQTV v2.pdf]]This document describes the hardware modifications.
+[[:Media:Zinwell 70cms DATV up converter CQTV v2.pdf|This documentdescribes the hardware modifications.]]

← Older revision		Revision as of 19:27, 29 September 2016
Line 4:		Line 4:
	work on DATV.		work on DATV.

−	This document describes the hardware modifications.	+	[[:File:Zinwell 70cms DATV up converter CQTV v2.pdf]]This document describes the hardware modifications.