Analog TV - Revision history

CityK: /* External Links */ add an external link I saw Andy W. reference

2011-01-09T17:39:25Z

External Links: add an external link I saw Andy W. reference

← Older revision		Revision as of 17:39, 9 January 2011
Line 62:		Line 62:
	== External Links ==		== External Links ==
	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]		* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]
		+	* [http://www.pembers.freeserve.co.uk/World-TV-Standards/Transmission-Systems.html Yet Another Website addressing Analogue TV]
	* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]		* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]

	[[Category:Technology]]		[[Category:Technology]]

CityK: fixed name/link

2009-09-20T19:55:34Z

fixed name/link

← Older revision		Revision as of 19:55, 20 September 2009
Line 54:		Line 54:
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.
-	* [[~~zoran~~ zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.	+	* [[zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.
	* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.		* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.
	* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.		* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.

CityK: /* Hardware Devices supporting Analog TV and/or Framegrabbing facilities */ fixed link

2009-09-20T18:52:21Z

Hardware Devices supporting Analog TV and/or Framegrabbing facilities: fixed link

← Older revision		Revision as of 18:52, 20 September 2009
Line 54:		Line 54:
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.
-	* [[zoran devices ~~(zr36120, zr36125)~~ \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.	+	* [[zoran zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.
	* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.		* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.
	* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.		* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.

Jakobant: Undo revision 22860 by Jakobant (Talk)

2009-05-22T23:25:59Z

Undo revision 22860 by Jakobant (Talk)

← Older revision		Revision as of 23:25, 22 May 2009
Line 63:		Line 63:
	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]		* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]
	* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]		* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]
-	* Flott

	[[Category:Technology]]		[[Category:Technology]]

Jakobant at 23:21, 22 May 2009

2009-05-22T23:21:38Z

← Older revision		Revision as of 23:21, 22 May 2009
Line 63:		Line 63:
	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]		* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]
	* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]		* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]
		+	* Flott

	[[Category:Technology]]		[[Category:Technology]]

Splurben: /* PAL */

2009-03-13T01:15:13Z

PAL

← Older revision		Revision as of 01:15, 13 March 2009
Line 43:		Line 43:

	=== PAL ===		=== PAL ===
-	PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used on almost everywhere. It is generally associated with monochromatic standards with resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.	+	PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used almost everywhere. It is generally associated with monochromatic standards with a resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.

	== Hardware Devices supporting Analog TV and/or Framegrabbing facilities==		== Hardware Devices supporting Analog TV and/or Framegrabbing facilities==

CityK: minor edits

2008-12-29T02:25:47Z

minor edits

← Older revision		Revision as of 02:25, 29 December 2008
Line 1:		Line 1:
-	Analogue TV is the predecessor of [[DVB]]. It is expected that the various global analogue TV systems will eventually all be replaced in favour of the newer digital TV systems. In some countries, such as Germany for example, ~~Analogue~~ TV is no longer available, having been completely replaced by [[DVB-T]]. In many other countries, the transition to digital is expected to occur much more slowly, and both ~~Analog~~ and ~~Digital~~ TV systems will operate concurrently for some time to come. ~~Still~~, in other countries, the switch to a digital TV system hasn't even begun, or is only in a trial phase, and, thus, an analogue TV system remains the relevant distribution method for transmissions in that locality.	+	Analogue TV is the predecessor of [[DVB]]. It is expected that the various global analogue TV systems will eventually all be replaced in favour of the newer digital TV systems. In some countries, such as Germany for example, analogue TV is no longer available, having been completely replaced by [[DVB-T]] (in the case of terrestrial broadcasts). In many other countries, the transition to digital is expected to occur much more slowly, and both analogue and digital TV systems will operate concurrently for some time to come. Yet still, in other countries, the switch to a digital TV system hasn't even begun, or is only in a trial phase, and, thus, an analogue TV system remains the relevant distribution method for transmissions in that locality.

-	Regardless of the actual ~~transition~~ schedule or pace, the analogue TV standards will maintain considerable relevance into the foreseeable future due to their interrelatedness with the ~~analog~~ outputs found on consumer hardware; such as ~~analog~~ camcorders, VCR/VHS players, most DVD players and so forth. Thus, there will likely be plenty of interest in using ~~an analog~~ framegrabber ~~card in the future too~~.	+	Regardless of the actual schedule or pace for the transition to digital, the analogue TV standards will maintain considerable relevance into the foreseeable future due to their interrelatedness with the analogue outputs found on many types of existing consumer hardware; such as analogue camcorders, VCR/VHS players, most DVD players and so forth. Thus, even when analogue TV tuner devices will eventually only be able to pick up static off the airwaves (i.e. rendered completely obsolete), there will likely still be plenty of interest in using the analogue input signal facilities offered by framegrabber devices.

	== Analogue TV Standards ==		== Analogue TV Standards ==
-
	ITU-T defines ''monochrome'' television systems designated A, B, C, D, E, F, G, H, I, K, L, M, N. (A, C, E and F are no longer in use). They are esentially the same, but differ in the number of lines per field (405/525/625/819), frame rate (25/29.97), channel width, visual band width, vestigial band width, video modulation polarity (+/-), sound modulation type (AM/FM) and sound frequency offset (-6.5/-3.5/+4.5/+5.5/+5.996/+6.5/+13.5 MHz).		ITU-T defines ''monochrome'' television systems designated A, B, C, D, E, F, G, H, I, K, L, M, N. (A, C, E and F are no longer in use). They are esentially the same, but differ in the number of lines per field (405/525/625/819), frame rate (25/29.97), channel width, visual band width, vestigial band width, video modulation polarity (+/-), sound modulation type (AM/FM) and sound frequency offset (-6.5/-3.5/+4.5/+5.5/+5.996/+6.5/+13.5 MHz).

-	A summary of the monochromatic standards ~~can be seen on this~~ table:	+	A summary of the monochromatic standards is provided in the following table:
-		+

-	'''ITU-R defined video standards'''	+	{\| class="wikitable"
-	~~{\| border="1" cellpadding="2"~~	+	\|+'''ITU-R defined video standards'''
-	\| Standard \|\| A \|\| B \|\| C \|\| D \|\| E \|\| F \|\| G \|\| H \|\| I \|\| K \|\| L \|\| M \|\| N	+	! Standard !! A !! B !! C !! D !! E !! F !! G !! H !! I !! K !! L !! M !! N
	\|-		\|-
	\| Number of lines \|\| 405 \|\| 625 \|\| 625 \|\| 625 \|\| 819 \|\| 819 \|\| 625 \|\| 625 \|\| 625 \|\| 625 \|\| 625 \|\| 525 \|\| 625		\| Number of lines \|\| 405 \|\| 625 \|\| 625 \|\| 625 \|\| 819 \|\| 819 \|\| 625 \|\| 625 \|\| 625 \|\| 625 \|\| 625 \|\| 525 \|\| 625
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	(on associated color std)		(on associated color std)
	\| - \|\| 4.43 MHz \|\| - \|\| 4.43 MHz \|\| - \|\| - \|\| 4.43 MHz \|\| 4.43 MHz \|\| 4.43 MHz		\| - \|\| 4.43 MHz \|\| - \|\| 4.43 MHz \|\| - \|\| - \|\| 4.43 MHz \|\| 4.43 MHz \|\| 4.43 MHz
-	\| 4.406 MHz \|\| 4.406 MHz \|\| 3.579545 MHz (NTSC)	+	\| 4.406 MHz \|\| 4.406 MHz \|\| 3.579545 MHz (NTSC) <br>or<br> 3.575611 MHz (PAL)
-	or 3.575611 MHz (PAL)	+
	\| 3.58 MHz		\| 3.58 MHz
	\|-		\|-
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	\|-		\|-
	\|}		\|}
-

	A color TV system is obtained by adding a color subcarrier encoded by one of the three color systems: PAL, SECAM or NTSC. Theoretically one can combine any picture system with any color system. In practice only some combinations are used. The frequency of the color subcarrier is generally		A color TV system is obtained by adding a color subcarrier encoded by one of the three color systems: PAL, SECAM or NTSC. Theoretically one can combine any picture system with any color system. In practice only some combinations are used. The frequency of the color subcarrier is generally
Line 39:		Line 35:

	=== SECAM ===		=== SECAM ===
-
	SECAM (''Sequential Couleur A Mémoire'') is a color standard used on France, Russia, and few countries at Central, East Europe, America, Africa and Asia. It is generally associated with monochromatic standards B, G, D, K and L (so, its typical resolution is 625 Lines, 25 frames per second).		SECAM (''Sequential Couleur A Mémoire'') is a color standard used on France, Russia, and few countries at Central, East Europe, America, Africa and Asia. It is generally associated with monochromatic standards B, G, D, K and L (so, its typical resolution is 625 Lines, 25 frames per second).
	See [http://en.wikipedia.org/wiki/SECAM SECAM page on Wikipedia] for much more detail.		See [http://en.wikipedia.org/wiki/SECAM SECAM page on Wikipedia] for much more detail.
Line 48:		Line 43:

	=== PAL ===		=== PAL ===
-
	PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used on almost everywhere. It is generally associated with monochromatic standards with resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.		PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used on almost everywhere. It is generally associated with monochromatic standards with resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.

	== Hardware Devices supporting Analog TV and/or Framegrabbing facilities==		== Hardware Devices supporting Analog TV and/or Framegrabbing facilities==
-	A large number of devices are supported under Linux with which an ~~analog~~ source (analogue TV transmission or otherwise, such as an A/V ~~input~~) can be inputted into a host computer system. Some examples of which can be found under:	+	A large number of devices are supported under Linux with which an analogue source signal (analogue TV transmission or otherwise, such as from an A/V output from a consumer device like a DVD player) can be inputted into a host computer system. Some examples of which can be found under:
	* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;		* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;
	* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;		* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;
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	== External Links ==		== External Links ==
	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]		* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]
-	* [[Wikipedia: \|Wikipedia's Analog TV article]]	+	* [[Wikipedia:Analog_television\|Wikipedia's Analog TV article]]

	[[Category:Technology]]		[[Category:Technology]]

CityK: some intro etc

2008-12-29T01:01:17Z

some intro etc

← Older revision		Revision as of 01:01, 29 December 2008
Line 1:		Line 1:
-	~~== Introduction ==~~	+	Analogue TV is the predecessor of [[DVB]]. It is expected that the various global analogue TV systems will eventually all be replaced in favour of the newer digital TV systems. In some countries, such as Germany for example, Analogue TV is no longer available, having been completely replaced by [[DVB-T]]. In many other countries, the transition to digital is expected to occur much more slowly, and both Analog and Digital TV systems will operate concurrently for some time to come. Still, in other countries, the switch to a digital TV system hasn't even begun, or is only in a trial phase, and, thus, an analogue TV system remains the relevant distribution method for transmissions in that locality.

-	~~Analog TV is the predecessor~~ of ~~DVB. In some countries like Germany Analog TV is not available anymore and is exchanged by DVB-T~~, ~~in other ones Analog and Digital~~ TV ~~are expected~~ to ~~live in peaceful coexistence for a while. If you own ancient~~ hardware ~~like~~ analog camcorders ~~or want to archive your old~~ VHS ~~archive you may~~ be ~~interested~~ in using an analog framegrabber card in the future, too.	+	Regardless of the actual transition schedule or pace, the analogue TV standards will maintain considerable relevance into the foreseeable future due to their interrelatedness with the analog outputs found on consumer hardware; such as analog camcorders, VCR/VHS players, most DVD players and so forth. Thus, there will likely be plenty of interest in using an analog framegrabber card in the future too.

-	== TV ~~standards~~ ==	+	== Analogue TV Standards ==

	ITU-T defines ''monochrome'' television systems designated A, B, C, D, E, F, G, H, I, K, L, M, N. (A, C, E and F are no longer in use). They are esentially the same, but differ in the number of lines per field (405/525/625/819), frame rate (25/29.97), channel width, visual band width, vestigial band width, video modulation polarity (+/-), sound modulation type (AM/FM) and sound frequency offset (-6.5/-3.5/+4.5/+5.5/+5.996/+6.5/+13.5 MHz).		ITU-T defines ''monochrome'' television systems designated A, B, C, D, E, F, G, H, I, K, L, M, N. (A, C, E and F are no longer in use). They are esentially the same, but differ in the number of lines per field (405/525/625/819), frame rate (25/29.97), channel width, visual band width, vestigial band width, video modulation polarity (+/-), sound modulation type (AM/FM) and sound frequency offset (-6.5/-3.5/+4.5/+5.5/+5.996/+6.5/+13.5 MHz).
Line 51:		Line 51:
	PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used on almost everywhere. It is generally associated with monochromatic standards with resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.		PAL (''Phase Alternating Line'') is the most widely used color standard for analog TV in the world, used on almost everywhere. It is generally associated with monochromatic standards with resolution of 625 Lines, 50 half frames per second. It can also be associated with M standard (PAL/M), having a resolution of 525 lines, about 30 frames per second. It is generally associated with 4:3 aspect. There is a 16:9 extension of PAL called PALplus. See [http://en.wikipedia.org/wiki/PAL PAL page on Wikipedia] for much more detail.

-	== Analog TV ~~Hardware~~ and ~~Framegrabber cards~~ ==	+	== Hardware Devices supporting Analog TV and/or Framegrabbing facilities==
-		+	A large number of devices are supported under Linux with which an analog source (analogue TV transmission or otherwise, such as an A/V input) can be inputted into a host computer system. Some examples of which can be found under:
-	~~For~~ analog TV, ~~those are the currently supported boards~~:	+
-		+
	* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;		* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;
	* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;		* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;
Line 68:		Line 66:
	* Nogatech NT1003/1004/1005 [[USBVision devices \| usbvision]] driver - stable, good support.		* Nogatech NT1003/1004/1005 [[USBVision devices \| usbvision]] driver - stable, good support.

-	== Links ~~to Analog TV related sites~~ ==	+	== External Links ==
-	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV]	+	* [http://www.ee.surrey.ac.uk/Contrib/WorldTV/ Analog TV article]
-		+	* [[Wikipedia: \|Wikipedia's Analog TV article]]
-	* [~~http://linuxtv.org/v4lwiki/ V4L wiki]~~	+
-		+
-		+
-	* [~~http~~:~~//linux.bytesex.org/v4l2/ bytesex.org~~]	+
-		+

	[[Category:Technology]]		[[Category:Technology]]

Mauro Carvalho Chehab: /* Analog TV Hardware and Framegrabber cards */

2008-12-28T01:15:52Z

Analog TV Hardware and Framegrabber cards

← Older revision		Revision as of 01:15, 28 December 2008
Line 59:		Line 59:
	* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;		* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;
	* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).		* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).
-	* NXP (Philips semicondutor) [[saa713x devices \| ~~saa71134~~]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;	+	* NXP (Philips semicondutor) [[saa713x devices \| saa7134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.

Mauro Carvalho Chehab: /* Analog TV Hardware and Framegrabber cards */

2008-12-28T01:14:51Z

Analog TV Hardware and Framegrabber cards

← Older revision		Revision as of 01:14, 28 December 2008
Line 57:		Line 57:
	* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;		* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;
	* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;		* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;
-	* Conexant [[cx88 devices (cx2388x)] \|cx88]] driver - stable, good support. A few boards have MPEG encoder;	+	* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;
	* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).		* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).
	* NXP (Philips semicondutor) [[saa713x devices \| saa71134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;		* NXP (Philips semicondutor) [[saa713x devices \| saa71134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;

← Older revision		Revision as of 19:55, 20 September 2009
Line 54:		Line 54:
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.
-	* [[~~zoran~~ zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.	+	* [[zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.
	* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.		* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.
	* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.		* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.

← Older revision		Revision as of 18:52, 20 September 2009
Line 54:		Line 54:
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.
-	* [[zoran devices ~~(zr36120, zr36125)~~ \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.	+	* [[zoran zr3612x devices \| Zoran 36120]] driver - driver broken kernels 2.6. Removed due to that.
	* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.		* Empia [[Em28xx devices \| em28xx]] driver - stable, good support.
	* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.		* Hauppauge PVR USB2 [[Pvrusb2\|pvrusb2]] driver - stable, good support.

← Older revision		Revision as of 01:15, 28 December 2008
Line 59:		Line 59:
	* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;		* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;
	* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).		* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).
-	* NXP (Philips semicondutor) [[saa713x devices \| ~~saa71134~~]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;	+	* NXP (Philips semicondutor) [[saa713x devices \| saa7134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;
	* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.		* NXP (Philips semicondutor) [[saa7146 devices \| saa7146]] driver - stable.
	* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.		* [[zoran devices (zr36057, zr36067) \| Zoran]] driver - stable.

← Older revision		Revision as of 01:14, 28 December 2008
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	* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;		* Conexant (Brooktree) based analog TV cards using the [[Bttv devices (bt848, bt878) \| bttv]] driver - very stable, good support but no hardware MPEG Encoder;
	* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;		* Conexant [[cx18 devices (cx23418) \| cx18]] driver - it is a recent driver. Supports analog and digital TV. It also supports MPEG encoder;
-	* Conexant [[cx88 devices (cx2388x)] \|cx88]] driver - stable, good support. A few boards have MPEG encoder;	+	* Conexant [[cx88 devices (cx2388x) \|cx88]] driver - stable, good support. A few boards have MPEG encoder;
	* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).		* Conexant [[ivtv devices (cx23415, cx23416)\| ivtv]] driver = supports Hauppauge and similar cards based on the cx23415/cx23416 chip. These cards are really good and have an onboard MPEG encoder (both cards) and an MPEG decoder with TV-out (PVR 350 only).
	* NXP (Philips semicondutor) [[saa713x devices \| saa71134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;		* NXP (Philips semicondutor) [[saa713x devices \| saa71134]] driver - stable, good support. A few boards have MPEG encoder. Supports saa7130, saa7131, saa7133, saa7134 and saa7135 devices;