Difference between revisions of "VDPAU"

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 +
{{wikipedia|Nvidia_PureVideo#Table_of_PureVideo_.28HD.29_GPUs|PureVideo}}
 +
 
=General=
 
=General=
 
==What is it==
 
==What is it==
The API is called VDPAU (Video Decode and Presentation API for Unix). It provides a
+
VDPAU (Video Decode and Presentation API for Unix) lets Nvidia and [[AMD/ATI uvd]] cards play video with hardware acceleration. It lets any Linux, Solaris, and FreeBSD system play files, including highly complex H.264 formats produced by the [[Hauppauge HD-PVR]], that would otherwise require a high-end multicore CPU.
large subset of PureVideo HD functionality for NVIDIA Linux, Solaris, and FreeBSD
 
users.
 
 
 
The current API documentation is here:
 
 
 
[ftp://download.nvidia.com/XFree86/vdpau/doxygen/html/index.html]
 
 
 
The most recent driver release may be obtained through here:
 
  
http://www.nvnews.net/vbulletin/forumdisplay.php?s=&forumid=14
+
It in essence provides what PureVideo/DirectX Video Acceleration is on the Windows platform. In addition to [http://www.nvnews.net/vbulletin/forumdisplay.php?s=&forumid=14 updated NVIDIA binary drivers] or the open source ATI/AMD driver
 +
that support the API, extensive [ftp://download.nvidia.com/XFree86/vdpau/doxygen/html/index.html documentation] is available.
  
 
Some highlights of VDPAU:
 
Some highlights of VDPAU:
  
* Defines an API for GPU-accelerated decode of MPEG-1, MPEG-2, H.264, and VC-1 bitstreams.
+
* Defines an API for GPU-accelerated decode of MPEG-1, MPEG-2, WMV, H.264, and VC-1 bitstreams.
 +
** GT2xx and newer GPUs can additionally decode ASP (divx/xvid/mpeg4)
 
* Defines an API for post-processing of decoded video, including temporal and spatial deinterlacing, inverse telecine, and noise reduction.
 
* Defines an API for post-processing of decoded video, including temporal and spatial deinterlacing, inverse telecine, and noise reduction.
 
* Defines an API for timestamp-based presentation of final video frames.
 
* Defines an API for timestamp-based presentation of final video frames.
 
* Defines an API for compositing sub-picture, on-screen display, and other UI elements.
 
* Defines an API for compositing sub-picture, on-screen display, and other UI elements.
  
 +
Note that VDPAU does not address content protection issues.
  
 +
Some highlights/limitations of NVIDIA's current implementation:
  
Note that VDPAU does not address content protection.
+
* Supported on NVIDIA GPUs with the NVIDIA second generation video processors (see list further below)
 +
* Currently, only one video stream can be decoded at a time; NVIDIA hopes to lift this restriction eventually.
  
Some highlights/limitations of NVIDIA's current implementation:
+
==Supported Cards==
 +
===Nvidia===
 +
VDPAU is currently supported on the following NVIDIA GPUs (driver version 180.44). An up-to-date list is available at the Nvidia link given below under 'External Links'.  Feature Set, when known, is reflected in parenthesis (A/B/C).  See more details regarding [http://en.wikipedia.org/wiki/Nvidia_PureVideo#Nvidia_VDPAU_Feature_Sets feature set capabilities here] and the nvidia driver readme [ftp://download.nvidia.com/XFree86/Linux-x86/270.18/README/supportedchips.html Appendix A. Supported NVIDIA GPU Products]
  
* Supported on NVIDIA GPUs with the NVIDIA second generation video processors (see the end of this announcement for a complete GPU list).
+
(1) GPUs with this note may not support H.264 streams with the following widths: 49, 54, 59, 64, 113, 118, 123, 128 macroblocks (769-784, 849-864, 929-944, 1009-1024, 1793-1808, 1873-1888, 1953-1968, 2033-2048 pixels).
* Currently, only one video stream can be decoded at a time; we hope to lift this restriction eventually.
 
  
The VDPAU support in the NVIDIA 180.06 beta release is still very
+
{| border=1 cellpadding=5 cellspacing=1
preliminary. We are aware of cases of visual corruption and in some
+
|- style="background-color: lightgreen; color:Black;"
cases GPU hangs. We will be working on these issues over the next
+
! Feat.
several NVIDIA driver releases.
+
! Desktop GPUs
 +
! Mobile GPUs
 +
! Motherboard GPUs
 +
! Professional GPUs
 +
! Mobile Pro. GPUs
 +
|- align="left"
 +
!
 +
A
 +
!
 +
*GeForce 8400 GS (1)
 +
*GeForce 8500 GT
 +
*GeForce 8600 GS
 +
*GeForce 8600 GT
 +
*GeForce 8600 GTS
 +
*GeForce 8800 GS
 +
*GeForce 8800 GT
 +
*GeForce 8800 GTS 512
 +
*GeForce 9400 GT
 +
*GeForce 9500 GS
 +
*GeForce 9500 GT
 +
*GeForce 9600 GS
 +
*GeForce 9600 GSO
 +
*GeForce 9600 GSO 512
 +
*GeForce 9600 GT
 +
*GeForce 9650 S
 +
*GeForce 9800 GT
 +
*GeForce 9800 GTX+
 +
*GeForce 9800 GTX/9800 GTX+
 +
*GeForce 9800 GX2
 +
*GeForce GT 120
 +
*GeForce GT 130
 +
*GeForce GT 140
 +
*GeForce GT 230
 +
*GeForce GT 330
 +
*GeForce GTS 240
 +
*GeForce GTS 250
 +
*GeForce GTX 260
 +
*GeForce GTX 275
 +
*GeForce GTX 280
 +
*GeForce GTX 285
 +
*GeForce GTX 295
 +
!
 +
*GeForce 8400M G
 +
*GeForce 8400M GS
 +
*GeForce 8400M GT
 +
*GeForce 8600M GS
 +
*GeForce 8600M GT
 +
*GeForce 8700M GT
 +
*GeForce 8800M GTS
 +
*GeForce 8800M GTX
 +
*GeForce 9300M G
 +
*GeForce 9500M G
 +
*GeForce 9500M GS
 +
*GeForce 9600M GS
 +
*GeForce 9600M GT
 +
*GeForce 9600M GT
 +
*GeForce 9650M GS
 +
*GeForce 9650M GT
 +
*GeForce 9700M GT
 +
*GeForce 9700M GTS
 +
*GeForce 9800M GS
 +
*GeForce 9800M GT
 +
*GeForce 9800M GTS
 +
*GeForce 9800M GTS
 +
*GeForce 9800M GTX
 +
*GeForce 9800M GTX
 +
*GeForce G 110M
 +
*GeForce GT 120M
 +
*GeForce GT 130M
 +
*GeForce GT 220M
 +
*GeForce GTS 150M
 +
*GeForce GTS 160M
 +
*GeForce GTX 260M
 +
*GeForce GTX 280M
 +
*GeForce GTX 285M
  
While NVIDIA's VDPAU implementation is not ready for end user use yet,
 
it should be far enough along that interested application developers
 
can begin working with it.
 
  
Additionally, NVIDIA has developed patches to ffmpeg and MPlayer to
+
!
demonstrate a video player using VDPAU:
+
 
 +
!
 +
*Quadro CX
 +
*Quadro FX 1700
 +
*Quadro FX 1800
 +
*Quadro FX 370
 +
*Quadro FX 3700
 +
*Quadro FX 380
 +
*Quadro FX 3800
 +
*Quadro FX 4700 X2
 +
*Quadro FX 4800
 +
*Quadro FX 570
 +
*Quadro FX 580
 +
*Quadro FX 5800
 +
*Quadro NVS 290
 +
*Quadro VX 200
 +
*Quadroplex 2200 D2
 +
*Quadroplex 2200 S4
 +
!
 +
*Quadro FX 1600M
 +
*Quadro FX 1700M
 +
*Quadro FX 2700M
 +
*Quadro FX 2800M
 +
*Quadro FX 3600M
 +
*Quadro FX 360M
 +
*Quadro FX 3700M
 +
*Quadro FX 3800M
 +
*Quadro FX 570M
 +
*Quadro FX 770M
 +
*Quadro NVS 130M
 +
*Quadro NVS 135M
 +
*Quadro NVS 140M
 +
*Quadro NVS 320M
 +
|- align="left"
 +
!
 +
B
 +
!
 +
*GeForce 9300 GE (1)
 +
*GeForce 9300 GS (1)
 +
*GeForce G100 (1)
 +
*GeForce 8400 (1)
 +
*GeForce 9200 (1)
 +
!
 +
*GeForce 8200M G (1)
 +
*GeForce 8200M G (1)
 +
*GeForce 9100M G (1)
 +
*GeForce 9100M G (1)
 +
*GeForce 9200M GS (1)
 +
*GeForce 9300M GS (1)
 +
*GeForce 9300M GS (1)
 +
*GeForce 9400M (1)
 +
*GeForce 9400M (1)
 +
*GeForce 9400M G (1)
 +
*GeForce 9400M G (1)
 +
*GeForce G102M (1)
 +
*GeForce G102M (1)
 +
*GeForce G103M (1)
 +
*GeForce G105M (1)
 +
!
 +
*GeForce 8200 (1)
 +
*GeForce 8300 (1)
 +
*GeForce 9100 (1)
 +
*GeForce 9300 (1)
 +
*GeForce 9300 / nForce 730i (1)
 +
*GeForce 9400 (1)
 +
*ION  (1)
 +
*ION LE  (1)
 +
!
 +
*HICx16 + Graphics (1)
 +
*Quadro FX 370 LP (1)
 +
*Quadro NVS 295 (1)
 +
*Quadro NVS 420 (1)
 +
*Quadro NVS 450 (1)
 +
!
 +
*Quadro FX 370M (1)
 +
*Quadro NVS 150M (1)
 +
*Quadro NVS 160M (1)
 +
|- align="left"
 +
!
 +
C
 +
!
 +
*GeForce 205
 +
*GeForce 210
 +
*GeForce 310
 +
*GeForce G210
 +
*GeForce GT 220
 +
*GeForce GT 240
 +
*GeForce GT 320
 +
*GeForce GT 340
 +
*GeForce GT 430
 +
*GeForce GTS 450
 +
*GeForce GTX 460
 +
*GeForce GTX 460 SE
 +
*GeForce GTX 465
 +
*GeForce GTX 470
 +
*GeForce GTX 480
  
[ftp://download.nvidia.com/XFree86/vdpau/mplayer-vdpau-3076399.tar.bz2]
 
  
These patches include changes against libavcodec, libavutil, ffmpeg,
+
NB: not supported:
and MPlayer itself; they may serve as an example of how to use VDPAU.
+
*GeForce 8100 / nForce 720a
 +
*GeForce 8300 GS
 +
*GeForce 8400 SE
 +
*GeForce 8800 GTS
 +
*GeForce 8800 GTX
 +
*GeForce 8800 Ultra
 +
*GeForce 9300 SE
 +
*GeForce GT 220 (PCI ID 0x0CAC)
 +
!
 +
*GeForce 305M
 +
*GeForce 310M
 +
*GeForce G210M
 +
*GeForce GT 230M
 +
*GeForce GT 240M
 +
*GeForce GT 320M
 +
*GeForce GT 325M
 +
*GeForce GT 330M
 +
*GeForce GT 335M
 +
*GeForce GT 415M
 +
*GeForce GT 420M
 +
*GeForce GT 425M
 +
*GeForce GT 435M
 +
*GeForce GTS 250M
 +
*GeForce GTS 260M
 +
*GeForce GTS 350M
 +
*GeForce GTS 360M
 +
*GeForce GTX 460M
 +
*GeForce GTX 480M
 +
*GeForce 610M
 +
!
 +
* Second Generation ION / GT218
 +
* GeForce 610M
 +
!
 +
*NVS 300
 +
*Quadro 2000
 +
*Quadro 4000
 +
*Quadro 5000
 +
*Quadro 600
 +
*Quadro 6000
 +
*Quadro FX 380 LP
 +
!
 +
*NVS 2100M
 +
*NVS 3100M
 +
*NVS 5100M
 +
*Quadro 5000M
 +
*Quadro FX 1800M
 +
*Quadro FX 380M
 +
*Quadro FX 880M
 +
|- align="left"
 +
!
 +
D
 +
!
  
Once we do some further testing, bugfixing, and cleanup, we will
+
*GeForce 510
contribute the MPlayer patches to the MPlayer developers.
+
*GeForce 605
 +
*GeForce GT 520MX
 +
*GeForce GT 610
 +
*GeForce GTX 650
 +
*GeForce GTX 650 Ti
 +
*GeForce GTX 660
 +
*GeForce GTX 660 Ti
 +
*GeForce GTX 670
 +
*GeForce GTX 670MX
 +
*GeForce GTX 675MX
 +
*GeForce GTX 680
 +
*GeForce GTX 690
  
 +
!
  
If other hardware vendors are interested, they are welcome to also
+
*GeForce 410M
provide implementations of VDPAU. The VDPAU API was designed to allow
+
*GeForce GT 640M
a vendor backend to be selected at run time.
+
*GeForce GT 640M LE
 +
*GeForce GT 645M
 +
*GeForce GT 650M
 +
*GeForce GTX 660M
 +
*GeForce GTX 680M
  
==Supported Cards==
+
!
VDPAU is currently supported on the following NVIDIA GPUs:
 
  
{| border=1 cellpadding=5 cellspacing=1
 
|- style="background-color: lightgreen; color:Black"
 
! Desktop GPUs
 
! Mobile GPUs
 
! Motherboard GPUs
 
|-
 
 
!
 
!
*GeForce 200 Series
 
  
*GeForce 9 Series
+
*Quadro 410
 +
*Quadro K5000
  
*GeForce 86xx Series
+
!
  
*GeForce 85xx Series
+
*Quadro K1000M
 +
*Quadro K2000M
 +
*Quadro K3000M
 +
*Quadro K4000M
 +
*Quadro K5000M
  
*GeForce 84xx Series
+
|}
  
*GeForce 8300 GS
+
Rules of thumb: anything from before the 8xxx series is unsupported ; anything with the original G80 GPU (8800 GTX, 8800 Ultra, Quadro FX5600, the first 8800 GTS) is unsupported ; everything newer in the 8xxx, 9xxx and 2xx series should work if the driver supports the card.
 +
 
 +
Since video decoding is done in dedicated hardware, all supported cards have the same level of performance.  Specifically, this means [http://en.wikipedia.org/wiki/H.264#Profiles H.264 High 4.1], [http://en.wikipedia.org/wiki/VC-1#Profiles VC-1 Advanced 3], or [http://en.wikipedia.org/wiki/Mpeg2#Video_profiles_and_levels MPEG-2 MP@HL] at up to 40Mbps.  Deinterlacing is performed within the shader hardware, so a more powerful card will be capable of more advanced filters at higher resolutions and framerates. Increased memory bandwidth will also help. Detailed specs on shaders, memory bandwidth, etc. can be found at this [http://en.wikipedia.org/wiki/GeForce#Generations GeForce Chipsets] page. Just click on the link for the relevant chipset to see the details.(see User results table below for examples).
 +
===ATI/AMD===
 +
====Supported Features====
 +
* Bit stream Audio (including DTS-HD, TrueHD, LPCM 7.1)
 +
* max resolution: 2048 x 1152
 +
* mpeg2, mpeg4, h264, vc1 advanced acceleration
 +
* Bob and Temporal deinterlacing via vdpau
  
*GeForce 8800 GTS 512
 
  
*GeForce 8800 GT
+
====Video Cards====
  
*GeForce 8800 GS
 
  
 +
{| border=1 cellpadding=5 cellspacing=1
 +
|- style="background-color: lightgreen; color:Black;"
 +
! Family
 +
! Engineering Names
 +
! Marketing Names
 +
! UVD Version
 +
! VDPAU Capable
 +
|- align="left"
 
!
 
!
*GeForce 98xxM
+
R100
 +
!
 +
*R100
 +
*RV100
 +
*RV200
 +
*RS100
 +
*RS200
 +
!
 +
*7xxx
 +
*320-345
  
*GeForce 9700M
 
  
*GeForce 96xxM
+
!
  
*GeForce 9500M
+
! style="background-color: red" | NO
 +
|- align="left"
 +
!
 +
R200
 +
!
 +
*R200
 +
*RV250
 +
*RV280
 +
*RS300
 +
!
 +
*8xxx - 9250
 +
!
 +
! style="background-color: red" | NO
 +
|- align="left"
 +
!
 +
R300
 +
!
 +
*R300
 +
*R350
 +
*RV350
 +
*RV380
 +
*RS400
 +
*RS480
 +
!
 +
*9500 - 9800
 +
*X300 - X600
 +
*X1050 - X1150
 +
*200M
 +
!
 +
! style="background-color: red" | NO
 +
|- align="left"
 +
!
 +
R400
 +
!
 +
*R420
 +
*R423
 +
*RV410
 +
*RS600
 +
*RS690
 +
*RS740
 +
!
 +
*X700 - X850
 +
*X12xx
 +
*2100
 +
*X700 - X850
 +
*X12xx
 +
*2100
 +
!
 +
! style="background-color: red" | NO
 +
|- align="left"
 +
!
 +
R500
 +
!
 +
*RV515
 +
*R520
 +
*RV530
 +
*RV560
 +
*RV570
 +
*R580
 +
!
 +
*X1300 - X2300
 +
*HD2300
 +
!
 +
! style="background-color: red" | NO
 +
|- align="left"
 +
!
 +
R600
 +
!
 +
*R600
 +
*RV610
 +
*RV630
 +
*RV620
 +
*RV635
 +
*RV670
 +
*RS780
 +
*RS880
 +
!
 +
*HD2400 - HD4290
 +
!
  
*GeForce 9300M
+
! style="background-color: lightgreen" | Yes
 +
|- align="left"
 +
!
 +
R700
 +
!
 +
*RV770
 +
*RV730
 +
*RV710
 +
*RV740
 +
!
 +
*HD4330 - HD5165
 +
*HD5xxV
 +
!
  
*GeForce 9200M
+
! style="background-color: lightgreen" | Yes
 +
|- align="left"
 +
!
 +
Evergreen
 +
!
 +
*CEDAR
 +
*REDWOOD
 +
*JUNIPER
 +
*CYPRESS
 +
*PALM (Wrestler)
 +
*SUMO
 +
*SUMO2
 +
!
 +
*HD5430 - HD5970
 +
*all HD6000 not listed under Northern Islands
 +
*HD7350
 +
!
 +
UVD 2.2 (Cedar - cypress)
 +
UVD 3 (Plam - Sumo)
 +
! style="background-color: lightgreen" | Yes
 +
|- align="left"
 +
!
 +
Northern Islands
 +
!
 +
*ARUBA
 +
*BARTS
 +
*TURKS
 +
*CAICOS
 +
*CAYMAN
 +
!
 +
*HD6450
 +
*HD6570
 +
*HD6670
 +
*HD6790 - HD6990
 +
*HD64xxM
 +
*HD67xxM
 +
*HD69xxM
 +
*HD7450 - HD7670
 +
!
 +
UVD 3
 +
! style="background-color: lightgreen" | Yes
 +
|- align="left"
 +
!
 +
Southern Islands
 +
!
 +
*CAPE VERDE
 +
*PITCAIRN
 +
*TAHITI
 +
*OLAND
 +
*HAINAN
 +
!
 +
*HD7750 - HD7970
 +
*R9 270
 +
*R9-280
 +
*R7 240
 +
*R7 250
 +
!
 +
UVD 3
 +
! style="background-color: lightgreen" | Yes
 +
|- align="left"
 +
!
 +
Sea Islands
 +
!
 +
*BONAIRE
 +
*KABINI
 +
*KAVERI
 +
*HAWAII
 +
!
 +
*HD7790
 +
*R7 260
 +
*R9 290
 +
!
 +
UVD 3
 +
! style="background-color: lightgreen" | Yes
 +
|}
 +
====UVD 2====
 +
The UVD saw a refresh with the release of the Radeon HD 4000 series products. The UVD 2 features full bitstream decoding of H.264/MPEG-4 AVC, VC-1, as well as iDCT level acceleration of MPEG2 video streams. Performance improvements allow dual video stream decoding and Picture-in-Picture mode. This makes UVD2 full BD-Live compliant.
 +
====UVD 2.2====
 +
The UVD 2.2 features a re-designed local memory interface and enhances the compatibility with MPEG2/H.264/VC-1 videos. However, it was marketed under the same alias as "UVD 2 Enhanced" as the "special core-logic, available in RV770 and RV730 series of GPUs, for hardware decoding of MPEG2, H.264 and VC-1 video with dual-stream decoding". The nature of UVD 2.2 being an incremental update to the UVD 2 can be accounted for this move.
 +
====UVD 3====
 +
UVD3 adds support for bitstream MPEG2 decoding, DivX and Xvid via MPEG-4 Part 2 decoding and Blu-ray 3D via MVC.[7] along with 120 Hz stereo 3D support,[8] and is optimized to utilize less CPU processing power.
  
*GeForce 8800M
+
==Card status==
  
*GeForce 8800M GTS
+
High Def 1080i De-interlacing capabilities On Each Card
  
*GeForce 8800M GTX
+
{| border=1 cellpadding=5 cellspacing=1
 +
|- style="background-color: lightgreen; color:black"
 +
! GPU
 +
! None
 +
! One Field (1x)
 +
! Bob (2x)
 +
! Temporal (1x)
 +
! Temporal (2x)
 +
! Advanced (1x)
 +
! Advanced (2x)
 +
|-
 +
! Example
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! 8200
 +
! X
 +
! X
 +
! X
 +
! (>= 512Mb)
 +
! (SD only)
 +
! (>= 512Mb)
 +
! (SD only)
 +
|-
 +
! 8400 PCI
 +
! X
 +
! X
 +
! X
 +
! ?
 +
! (SD only)
 +
! (SD only)
 +
! (SD only)
 +
|-
 +
! 8400 PCI-e (G86)
 +
! X
 +
! X
 +
! X
 +
! X (tearing at 1080i)
 +
! X (choppy at 1080i)
 +
! (SD only)
 +
! (SD only)
 +
|-
 +
! 8400 PCI-e (G98)
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! (SD only)
 +
! (SD only)
 +
|-
 +
! 8500 GT
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! -
 +
|-
 +
! 8600 GT
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! 9300
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! (SD only)
 +
|-
 +
! 9400
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! (SD only)
 +
|-
 +
! 9500 GT
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X (occasional stutter, skip_chroma helps)
 +
|-
 +
! 9600 GT
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! GT 210
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! (SD only)
 +
|-
 +
! GT 220
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! GT 240
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! GT 430
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|-
 +
! GT 520
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! (SD only, maybe HD at PAL frame-rates)
 +
|-
 +
! 610M
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
! X
 +
|}
  
*GeForce 8600M
+
Should do all of the rest but I have not tried them.
  
*GeForce 8400M
+
==Supported Drivers==
!
+
Support started with version 180.06. Latest version available at [http://www.nvidia.com/object/unix.html NVIDIA's website]. Bugs are fixed with every new release.
*GeForce 9400
 
  
*GeForce 9300
+
=MythTV Support=
 +
Fully supported in MythTV 0.22 and above
  
*GeForce 9100
+
===What works?===
 +
* Any codec support by VDPAU can be offloaded with the MythTV video player. 
 +
* Color [[OSD]]
 +
* OSD menus
 +
* PiP
  
*GeForce 8300
+
===What doesn't?===
 +
* Nothing is known not to work at the present
  
*GeForce 8200
+
== Enabling VDPAU in MythFrontend ==
|-
+
Navigate to:
|}
 
  
VC-1 support in NVIDIA's VDPAU implementation currently requires GeForce 9300 GS, GeForce 9200M GS, GeForce 9300M GS, or GeForce 9300M GS.  VC-1 is an alternative to H.264, and is a supported video codec for HD DVDs and Blu-ray Discs.
+
  "Utilities -> Setup -> TV Settings -> Playback -> Playback Profiles (3/8)"
  
Version 180.08 released November 7, 2008 added support for the following GPU chipsets:
+
  LINHES R8: Service Menu->Setup->Video->Playback
    * Quadro NVS 450
+
    * Quadro FX 370 LP
+
VDPAU Playback Profiles are automatically created in current versions.
    * Quadro FX 5800
 
    * Quadro FX 4800
 
    * Quadro FX 470
 
    * Quadro CX
 
    amd added preliminary support for OpenGL 3.0.
 
  
Version 180.11 released December 2, 2008 added support for the following GPU chipset:
+
* VDPAU High Quality: use Temporal Spatial 2X (Advanced 2X) for all content. To be used with nvidia cards >= 8600GT, >= 9500GT, GT120 or >= GT220
    * GeForce 9400M
+
* VDPAU Normal: use Temporal 2X for HD content, and Temporal Spatial 2X (Advanced 2X) for SD content. To be used with nvidia cards >= 8400, >= 9300, GT110 or >= GT210
 +
* VDPAU Slim: use Bob 2X with skip chroma option, with One Field as fall back, to be used with nvidia cards >= 8200 or when VDPAU Normal doesn't work for some reasons.
  
 +
Profiles using 2X deinterlacers give better motion playback than 1X ones.
  
Version 180.16, released December 12, 2008 added support for the following GPU chipsets:
+
== Filters ==
    * Quadro FX 2700M
 
    * GeForce 9400M G
 
    * GeForce 9800 GT
 
    * GeForce 9800 GT
 
    * GeForce 8200M G
 
    * GeForce Go 7700
 
    * GeForce 9800M GTX
 
    * GeForce 9800M GT
 
    * GeForce 9800M GS
 
    * GeForce 9500 GT
 
    * GeForce 9700M GT
 
    * GeForce 9650M GT
 
    * GeForce 9500 GT
 
  
==Supported Drivers==
+
You can add filters to your profile by entering:
Nvidia Beta Drivers only.  Support started with version 180.06.  Most recent current version is 180.16, released December 12, 2008. The VDPAU API changes in this version and programs must be recompiled to utilize the driver.
 
  
=Myth Support=
+
# Utilities/Setup -> Setup -> TV Settings -> Playback -> Playback Profiles (3/8)
VDPAU was announced to the mythtv dev list on Nov 15, by Andy Ritger, Manager of the NVIDIA Linux driver. Within 4 days, Issac had posted a POC (proof of concept) patch to the mailing list for VDPAU support within trunk, saying "Preliminarily, this stuff looks _very_ promising." On November 29, Changeset 19165 included preliminary support within trunk. While the VDPAU support is still in it's infancy, in both the driver and myth, several testers have responded saying that they are able to use VDPAU with limited issues. Running current trunk for VDPAU support is currently not recommended except for testing and bug reporting purposes only.  
+
# Enter Edit for the if rez condition you want to change.
 +
# Custom filters is on the second screen.
  
Preliminary support was added to SVN at r19165.  You must compile with the --enable-vdpau and do a dist clean if upgrading from prior versions.
+
Some options will hurt performance, so don't enable unnecessarily.
WARNING: the vdpau support changes break mythtv playback of digital recordings on *Intel video chipsets*. Analog recordings both record and playback in myth without difficulty. Digital recordings appear to be fine, playing back without difficulty in mplayer, but will not play in mythtv. This *may* be confined to hdhomerun recordings. More testing is needed. Proceed with care: make backups!
 
  
==Display Profiles==
+
This is a comma seperated list of options such as:
Setup a display profile with:
 
  
    decoder = nvidia vdpau acceleration
+
  vdpauivtc, vdpauskipchroma, vdpaudenoise=0.5, vdpausharpen=1.0
    video + osd renderers: vdpau
 
  
==What works==
+
* vdpaucolorspace
*Deinterlacing (select "Advanced (2x, Hw)" for best results)
+
** Sets ITU BT601 and ITU BT709 (BT709 for HD videos and BT601 for SD) colour spaces, by default or automatically
*OSD/PiP.
+
** Why/when it should be used: always, used in MythTV default profiles
*Color controls
+
** Set as vdpaucolorspace=[auto|itu709|itu601]
*Other stuff
+
** example: vdpaucolorspace=auto
 +
* vdpauivtc
 +
** Enabling VDPAU inverse telecine, requires Basic or Advanced deinterlacer
 +
** Why/when it should be used: When playing telecined content.
 +
** Type: toggle
 +
** Example: vdpauivtc
 +
* vdpauskipchroma
 +
** Enabling Skip Chroma Deinterlace
 +
** Why/when it should be used: It may help with lower-end graphic cards. This is the default for VDPAU Low quality profile
 +
** Type: toggle
 +
** Example: vdpauskipchroma
 +
* vdpaudenoise
 +
** VDPAU Denoise
 +
** Why/when it should be used: To reduce visual noise or "grain" in the picture. This seems to reduce both chroma and luminance noise (Can anyone confirm this?)
 +
** Will hurt performance
 +
** The valid range is 0.0 to 1.0, with 0.0 disabling it
 +
** Example: vdpaudenoise=0.5
 +
* vdpausharpen
 +
** VDPAU Sharpen
 +
** Why/when it should be used: To soften or sharpen the picture. Sharpening the picture will also sharpen any other artifacts such as noise, so this should generally be used with other filters.
 +
** Will hurt performance
 +
** The valid range is -1.0 to 1.0, with 0.0 disabling it
 +
** Example: vdpausharpen=0.7
 +
* vdpauhqscaling
 +
** enables High Quality scaling
 +
** Why/when it should be used: If you have a [http://en.wikipedia.org/wiki/Nvidia_PureVideo#Table_of_PureVideo_.28HD.29_GPUs VDPAU features C card] (e.g. nVidia 210, 220, Ion 2)
 +
** Type: toggle
 +
** Example: vdpauhqscaling
  
==What doesn't==
+
==Compiling MythTV with VDPAU==
*Lots and lots of other stuff.
+
MythTV compiles with VDPAU unless the <code>--disable-vdpau</code> is used. Older version required the <code>--enable-vdpau</code> switch.
 +
See <code>configure --help</code>.
  
 
=Caveats=
 
=Caveats=
* No AGP cards (But PCI versions do exist)
+
* No AGP cards support this feature (PCI cards exist but lack the necessary bandwidth for non-VDPAU HD)
* Currently only supported in SVN .22
+
* Warning: Do not install the vdpau beta driver unless you intend to use an NVidia-based video cards exclusively thereafter. Merely installing the nvidia driver breaks digital playback on Intel (and probably any other) video/graphics cards. The nvidia installer *replaces* standard header files (/usr/include/glext.h, glext.h,glxext.h and glx.h) and library files (/usr/lib/libGLcore.so, libGL,so, libGLU.so and libGL.la), with nvidia specific versions which breaks OpenGL playback on other graphic cards. (The 180 series drivers do appear to be usable with non-vdpau capable nvidia GPUs (6200 etc.))
* Warning: As of December 7, 2008: Breaks digital playback on Intel chipsets for SVN from the first beta version (19165) through at least 19253. Analog recordings (PVR500 etc) record and play. Digital (HDHomeRun) in standard and high definition do not play in mythtv, although recordings are fine and playable in mplayer. Make a mythconverg database backup and at least note the SVN version of your present working version if you wish to try this.  
+
* If you wish to try an nvidia video board instead of your other video/graphic chipset, be careful. Make a mythconverg database backup, and note the revision of your present working version. In addition, it would be wise to extract the NVidia pkg.run file (NVIDIA-LINUX....pkg.run -x) and make backups of the original files for which copies exist in the ../include/GL, ../lib and ../X11R6 folders. The package help states that the option '--no-opengl-headers' will skip installing the Nvidia OpenGL headers, however it appears that the other libraries will be replaced anyway. It also does not appear to be the case that the '--uninstall' option actually reverses the install, as the orginal files do not appear to be retained. This is a real time-killer ( and WAF killer) and may require a complete re-installation of the system if you wish to revert to a different family of GPU chip.
* Will '''NOT''' be backported to .21-fixes
+
* In MythTV, it is not possible to configure video playback profiles to filter based on video format (only by resolution). So it is not currently possible to use VDPAU for H.264/HD-PVR and Xv for Mpeg2.
* Video profiles can't filter based on video format (only by res). So if you wanted to use VDPAU for H.264/HD-PVR and Xv for Mpeg2 this is not currently possible.
+
* Off-loading to the GPU may increase its heat out-put. It may seem obvious, but check your GPU temperature and cooling arrangements.
* Many MKV's will not play (Should be fixed in next Nvidia driver release - may be fixed in driver version 180.11 December 2, 2008).
+
* Many playback issues can be resolved by making sure enough memory has been allocated to the video card, 256MB is a bare minimum requirement and '''512MB is strongly recommended'''. For on-board video this is usually configured via the "GPU Window" BIOS option.
 +
 
 +
=Troubleshooting=
 +
==Nvidia==
 +
The following configuration changes should be used to prevent issues with VDPAU when used with MythTV:
 +
 
 +
* Enable Extra Audio Buffering (same page)
 +
* Disable Real-Time Priority (same page) (or limits.conf) if you have intermittent playback freezes (playback stops for about 30 seconds,the computer is COMPLETELY unresponsive during this period and then playback resumes as is nothing had happened)
 +
*Adding 'Option "TripleBuffer" "true"' to the Device section of xorg.conf (following the 'Driver nvidia' line) will allocate more memory buffers to 2D playback (and less to 3D).
 +
 
 +
    Option        "TripleBuffer" "True"
 +
 
 +
==== Tearing/Stuttering ====
 +
 
 +
===== Disabling the Composite Extension =====
 +
 
 +
Tearing of the OSD over a perfect video playback can be avoided by stopping playback, exiting playback, and re-starting playback of the stream. (No idea why this works..only that it does.)
 +
 
 +
To prevent vertical and horizontal tearing of the image when viewing live tv or recordings, run the following to disable X Composite Extension (may also cure the all white/gray OSD):
 +
    sudo nvidia-xconfig --no-composite
 +
or with the following lines in /etc/X11/xorg.conf:
 +
    Section "Extensions"
 +
        Option "Composite" "Disable"
 +
    EndSection
 +
This may also help eliminate sporadic single-frame ''stuttering'' glitches (e.g. slight jerks in long panning shots or scrolling backgrounds).
 +
 
 +
===== GPU Power Management =====
 +
 
 +
Another common problem is the "adaptive clocking" PowerMizer capability of some NVidia cards: if this is active, frames will occasionally be dropped as the clock rate is adjusted.  To switch to performance mode temporarily, use the nvidia-settings application in interactive mode to set "Preferred Mode" to "Prefer Maximum Performance" under each GPU's "PowerMizer" page.
 +
 
 +
'''NOTE: YOU MUST REBOOT YOUR SYSTEM AND HAVE POWERMIZER DISABLED, AS DESCRIBED BELOW, TO CORRECT ANY PROBLEMS CREATED BY RUNNING POWERMIZER.'''
 +
 
 +
Unfortunately, due to a bug in recent versions of nvidia-settings, this setting may not be preserved across reboots: in order to switch to performance mode automatically, you may need to create a script that executes:
 +
    nvidia-settings -a '[gpu:0]/GPUPowerMizerMode=1'
 +
for each GPU (in this case, for GPU 0).  Note that this must be done ''after'' X starts: if you use GDM to manage your console logins, /etc/gdm/Init/Default may be a good place to put this.  Confirm the setting by running:
 +
    nvidia-settings -q '[gpu:0]/GPUPowerMizerMode'
 +
after the following reboot.
 +
 
 +
==== Artifacts ====
 +
Adding "vdpaubuffersize=32" ''(or higher: eg. 42 works well for the Zotac HD-ID11 box)'' in the list of filters in Playback Settings may help with artifacts during playback. '''Remove this filter if running on 0.25 or later'''.
 +
 
 +
==== CPU Frequency Scaling ====
 +
 
 +
If you are using CPU frequency scaling and are having problems playing HD video with VDPAU (stuttering video or audio) then it maybe that your processor is causing a bottleneck. Two known issues exist:
 +
 
 +
* Some AMD processors reduce the bus speed along with the CPU clock, at the lowest scaling level this may be enough to cause VDPAU problems in transferring data fast enough across the bus. One solution is to increase the minimum speed by changing the value in /sys/devices/system/cpu/cpu0/cpufreq/scaling_min_freq, see sys/devices/system/cpu/cpu0/cpufreq/scaling_available_frequencies for a list of valid values. e.g. On for a CPU with a min speed of 1000Mhz you may need to bump the min speed to 1800Mhz.
 +
 
 +
As root:
 +
<pre>echo 1800000 > /sys/devices/system/cpu/cpu0/cpufreq/scaling_min_freq</pre>
 +
 
 +
* If frequency scaling is still causing problems then it may be due to too high a threshold being set for frequency changes. Ubuntu for example uses a ridiculous threshold of 95% utilisation per core which is beyond what many userspace applications are even allowed to achieve at their priority level. So an application like MythTV would be choking and the ondemand governor would never increase the CPU frequency to cope. You should first check that your distribution has a reasonable value configured for the 'up threshold', what's reasonable will vary but 50% is a good place to start.
 +
 
 +
==== intel_idle Power Management ====
 +
 
 +
You may be seeing a problem with intel_idle if you are using an Atom- or i3/5/7-based system (e.g., the Zotac MAG): this driver causes occasional stuttering when power management is enabled. You can disable this by adding
 +
 
 +
<pre>intel_idle.max_cstate=0</pre>
 +
 
 +
to your boot options (e.g., to GRUB_CMDLINE_LINUX in /etc/default/grub, followed by executing update-grub). After rebooting, confirm that power management has been disabled:
 +
 
 +
<pre>$ cat /proc/acpi/processor/CPU0/info | grep power
 +
power management:        no</pre>
 +
 
 +
Disabling intel_idle power management actually results in power management falling back to ACPI, which does not appear to have the same stuttering issue.
 +
 
 +
==AMD/ATI==
 +
===Kernel Version ===
 +
UVD support is only possible on linux kenerl 3.10 and greater
 +
===Ubuntu Graphic Drviers===
 +
The current version of ubuntu as of this writing (13.10) is shipped with a version of mesa that needs to update to get the full performance out of the UVD decoder. This is simply be done by adding the  Updated and Optimized Open Graphics Drivers PPA. It is possible to do this by running the following commands
 +
  sudo apt-add-repository ppa:oibaf/graphics-drivers
 +
 
 +
  sudo apt-get update
 +
 
 +
  sudo apt-get upgrade
 +
 
 +
  sudo apt-get install libg3dvl-mesa
 +
 
 +
===HDMI Audio===
 +
To enable the audio pass through on the HDMI port, a kernel parameters may need to set
 +
 
 +
On ubuntu edit the file '''/etc/default/grub''' and look for the line starting with GRUB_CMDLINE_LINUX_DEFAULT and update it read like this
 +
  GRUB_CMDLINE_LINUX_DEFAULT="radeon.audio=1 radeon.dpm=1 clocksource=hpet hpet=enable quiet splash"
 +
 
 +
afterward update the boot loader by running the following command
 +
 
 +
  sudo update-grub
 +
 
 +
===Other Kernel Parameter===
 +
 
 +
{| border=1 cellpadding=5 cellspacing=1
 +
|- style="background-color: lightyellow; color:Black;"
 +
!Option
 +
!Values
 +
!Default value
 +
!Explanation
 +
|- align="left"
 +
!
 +
radeon.agpmode
 +
!
 +
1, 2, 4, 8, -1
 +
!
 +
0
 +
!
 +
AGP mode, -1 for PCI/PCIe mode
 +
|- align="left"
 +
!
 +
radeon.audio
 +
!
 +
0, 1
 +
!
 +
0
 +
!
 +
Disable/enable HDMI audio
 +
|- align="left"
 +
!
 +
radeon.benchmark
 +
!
 +
 
 +
!
 +
0
 +
!
 +
Run benchmark
 +
|- align="left"
 +
!
 +
radeon.connector_table
 +
!
 +
 
 +
!
 +
0
 +
!
 +
Force connector table
 +
|- align="left"
 +
!
 +
radeon.disp_priority
 +
!
 +
0, 1, 2
 +
!
 +
0
 +
!
 +
Display Priority (0 = auto, 1 = normal, 2 = high)
 +
|- align="left"
 +
!
 +
radeon.dynclks
 +
!
 +
0, 1, -1
 +
!
 +
-1
 +
!
 +
Disable/Enable dynamic clocks, -1 for auto
 +
|- align="left"
 +
!
 +
radeon.gartsize
 +
!
 +
32, 64, etc.
 +
!
 +
512
 +
!
 +
Size of PCIe/IGP gart to setup in megabytes
 +
|- align="left"
 +
!
 +
radeon.hw_i2c
 +
!
 +
0, 1
 +
!
 +
0
 +
!
 +
Disable/enable hw i2c engine
 +
|- align="left"
 +
!
 +
radeon.modeset
 +
!
 +
0, 1, -1
 +
!
 +
-1
 +
!
 +
Disable/enable modesetting, -1 for auto
 +
|- align="left"
 +
!
 +
radeon.msi
 +
!
 +
0, 1, -1
 +
!
 +
-1
 +
!
 +
Disable/enable MSI support, -1 for auto
 +
|- align="left"
 +
!
 +
radeon.no_wb
 +
!
 +
0, 1
 +
!
 +
 
 +
!
 +
Disable/enable AGP writeback for scratch registers
 +
|- align="left"
 +
!
 +
radeon.pcie_gen2
 +
!
 +
0, 1
 +
!
 +
-1
 +
!
 +
Disable/enable PCIe 2.0 support, -1 for auto
 +
|- align="left"
 +
!
 +
radeon.r4xx_atom
 +
!
 +
0, 1
 +
!
 +
0
 +
!
 +
Disable/enable ATOMBIOS modesetting for R4xx
 +
|- align="left"
 +
!
 +
radeon.test
 +
!
 +
 
 +
!
 +
0
 +
!
 +
Run tests
 +
|- align="left"
 +
!
 +
radeon.tv
 +
!
 +
0, 1
 +
!
 +
1
 +
!
 +
Disable/enable TV
 +
|- align="left"
 +
!
 +
radeon.vramlimit
 +
!
 +
32, 64, etc.
 +
!
 +
0
 +
!
 +
Restrict VRAM for testing
 +
|}
  
 
=User results=
 
=User results=
 +
Note:  Reports on 1080i content are of greatest interest for deinterlacers.  Do not list a deinterlacer if testing on progressive content like 720p.  If reports for 720p and 1080i differ (as they will if using a deinterlacer) consider making two entries or indicating the difference in your success/fail results.
  
 
{| border=1 cellpadding=5 cellspacing=1
 
{| border=1 cellpadding=5 cellspacing=1
Line 187: Line 1,025:
 
! Driver
 
! Driver
 
! De-interlacer
 
! De-interlacer
! SVN Ver
+
! Version
 
! Source
 
! Source
 
! OSD
 
! OSD
Line 197: Line 1,035:
 
! Comments
 
! Comments
 
|-
 
|-
! style="background-color: lightyellow" | '''Asus 8300GS'''
+
! style="background-color: lightyellow" | '''8200 IGP'''
| 256mb
+
| 512mb
! Beta 180.11
+
! 180.29
! None
+
! Temporal 2x
! r19260
+
! r20038 trunk
! HDHomeRun mpeg2 720p and 1080i
+
! BBC HD H.264 1080i 21Mb/s
! isthmus
+
! Metallurgy
! Blootube Wide
+
! Terra
 +
! KWin
 +
! 1440x900
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon 4850e 2.5Ghz 10-15%
 +
! Some amount of tearing. Visual artifacts for the first 20 seconds.
 +
|-
 +
! style="background-color: lightyellow" | '''8200 IGP'''
 +
| 512mb
 +
! 180.29
 +
! Temporal 2x
 +
! r20038 trunk
 +
! HD-DVD VC-1 1080p 35Mb/s
 +
! Metallurgy
 +
! Terra
 +
! KWin
 +
! 1440x900
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon 4850e 2.5Ghz 35%
 +
!
 +
|- 
 +
! style="background-color: lightyellow" | '''8200 IGP - Asus M3N78-VM'''
 +
| 512mb
 +
! 256.35
 +
! Temporal 1x
 +
! 0.23-fixes 25260
 +
! HD-PVR h.264 1080i 14Mb/s
 +
! BlackCurves
 +
! Mythbuntu
 +
! Gnome
 +
! 1152x720
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon 64 X2 4800+ 7%
 +
! vdpaubuffersize=64,vdpauskipchroma
 +
|-
 +
! style="background-color: lightyellow" | '''Sparkle SFPC84GS512U2LP GeForce 8400 GS PCI'''
 +
| 512mb
 +
! 180.35
 +
! Temporal 1x HW
 +
! 0.21-fixes w/patch
 +
! OTA 720p and 1080i
 +
! Retro
 +
! Retro
 +
! fluxbox
 +
! VGA (analog) 1280x1024
 +
! style="background-color: lightgreen" | Yes
 +
! AMD Geode NX1750 (1.4 Ghz), ~30%
 +
! Looks super, OSD set to non-fade.  Bob 2x is *almost* useable as is Temporal 2x HW.  One field also works well.
 +
|-
 +
! style="background-color: lightyellow" | '''Asus EN8400GS Silent PCIe (G98 chipset, 567 MHz Core Clock)'''
 +
| 512mb
 +
! 180.29
 +
! Temporal 1x HW
 +
! 0.21-fixes w/VDPAU patch
 +
! OTA HDTV (1080i & 720p)
 +
! Retro
 +
! Retro
 
! Fluxbox
 
! Fluxbox
 
! 1080p
 
! 1080p
 
! style="background-color: lightgreen" | Yes
 
! style="background-color: lightgreen" | Yes
! Athlon X2 64 5700 4-5%
+
! AMD BE-2350 (2.1 GHz) 2% - 5%
! 720p is reliable but 1080 i get not enought memory errors.
+
! Temporal 1x HW and One Field are the only deinterlacers that don't cause jerky picture and out of sync audio. All h264 test files from [[HD Playback Reports]] are nice and smooth.
 
|-
 
|-
! style="background-color: lightyellow" | '''Asus 8300GS'''
+
! style="background-color: lightyellow" | '''Asus EN8400GS Silent PCIe (G98 chipset, 500MHz Core/333Mhz Mem)'''
 
| 256mb
 
| 256mb
! Beta 180.11
+
! 180.53
! None
+
! Temporal 1x HW
! r19179
+
! 0.22
! HD-PVR h.264 720p 13.5&nbsp;Mbits/sec
+
! OTA HDTV (1080i & 720p)
 +
! default
 +
! default
 +
! mwm
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Pentium-D (3.4 GHz) 2% - 5%
 +
! Temporal 1x HW and Bob deinterlacers work ok. Temporal 1x HW is a little jerky on some stations. H.264 1080p files play perfect
 +
|-
 +
! style="background-color: lightyellow" | '''[http://www.newegg.com/Product/Product.aspx?Item=N82E16814121235 Asus EN8400GS Silent PCIe] (G98 chipset, 612 MHz GPU Clock)'''
 +
| 512mb
 +
! 180.29
 +
! Temporal 2x HW
 +
! 0.21-fixes + patch r20005
 +
! HDHomeRun (1080i+720p), FireWire (1080i+720p)
 +
! Retro
 +
! Retro
 +
! Ratpoison
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Pentium 4 3000 5% -10%
 +
! Temporal 2x/1x work great, albeit with slight stuttering when OSD displays; Advanced 2x/1x works well only with SD video. Bob 2x works too, but pointless given Temporal 2x.
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9300'''.  Motherboard [[Asus P5N7A-VM]]
 +
| 256MB
 +
! 180.22
 +
! One Field 1x HW
 +
! 0.21-fixes + patch
 +
! From disk (originally from pcHDTV HD-5500)
 +
! Mythbuntu
 +
! Mythbuntu
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) Core(TM)2 Duo CPU    E7400  @ 2.80GHz 10% overall
 +
! Slight oddness on top line.  Before VDPAU, CPU usage at .74.  I am including complete load average, mythfrontend.real at 5-7%.
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9200'''.  '''[http://www.bit-tech.net/hardware/motherboards/2008/05/20/jetway-jnc62k-geforce-8200-mini-itx/1 Motherboard Jetway JNC62K]'''
 +
| 512MB (shared)
 +
! 180.27
 +
! One Field 1x HW
 +
! 0.21-fixes + Jean-Yves Avenard testing patches
 +
! SD MPEG-2 DVB, SD H.264, 720p H.264 sample videos 
 +
! Mythbuntu
 +
! Mythbuntu
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! AMD Athlon 64 X2 4850e 2.5GHz 2-5%
 +
! No problems so far - before VDPAU, CPU usage at 80% and whirring fans.
 +
|-
 +
! style="background-color: lightyellow" | '''Quadro NVS 140M in a Lenovo T61 Laptop'''
 +
| 512MB (shared)
 +
! 180.29
 +
! One Field 1x HW
 +
! 0.21-fixes + patches
 +
! SD MPEG-2, HD MPEG-2 720p and 1080i from either QAM tuner or Firewire Cable Box
 +
! Blue
 
! Retro
 
! Retro
! MythCenter-wide
 
 
! Gnome
 
! Gnome
 +
! 1440x900
 +
! style="background-color: lightgreen" | Yes
 +
! Core 2 Duo T9300 2.5 GHz ~50% on one core
 +
! OSD sometimes fails to show. Before VDPAU, CPU usage was up to 90% on one core used by Myth and additional 20-30% used by X.
 +
|-
 +
! style="background-color: lightyellow" | '''9300 IGP''' (EVGA 113-YW-E115-TR)
 +
| 512mb
 +
! 180.29 (Debian experimental package -1)
 +
! Temporal 2x
 +
! r20207 trunk
 +
! OTA HD 1080i
 +
! Blue
 +
! Terra
 +
! fvwm
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Core 2 Duo E5200 2.5GHz <10%
 +
! Jerky playback w/ Advanced 2x on 1080i. Had to set 512MB GPU mem in BIOS to play 1080i at all. Using Advanced 2x w/o problems for 480i.
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9300'''.  Motherboard [[Asus P5N7A-VM]]
 +
| 512MB (Shared)
 +
! 180.51
 +
! Temporal 2x HW
 +
! 0.21-fixes + patch
 +
! TechnoTrend Premium DVB-C 2300 on remote backend
 +
! Mythbuntu
 +
! Mythbuntu
 +
! Xfce
 
! 720p
 
! 720p
 
! style="background-color: lightgreen" | Yes
 
! style="background-color: lightgreen" | Yes
! Athlon X2 64 4200+ 4-5%
+
! Intel(R) Core(TM)2 Duo CPU E5400  @ 2.50GHz CPU Load approx 5-7 %.
! OSD is all white and unreadable
+
! Advanced (2x, Hw) used for 720x576i SD, had to change to Temporal 2x HW to have smooth playback of 1080i
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9400GT'''.  Motherboard Gigabyte Intel G35
 +
| 512MB (Dedicated)
 +
! 180.60
 +
! Advanced 2X HW for SD, Temporal 2x HW for HD
 +
! 0.21-fixes + VDPAU patch
 +
! DVB-T on remote backend
 +
! Mythbuntu + Avenard repo
 +
! Mythbuntu
 +
! Xfce
 +
! 1080P
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) C2D CPU E8200 @ 2.66GHz CPU Load approx 4-5 %.
 +
! Advanced (2x, Hw) used for <= 720, Temporal 2x HW or Advanced 1X HW for > 720
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9400M'''.  Motherboard Gigabyte GA-E7AUM-DS2H
 +
| 256MB (Shared)
 +
! 180.60
 +
! Advanced 2X HW for SD, Temporal 2x HW for HD
 +
! 0.21-fixes + VDPAU patch
 +
! DVB-T on remote backend
 +
! Mythbuntu + Avenard repo
 +
! Mythbuntu
 +
! Xfce
 +
! 1080P
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) C2D CPU 8500 @ 3.16GHz CPU Load approx 4-5 %.
 +
! Advanced (2x, Hw) used for <= 720, Temporal 2x HW or Advanced 1X HW for > 720
 +
|-
 +
! style="background-color: lightyellow" | '''GeForce 9400M'''.  Apple macbook
 +
| 256MB (Shared)
 +
! 180.60
 +
! Advanced 2X HW
 +
! 0.21-fixes + VDPAU patch
 +
! DVB-T on remote backend
 +
! Mythbuntu + Avenard repo
 +
! Mythbuntu
 +
! Xfce
 +
! 1280x800
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) C2D CPU @ 2.4 GHz CPU Load approx 4-5 %.
 +
! Advanced (2x, Hw) for all content on laptop display
 
|-
 
|-
! style="background-color: lightyellow" | '''GeForce 8300'''
+
! style="background-color: lightyellow" | '''GeForce 9500GT (PNY)'''.  Intel D945PVS Mobo
| 512mb
+
| 1024MB (Shared)
! Beta 180.11
+
! 256.44
! Basic 2x HW
+
! Advanced 2X HW
! r19260
+
! 0.23-fixes
! DVB-S h.264 1080i 18&nbsp;Mbits/sec
+
! 2xFirewire on local backend
! Gray
+
! RHEL6 Beta 2
! MythCenter-wide
+
! ATRPMS Build 235 Bijou vuvuzela
 +
! KDE
 +
! Component Video 480p / 1080i
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) P4D CPU @ 2.8 GHz CPU Load approx 5-10 %.
 +
! Advanced (2x, Hw) for all content on TV|-
 +
|-
 +
! style="background-color: lightyellow" | '''nvidia ion - GeForce 9400'''.  Zotac IONITX-C
 +
| 512MB
 +
! 180.51
 +
! Temporal 2X HW
 +
! 0.21-fixes + VDPAU patch (20549)
 +
! ATSC 720p & 1080i + HDPVR 720p
 +
! blootube
 +
! blootube
 +
! fluxbox
 +
! 720p
 +
! style="background-color: lightgreen" | Yes
 +
! Atom(TM) CPU 230 @ 1.60GHz CPU Load approx 4-7 %.
 +
! Works great even w/ single core atom. No fans. 20W power draw.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 8200'''  '''Motherboard ASUS M3N78-VM'''
 +
| 512MB (Shared)
 +
! 190.18.03
 +
! Bob 2x
 +
! trunk 21145
 +
! HD-PVR 1080i + 720p
 +
! blootube
 +
! blootube
 
! KDE
 
! KDE
 
! 1080p
 
! 1080p
 
! style="background-color: lightgreen" | Yes
 
! style="background-color: lightgreen" | Yes
! Athlon X2 64 5200+ 10-15%
+
! Athlon 64 X2 6000 3.0GHz 1-3%
! OSD is all white and unreadable, picture breakup and flashing during periods of stress.
+
! No tearing. Audio stuttering with Advanced 2x/1x.  Box 2x works.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 8200'''  '''Motherboard ASUS M3N78-VM'''
 +
| 512MB (Shared)
 +
! 304.43
 +
! Bob 2x
 +
! 0.25.2 +fixes 20120802 46cab93- 0ubuntu1
 +
! DVB YLE HD (1080i?)
 +
! Mythcenter-wide
 +
! Mythcenter-wide
 +
! Xfce
 +
! 1920x1080
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon 64 X2 3800+ 5-7%
 +
! Got rid of stuttering with scaling_min_freq 1800000
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 8200'''  '''Motherboard ASUS M3N78-VM'''
 +
| 512MB (Shared)
 +
! 304.64
 +
!
 +
! 0.25.2 +fixes on Mythbuntu 12.04
 +
! DVB-S (Astra, tested w/ EinsfestivalHD)
 +
! Mythcenter-wide
 +
! Mythcenter-wide
 +
! Xfce
 +
! 1920x1080
 +
! style="background-color: red" | No for >720p
 +
! Athlon 64 X2 2100+ 8-30%
 +
! VDPAU works with <720p, but not for SD or HD: audio & video stuttering. Tried: no filtering or deinterlacers at all, scaling_min_freq 1800000, vdpaubuffercount=42, PowerMizer max performance. Workaround: use xv-blit with Yadifx2 for >=720.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 8300'''  '''[http://uk.asus.com/products.aspx?modelmenu=2&model=2260&l1=3&l2=149&l3=676&l4=0 Motherboard ASUS M3N78 PRO]'''
 +
| 512mb (shared)
 +
! 185.18.14
 +
! Temporal 2x
 +
! trunk 20694M
 +
! BBC HD H.264 1080i 21Mb/s
 +
! blootube
 +
! Terra
 +
! KDE
 +
! 1920x1080
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon 64 X2 5200 2.7Ghz 10-15%
 +
! Temporal 2x/1x work great, albeit with slight stuttering when OSD displays; Advanced 2x/1x still stutter. Bob 2x works too, but pointless given Temporal 2x.
 +
|-
 +
! style="background-color: lightyellow" | '''[http://www.galaxytechus.com/usa/productview.aspx?id=84 NVIDIA GeForce 9500GT]'''  '''[http://www.gigabyte.us/Products/Motherboard/Products_Overview.aspx?ProductID=2539 Motherboard Gigabyte GA-M571SL1-S4]'''
 +
! 512mb
 +
! 190.53
 +
! Advanced 2x HW
 +
! 0.22-fixes
 +
! HD-PVR Comcast max variable bitrate
 +
! Blue Abstract
 +
! Blue Abstract
 +
! Gnome
 +
! 720p
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon X2 5200+ 2.7GHz 8%-10%
 +
! Rock solid at 720p
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GT 220'''  '''[http://www.google.com/products?q=PNY+NVIDIA+GT+220+1024MB+DDR2+PCI+Express+Graphics+Card&hl=en&aq=f]'''
 +
! 1024mb
 +
! 195.36.15  
 +
! Advanced 2x HW
 +
! 0.23-fixes
 +
! HDHomeRun (1080i+720p), FireWire (1080i+720p)
 +
! Mythbuntu
 +
! Mythbuntu
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon X2 2400 8%-10%
 +
! Works great.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GT 430'''
 +
! 1024mb
 +
! 210.19.21
 +
! Advanced 2x HW
 +
! 0.23-fixes
 +
! FireWire (1080i+720p, FiOS) and h264 1080i
 +
! Black Curves
 +
! Mythcenter-Wide
 +
! KDE 3.5
 +
! 1080i
 +
! style="background-color: lightgreen" | Yes
 +
! Athlon X2 4400 20% at 1GHz
 +
! Works great.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA ION GeForce 9400M ZOTAC IONITX-B-E'''
 +
! 512mb
 +
! 195.36.15
 +
! Advanced 2x HW
 +
! 0.23-fixes
 +
! HDHomeRun (1080i+720p), FireWire (1080i+720p)
 +
! Mythbuntu
 +
! Mythbuntu
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Atom(TM) CPU 230 @ 1.60GHz CPU Load approx 4-7 %.
 +
! Works great.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA ION (GeForce 9400M variant) ZOTAC IONITX-A-U'''
 +
! 512MB (Shared)
 +
! 195.36.24
 +
! Temporal 2x HW (HD), Advanced 2x HW (SD)
 +
! 0.23-fixes
 +
! ATSC 720p/1080i MPEG2, 720p/1080p h264 MKVs (Remote backend)
 +
! Metallurgy
 +
! Arclight
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Intel Atom 330 1.6GHz — 3 - 8% in Myth; 0 - 2% in mplayer (set as external player for mkv files)
 +
! Needed to install two matched RAM sticks for dual-channel mode, or GPU memory bandwidth was insufficient. Initially tried with one 2GB stick; Temporal 2x at 1080i was very jerky, but works perfectly with two 1GB sticks.<br>Also, MB is running with nothing but RAM added; PXE boot + NFS root, with excellent performance. (File access hits 110 - 120MB/sec, limited only by GigE speeds.)
 
|-
 
|-
! style="background-color: lightyellow" | '''PNY 8400GS PCI'''
+
! style="background-color: lightyellow" | '''NVIDIA GT 220'''  '''[http://www.google.com/products?q=PNY+NVIDIA+GT+220+1024MB+DDR2+PCI+Express+Graphics+Card&hl=en&aq=f]'''
| 512mb
+
! 1024mb
! Beta 180.11
+
! 260.19.44
! Basic 2x HW
+
! Advanced 2x HW
! r19260
+
! 0.24-fixes
! HDHomerun, Fusion5 HD 720p and 1080i
+
! 950Q - QAM (Time Warner for HD Local), PVR500 (Dual analog for SD Cable)
! Gray
+
! Scientific Linux 6.0
! ProjectGrayhem-wide
+
! Scientific Linux 6.0
 +
! Gnome
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) Core(TM)2 Duo CPU    E4400  @ 2.00GHz
 +
! no issues running full 2x on 1080i content.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GT 520 (using Asus silent model)'''  '''[http://www.google.com/products?q=PNY+NVIDIA+GT+520+1024MB+DDR3+PCI+Express+Graphics+Card&hl=en&aq=f]'''
 +
! 1024mb
 +
! 275.09.07
 +
! Advanced 2x HW
 +
! 0.24-fixes
 +
! DVB-T on remote backend
 +
! Mythcenter-Wide
 +
! Mythcenter-Wide
 
! Fluxbox
 
! Fluxbox
! 1080p
+
! 1680x1050
 +
! style="background-color: lightgreen" | Yes
 +
! Amd Opteron 146 (throttled to 1GHz) ~ 5% CPU   
 +
! no issues running Advanced 2x on 1080i content. Tested with Tennis, Australian Rules Football and Motor Sports
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GT 520'''  '''[http://www.google.com/products?q=PNY+NVIDIA+GT+520+1024MB+DDR3+PCI+Express+Graphics+Card&hl=en&aq=f]'''
 +
! 1024mb
 +
! 260.19.44
 +
! Advanced 2x HW
 +
! 0.25
 +
! Ceton InfiniTV on Verizon FIOS Cable Card
 +
! Scientific Linux 6.0
 +
! Scientific Linux 6.0
 +
! Gnome
 +
! 1080p  
 +
! style="background-color: lightgreen" | Yes
 +
! Intel(R) Core(TM)2 Duo CPU    E4400  @ 2.00GHz
 +
! no issues running full 2x on 1080i content.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 210'''  '''[http://www.google.com/search?q=ZOTAC+NVIDIA+geforce+210+512MB+DDR3+PCI+Express+Graphics+Card]'''
 +
! 512mb
 +
! 195.36.15
 +
! Advanced 2x HW
 +
! 0.25
 +
! HDHomeRun (1080i+720p), FireWire (1080i+720p)
 +
! Mythbuntu Default
 +
! Mythbuntu Default
 +
! Xfce
 +
! 720p
 +
! style="background-color: lightgreen" | Yes
 +
! AMD Phenom II X4@2.8Ghz CPU Load ~5%
 +
! Works Great for 1080i, 720p (both MPEG-2 and H.264)
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 210'''  '''[http://us.msi.com/product/vga/N210-MD512D3H-LP.html]'''
 +
! 512mb
 +
! 304.88-0ubuntu0.0.2
 +
! Advanced 2x HW
 +
! 0.25
 +
! HDHomeRun (1080i+720p), hvr-2250(QAM/NTSC cable),
 +
! Mythbuntu Default
 +
! Mythbuntu Default
 +
! Xfce
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! AMD Athlon x2 4400+  CPU Load ~15%
 +
! Could not turn on vdpauhqscaling, as that caused frames to be skipped.
 +
|-
 +
! style="background-color: lightyellow" | '''NVIDIA GeForce 610M'''  '''[https://www.asus.com/Eee_Box_PCs/EeeBox_PC_EB1033/ ASUS EeeBox EB1033]'''
 +
! 512mb
 +
! 319.23
 +
! Advanced 2x HW
 +
! 0.26
 +
! HDHomeRun (1080i+720p)
 +
! Blue Abstract
 +
! Blue Abstract
 +
! fluxbox
 +
! 1080p
 +
! style="background-color: lightgreen" | Yes
 +
! Intel Atom D2700 Dual-Core Processor Load ~10% (combined fe/be)
 +
! Using vdpauhqscaling. Perfect for recorded streams. Standard Myth/VDPAU occasional stuttering on LiveTV/EPG (appears to be a Myth bug in feeding the decode buffer -- trailing the LiveTV stream by a few seconds works around the bug, ex. hit pause and then resume after starting LiveTV)
 +
|-
 +
! style="background-color: lightyellow" | '''AMD HD6320 (westler)''' 
 +
! 320mb
 +
! MESA 10.1~git1401201930.d6b6ab+curaga~gd~s
 +
! Bob 2x HW
 +
! 0.27
 +
! HDHomeRun (1080i+720p ATSC), HDPVR (1080i+720p H264)
 +
! Mythbuntu Default
 +
! Mythbuntu Default
 +
! Xfce
 +
! 720p
 
! style="background-color: lightgreen" | Yes
 
! style="background-color: lightgreen" | Yes
! Athlon 64 3200+ 5-15%
+
! AMD E-450 APU (1.65GHz, dual core) 30-40% load
! Slight tearing in fast movement, stuttering when OSD is displayed
+
! Works Great for 1080i/p, 720p (both MPEG-2 and H.264)
 
|-
 
|-
 
|}
 
|}
 +
==External Links==
 +
[http://www.nvnews.net/vbulletin/forumdisplay.php?f=14 NVIDIA Linux Forum]
 +
 +
[http://http.download.nvidia.com/XFree86/vdpau/doxygen/html/index.html More info on VDPAU from NVIDIA]
 +
 +
[http://www.nvnews.net/vbulletin/showthread.php?s=95d4a685d0f2408005f1baea41e7f365&t=133465 Linux VDPAU testing tool at nvnews]
 +
 +
[http://us.download.nvidia.com/XFree86/Linux-x86_64/260.19.36/README/supportedchips.html List of all NVIDIA chipsets and level of VDPAU support]
 +
 +
Note: This list is dependent on the driver version.  This currently points to the version 260.19.36 README file appendix.  Newer versions of the driver may add other GPUs to the list and other capabilities.
  
 +
[http://www.nvnews.net/vbulletin/showthread.php?t=122606 Link to the newest driver versions: stable and beta ]
  
 
[[Category:Glossary]] [[Category:HOWTO]] [[Category:Hardware]] [[Category:Video display cards]]
 
[[Category:Glossary]] [[Category:HOWTO]] [[Category:Hardware]] [[Category:Video display cards]]

Revision as of 13:50, 8 April 2014

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General

What is it

VDPAU (Video Decode and Presentation API for Unix) lets Nvidia and AMD/ATI uvd cards play video with hardware acceleration. It lets any Linux, Solaris, and FreeBSD system play files, including highly complex H.264 formats produced by the Hauppauge HD-PVR, that would otherwise require a high-end multicore CPU.

It in essence provides what PureVideo/DirectX Video Acceleration is on the Windows platform. In addition to updated NVIDIA binary drivers or the open source ATI/AMD driver that support the API, extensive documentation is available.

Some highlights of VDPAU:

  • Defines an API for GPU-accelerated decode of MPEG-1, MPEG-2, WMV, H.264, and VC-1 bitstreams.
    • GT2xx and newer GPUs can additionally decode ASP (divx/xvid/mpeg4)
  • Defines an API for post-processing of decoded video, including temporal and spatial deinterlacing, inverse telecine, and noise reduction.
  • Defines an API for timestamp-based presentation of final video frames.
  • Defines an API for compositing sub-picture, on-screen display, and other UI elements.

Note that VDPAU does not address content protection issues.

Some highlights/limitations of NVIDIA's current implementation:

  • Supported on NVIDIA GPUs with the NVIDIA second generation video processors (see list further below)
  • Currently, only one video stream can be decoded at a time; NVIDIA hopes to lift this restriction eventually.

Supported Cards

Nvidia

VDPAU is currently supported on the following NVIDIA GPUs (driver version 180.44). An up-to-date list is available at the Nvidia link given below under 'External Links'. Feature Set, when known, is reflected in parenthesis (A/B/C). See more details regarding feature set capabilities here and the nvidia driver readme Appendix A. Supported NVIDIA GPU Products

(1) GPUs with this note may not support H.264 streams with the following widths: 49, 54, 59, 64, 113, 118, 123, 128 macroblocks (769-784, 849-864, 929-944, 1009-1024, 1793-1808, 1873-1888, 1953-1968, 2033-2048 pixels).

Feat. Desktop GPUs Mobile GPUs Motherboard GPUs Professional GPUs Mobile Pro. GPUs

A

  • GeForce 8400 GS (1)
  • GeForce 8500 GT
  • GeForce 8600 GS
  • GeForce 8600 GT
  • GeForce 8600 GTS
  • GeForce 8800 GS
  • GeForce 8800 GT
  • GeForce 8800 GTS 512
  • GeForce 9400 GT
  • GeForce 9500 GS
  • GeForce 9500 GT
  • GeForce 9600 GS
  • GeForce 9600 GSO
  • GeForce 9600 GSO 512
  • GeForce 9600 GT
  • GeForce 9650 S
  • GeForce 9800 GT
  • GeForce 9800 GTX+
  • GeForce 9800 GTX/9800 GTX+
  • GeForce 9800 GX2
  • GeForce GT 120
  • GeForce GT 130
  • GeForce GT 140
  • GeForce GT 230
  • GeForce GT 330
  • GeForce GTS 240
  • GeForce GTS 250
  • GeForce GTX 260
  • GeForce GTX 275
  • GeForce GTX 280
  • GeForce GTX 285
  • GeForce GTX 295
  • GeForce 8400M G
  • GeForce 8400M GS
  • GeForce 8400M GT
  • GeForce 8600M GS
  • GeForce 8600M GT
  • GeForce 8700M GT
  • GeForce 8800M GTS
  • GeForce 8800M GTX
  • GeForce 9300M G
  • GeForce 9500M G
  • GeForce 9500M GS
  • GeForce 9600M GS
  • GeForce 9600M GT
  • GeForce 9600M GT
  • GeForce 9650M GS
  • GeForce 9650M GT
  • GeForce 9700M GT
  • GeForce 9700M GTS
  • GeForce 9800M GS
  • GeForce 9800M GT
  • GeForce 9800M GTS
  • GeForce 9800M GTS
  • GeForce 9800M GTX
  • GeForce 9800M GTX
  • GeForce G 110M
  • GeForce GT 120M
  • GeForce GT 130M
  • GeForce GT 220M
  • GeForce GTS 150M
  • GeForce GTS 160M
  • GeForce GTX 260M
  • GeForce GTX 280M
  • GeForce GTX 285M


  • Quadro CX
  • Quadro FX 1700
  • Quadro FX 1800
  • Quadro FX 370
  • Quadro FX 3700
  • Quadro FX 380
  • Quadro FX 3800
  • Quadro FX 4700 X2
  • Quadro FX 4800
  • Quadro FX 570
  • Quadro FX 580
  • Quadro FX 5800
  • Quadro NVS 290
  • Quadro VX 200
  • Quadroplex 2200 D2
  • Quadroplex 2200 S4
  • Quadro FX 1600M
  • Quadro FX 1700M
  • Quadro FX 2700M
  • Quadro FX 2800M
  • Quadro FX 3600M
  • Quadro FX 360M
  • Quadro FX 3700M
  • Quadro FX 3800M
  • Quadro FX 570M
  • Quadro FX 770M
  • Quadro NVS 130M
  • Quadro NVS 135M
  • Quadro NVS 140M
  • Quadro NVS 320M

B

  • GeForce 9300 GE (1)
  • GeForce 9300 GS (1)
  • GeForce G100 (1)
  • GeForce 8400 (1)
  • GeForce 9200 (1)
  • GeForce 8200M G (1)
  • GeForce 8200M G (1)
  • GeForce 9100M G (1)
  • GeForce 9100M G (1)
  • GeForce 9200M GS (1)
  • GeForce 9300M GS (1)
  • GeForce 9300M GS (1)
  • GeForce 9400M (1)
  • GeForce 9400M (1)
  • GeForce 9400M G (1)
  • GeForce 9400M G (1)
  • GeForce G102M (1)
  • GeForce G102M (1)
  • GeForce G103M (1)
  • GeForce G105M (1)
  • GeForce 8200 (1)
  • GeForce 8300 (1)
  • GeForce 9100 (1)
  • GeForce 9300 (1)
  • GeForce 9300 / nForce 730i (1)
  • GeForce 9400 (1)
  • ION (1)
  • ION LE (1)
  • HICx16 + Graphics (1)
  • Quadro FX 370 LP (1)
  • Quadro NVS 295 (1)
  • Quadro NVS 420 (1)
  • Quadro NVS 450 (1)
  • Quadro FX 370M (1)
  • Quadro NVS 150M (1)
  • Quadro NVS 160M (1)

C

  • GeForce 205
  • GeForce 210
  • GeForce 310
  • GeForce G210
  • GeForce GT 220
  • GeForce GT 240
  • GeForce GT 320
  • GeForce GT 340
  • GeForce GT 430
  • GeForce GTS 450
  • GeForce GTX 460
  • GeForce GTX 460 SE
  • GeForce GTX 465
  • GeForce GTX 470
  • GeForce GTX 480


NB: not supported:

  • GeForce 8100 / nForce 720a
  • GeForce 8300 GS
  • GeForce 8400 SE
  • GeForce 8800 GTS
  • GeForce 8800 GTX
  • GeForce 8800 Ultra
  • GeForce 9300 SE
  • GeForce GT 220 (PCI ID 0x0CAC)
  • GeForce 305M
  • GeForce 310M
  • GeForce G210M
  • GeForce GT 230M
  • GeForce GT 240M
  • GeForce GT 320M
  • GeForce GT 325M
  • GeForce GT 330M
  • GeForce GT 335M
  • GeForce GT 415M
  • GeForce GT 420M
  • GeForce GT 425M
  • GeForce GT 435M
  • GeForce GTS 250M
  • GeForce GTS 260M
  • GeForce GTS 350M
  • GeForce GTS 360M
  • GeForce GTX 460M
  • GeForce GTX 480M
  • GeForce 610M
  • Second Generation ION / GT218
  • GeForce 610M
  • NVS 300
  • Quadro 2000
  • Quadro 4000
  • Quadro 5000
  • Quadro 600
  • Quadro 6000
  • Quadro FX 380 LP
  • NVS 2100M
  • NVS 3100M
  • NVS 5100M
  • Quadro 5000M
  • Quadro FX 1800M
  • Quadro FX 380M
  • Quadro FX 880M

D

  • GeForce 510
  • GeForce 605
  • GeForce GT 520MX
  • GeForce GT 610
  • GeForce GTX 650
  • GeForce GTX 650 Ti
  • GeForce GTX 660
  • GeForce GTX 660 Ti
  • GeForce GTX 670
  • GeForce GTX 670MX
  • GeForce GTX 675MX
  • GeForce GTX 680
  • GeForce GTX 690
  • GeForce 410M
  • GeForce GT 640M
  • GeForce GT 640M LE
  • GeForce GT 645M
  • GeForce GT 650M
  • GeForce GTX 660M
  • GeForce GTX 680M
  • Quadro 410
  • Quadro K5000
  • Quadro K1000M
  • Quadro K2000M
  • Quadro K3000M
  • Quadro K4000M
  • Quadro K5000M

Rules of thumb: anything from before the 8xxx series is unsupported ; anything with the original G80 GPU (8800 GTX, 8800 Ultra, Quadro FX5600, the first 8800 GTS) is unsupported ; everything newer in the 8xxx, 9xxx and 2xx series should work if the driver supports the card.

Since video decoding is done in dedicated hardware, all supported cards have the same level of performance. Specifically, this means H.264 High 4.1, VC-1 Advanced 3, or MPEG-2 MP@HL at up to 40Mbps. Deinterlacing is performed within the shader hardware, so a more powerful card will be capable of more advanced filters at higher resolutions and framerates. Increased memory bandwidth will also help. Detailed specs on shaders, memory bandwidth, etc. can be found at this GeForce Chipsets page. Just click on the link for the relevant chipset to see the details.(see User results table below for examples).

ATI/AMD

Supported Features

  • Bit stream Audio (including DTS-HD, TrueHD, LPCM 7.1)
  • max resolution: 2048 x 1152
  • mpeg2, mpeg4, h264, vc1 advanced acceleration
  • Bob and Temporal deinterlacing via vdpau


Video Cards

Family Engineering Names Marketing Names UVD Version VDPAU Capable

R100

  • R100
  • RV100
  • RV200
  • RS100
  • RS200
  • 7xxx
  • 320-345


NO

R200

  • R200
  • RV250
  • RV280
  • RS300
  • 8xxx - 9250
NO

R300

  • R300
  • R350
  • RV350
  • RV380
  • RS400
  • RS480
  • 9500 - 9800
  • X300 - X600
  • X1050 - X1150
  • 200M
NO

R400

  • R420
  • R423
  • RV410
  • RS600
  • RS690
  • RS740
  • X700 - X850
  • X12xx
  • 2100
  • X700 - X850
  • X12xx
  • 2100
NO

R500

  • RV515
  • R520
  • RV530
  • RV560
  • RV570
  • R580
  • X1300 - X2300
  • HD2300
NO

R600

  • R600
  • RV610
  • RV630
  • RV620
  • RV635
  • RV670
  • RS780
  • RS880
  • HD2400 - HD4290
Yes

R700

  • RV770
  • RV730
  • RV710
  • RV740
  • HD4330 - HD5165
  • HD5xxV
Yes

Evergreen

  • CEDAR
  • REDWOOD
  • JUNIPER
  • CYPRESS
  • PALM (Wrestler)
  • SUMO
  • SUMO2
  • HD5430 - HD5970
  • all HD6000 not listed under Northern Islands
  • HD7350

UVD 2.2 (Cedar - cypress) UVD 3 (Plam - Sumo)

Yes

Northern Islands

  • ARUBA
  • BARTS
  • TURKS
  • CAICOS
  • CAYMAN
  • HD6450
  • HD6570
  • HD6670
  • HD6790 - HD6990
  • HD64xxM
  • HD67xxM
  • HD69xxM
  • HD7450 - HD7670

UVD 3

Yes

Southern Islands

  • CAPE VERDE
  • PITCAIRN
  • TAHITI
  • OLAND
  • HAINAN
  • HD7750 - HD7970
  • R9 270
  • R9-280
  • R7 240
  • R7 250

UVD 3

Yes

Sea Islands

  • BONAIRE
  • KABINI
  • KAVERI
  • HAWAII
  • HD7790
  • R7 260
  • R9 290

UVD 3

Yes

UVD 2

The UVD saw a refresh with the release of the Radeon HD 4000 series products. The UVD 2 features full bitstream decoding of H.264/MPEG-4 AVC, VC-1, as well as iDCT level acceleration of MPEG2 video streams. Performance improvements allow dual video stream decoding and Picture-in-Picture mode. This makes UVD2 full BD-Live compliant.

UVD 2.2

The UVD 2.2 features a re-designed local memory interface and enhances the compatibility with MPEG2/H.264/VC-1 videos. However, it was marketed under the same alias as "UVD 2 Enhanced" as the "special core-logic, available in RV770 and RV730 series of GPUs, for hardware decoding of MPEG2, H.264 and VC-1 video with dual-stream decoding". The nature of UVD 2.2 being an incremental update to the UVD 2 can be accounted for this move.

UVD 3

UVD3 adds support for bitstream MPEG2 decoding, DivX and Xvid via MPEG-4 Part 2 decoding and Blu-ray 3D via MVC.[7] along with 120 Hz stereo 3D support,[8] and is optimized to utilize less CPU processing power.

Card status

High Def 1080i De-interlacing capabilities On Each Card

GPU None One Field (1x) Bob (2x) Temporal (1x) Temporal (2x) Advanced (1x) Advanced (2x)
Example X X X X X X X
8200 X X X (>= 512Mb) (SD only) (>= 512Mb) (SD only)
8400 PCI X X X  ? (SD only) (SD only) (SD only)
8400 PCI-e (G86) X X X X (tearing at 1080i) X (choppy at 1080i) (SD only) (SD only)
8400 PCI-e (G98) X X X X X (SD only) (SD only)
8500 GT X X X X X X -
8600 GT X X X X X X X
9300 X X X X X X (SD only)
9400 X X X X X X (SD only)
9500 GT X X X X X X X (occasional stutter, skip_chroma helps)
9600 GT X X X X X X X
GT 210 X X X X X X (SD only)
GT 220 X X X X X X X
GT 240 X X X X X X X
GT 430 X X X X X X X
GT 520 X X X X X X (SD only, maybe HD at PAL frame-rates)
610M X X X X X X X

Should do all of the rest but I have not tried them.

Supported Drivers

Support started with version 180.06. Latest version available at NVIDIA's website. Bugs are fixed with every new release.

MythTV Support

Fully supported in MythTV 0.22 and above

What works?

  • Any codec support by VDPAU can be offloaded with the MythTV video player.
  • Color OSD
  • OSD menus
  • PiP

What doesn't?

  • Nothing is known not to work at the present

Enabling VDPAU in MythFrontend

Navigate to:

 "Utilities -> Setup -> TV Settings -> Playback -> Playback Profiles (3/8)"
  LINHES R8: Service Menu->Setup->Video->Playback

VDPAU Playback Profiles are automatically created in current versions.

  • VDPAU High Quality: use Temporal Spatial 2X (Advanced 2X) for all content. To be used with nvidia cards >= 8600GT, >= 9500GT, GT120 or >= GT220
  • VDPAU Normal: use Temporal 2X for HD content, and Temporal Spatial 2X (Advanced 2X) for SD content. To be used with nvidia cards >= 8400, >= 9300, GT110 or >= GT210
  • VDPAU Slim: use Bob 2X with skip chroma option, with One Field as fall back, to be used with nvidia cards >= 8200 or when VDPAU Normal doesn't work for some reasons.

Profiles using 2X deinterlacers give better motion playback than 1X ones.

Filters

You can add filters to your profile by entering:

  1. Utilities/Setup -> Setup -> TV Settings -> Playback -> Playback Profiles (3/8)
  2. Enter Edit for the if rez condition you want to change.
  3. Custom filters is on the second screen.

Some options will hurt performance, so don't enable unnecessarily.

This is a comma seperated list of options such as:

 vdpauivtc, vdpauskipchroma, vdpaudenoise=0.5, vdpausharpen=1.0
  • vdpaucolorspace
    • Sets ITU BT601 and ITU BT709 (BT709 for HD videos and BT601 for SD) colour spaces, by default or automatically
    • Why/when it should be used: always, used in MythTV default profiles
    • Set as vdpaucolorspace=[auto|itu709|itu601]
    • example: vdpaucolorspace=auto
  • vdpauivtc
    • Enabling VDPAU inverse telecine, requires Basic or Advanced deinterlacer
    • Why/when it should be used: When playing telecined content.
    • Type: toggle
    • Example: vdpauivtc
  • vdpauskipchroma
    • Enabling Skip Chroma Deinterlace
    • Why/when it should be used: It may help with lower-end graphic cards. This is the default for VDPAU Low quality profile
    • Type: toggle
    • Example: vdpauskipchroma
  • vdpaudenoise
    • VDPAU Denoise
    • Why/when it should be used: To reduce visual noise or "grain" in the picture. This seems to reduce both chroma and luminance noise (Can anyone confirm this?)
    • Will hurt performance
    • The valid range is 0.0 to 1.0, with 0.0 disabling it
    • Example: vdpaudenoise=0.5
  • vdpausharpen
    • VDPAU Sharpen
    • Why/when it should be used: To soften or sharpen the picture. Sharpening the picture will also sharpen any other artifacts such as noise, so this should generally be used with other filters.
    • Will hurt performance
    • The valid range is -1.0 to 1.0, with 0.0 disabling it
    • Example: vdpausharpen=0.7
  • vdpauhqscaling
    • enables High Quality scaling
    • Why/when it should be used: If you have a VDPAU features C card (e.g. nVidia 210, 220, Ion 2)
    • Type: toggle
    • Example: vdpauhqscaling

Compiling MythTV with VDPAU

MythTV compiles with VDPAU unless the --disable-vdpau is used. Older version required the --enable-vdpau switch. See configure --help.

Caveats

  • No AGP cards support this feature (PCI cards exist but lack the necessary bandwidth for non-VDPAU HD)
  • Warning: Do not install the vdpau beta driver unless you intend to use an NVidia-based video cards exclusively thereafter. Merely installing the nvidia driver breaks digital playback on Intel (and probably any other) video/graphics cards. The nvidia installer *replaces* standard header files (/usr/include/glext.h, glext.h,glxext.h and glx.h) and library files (/usr/lib/libGLcore.so, libGL,so, libGLU.so and libGL.la), with nvidia specific versions which breaks OpenGL playback on other graphic cards. (The 180 series drivers do appear to be usable with non-vdpau capable nvidia GPUs (6200 etc.))
  • If you wish to try an nvidia video board instead of your other video/graphic chipset, be careful. Make a mythconverg database backup, and note the revision of your present working version. In addition, it would be wise to extract the NVidia pkg.run file (NVIDIA-LINUX....pkg.run -x) and make backups of the original files for which copies exist in the ../include/GL, ../lib and ../X11R6 folders. The package help states that the option '--no-opengl-headers' will skip installing the Nvidia OpenGL headers, however it appears that the other libraries will be replaced anyway. It also does not appear to be the case that the '--uninstall' option actually reverses the install, as the orginal files do not appear to be retained. This is a real time-killer ( and WAF killer) and may require a complete re-installation of the system if you wish to revert to a different family of GPU chip.
  • In MythTV, it is not possible to configure video playback profiles to filter based on video format (only by resolution). So it is not currently possible to use VDPAU for H.264/HD-PVR and Xv for Mpeg2.
  • Off-loading to the GPU may increase its heat out-put. It may seem obvious, but check your GPU temperature and cooling arrangements.
  • Many playback issues can be resolved by making sure enough memory has been allocated to the video card, 256MB is a bare minimum requirement and 512MB is strongly recommended. For on-board video this is usually configured via the "GPU Window" BIOS option.

Troubleshooting

Nvidia

The following configuration changes should be used to prevent issues with VDPAU when used with MythTV:

  • Enable Extra Audio Buffering (same page)
  • Disable Real-Time Priority (same page) (or limits.conf) if you have intermittent playback freezes (playback stops for about 30 seconds,the computer is COMPLETELY unresponsive during this period and then playback resumes as is nothing had happened)
  • Adding 'Option "TripleBuffer" "true"' to the Device section of xorg.conf (following the 'Driver nvidia' line) will allocate more memory buffers to 2D playback (and less to 3D).
   Option         "TripleBuffer" "True"

Tearing/Stuttering

Disabling the Composite Extension

Tearing of the OSD over a perfect video playback can be avoided by stopping playback, exiting playback, and re-starting playback of the stream. (No idea why this works..only that it does.)

To prevent vertical and horizontal tearing of the image when viewing live tv or recordings, run the following to disable X Composite Extension (may also cure the all white/gray OSD):

   sudo nvidia-xconfig --no-composite

or with the following lines in /etc/X11/xorg.conf:

   Section "Extensions"
       Option "Composite" "Disable"
   EndSection

This may also help eliminate sporadic single-frame stuttering glitches (e.g. slight jerks in long panning shots or scrolling backgrounds).

GPU Power Management

Another common problem is the "adaptive clocking" PowerMizer capability of some NVidia cards: if this is active, frames will occasionally be dropped as the clock rate is adjusted. To switch to performance mode temporarily, use the nvidia-settings application in interactive mode to set "Preferred Mode" to "Prefer Maximum Performance" under each GPU's "PowerMizer" page.

NOTE: YOU MUST REBOOT YOUR SYSTEM AND HAVE POWERMIZER DISABLED, AS DESCRIBED BELOW, TO CORRECT ANY PROBLEMS CREATED BY RUNNING POWERMIZER.

Unfortunately, due to a bug in recent versions of nvidia-settings, this setting may not be preserved across reboots: in order to switch to performance mode automatically, you may need to create a script that executes:

   nvidia-settings -a '[gpu:0]/GPUPowerMizerMode=1'

for each GPU (in this case, for GPU 0). Note that this must be done after X starts: if you use GDM to manage your console logins, /etc/gdm/Init/Default may be a good place to put this. Confirm the setting by running:

   nvidia-settings -q '[gpu:0]/GPUPowerMizerMode'

after the following reboot.

Artifacts

Adding "vdpaubuffersize=32" (or higher: eg. 42 works well for the Zotac HD-ID11 box) in the list of filters in Playback Settings may help with artifacts during playback. Remove this filter if running on 0.25 or later.

CPU Frequency Scaling

If you are using CPU frequency scaling and are having problems playing HD video with VDPAU (stuttering video or audio) then it maybe that your processor is causing a bottleneck. Two known issues exist:

  • Some AMD processors reduce the bus speed along with the CPU clock, at the lowest scaling level this may be enough to cause VDPAU problems in transferring data fast enough across the bus. One solution is to increase the minimum speed by changing the value in /sys/devices/system/cpu/cpu0/cpufreq/scaling_min_freq, see sys/devices/system/cpu/cpu0/cpufreq/scaling_available_frequencies for a list of valid values. e.g. On for a CPU with a min speed of 1000Mhz you may need to bump the min speed to 1800Mhz.

As root:

echo 1800000 > /sys/devices/system/cpu/cpu0/cpufreq/scaling_min_freq
  • If frequency scaling is still causing problems then it may be due to too high a threshold being set for frequency changes. Ubuntu for example uses a ridiculous threshold of 95% utilisation per core which is beyond what many userspace applications are even allowed to achieve at their priority level. So an application like MythTV would be choking and the ondemand governor would never increase the CPU frequency to cope. You should first check that your distribution has a reasonable value configured for the 'up threshold', what's reasonable will vary but 50% is a good place to start.

intel_idle Power Management

You may be seeing a problem with intel_idle if you are using an Atom- or i3/5/7-based system (e.g., the Zotac MAG): this driver causes occasional stuttering when power management is enabled. You can disable this by adding

intel_idle.max_cstate=0

to your boot options (e.g., to GRUB_CMDLINE_LINUX in /etc/default/grub, followed by executing update-grub). After rebooting, confirm that power management has been disabled:

$ cat /proc/acpi/processor/CPU0/info | grep power
power management:        no

Disabling intel_idle power management actually results in power management falling back to ACPI, which does not appear to have the same stuttering issue.

AMD/ATI

Kernel Version

UVD support is only possible on linux kenerl 3.10 and greater

Ubuntu Graphic Drviers

The current version of ubuntu as of this writing (13.10) is shipped with a version of mesa that needs to update to get the full performance out of the UVD decoder. This is simply be done by adding the Updated and Optimized Open Graphics Drivers PPA. It is possible to do this by running the following commands

  sudo apt-add-repository ppa:oibaf/graphics-drivers
  sudo apt-get update
  sudo apt-get upgrade
  sudo apt-get install libg3dvl-mesa

HDMI Audio

To enable the audio pass through on the HDMI port, a kernel parameters may need to set

On ubuntu edit the file /etc/default/grub and look for the line starting with GRUB_CMDLINE_LINUX_DEFAULT and update it read like this

 GRUB_CMDLINE_LINUX_DEFAULT="radeon.audio=1 radeon.dpm=1 clocksource=hpet hpet=enable quiet splash"

afterward update the boot loader by running the following command

 sudo update-grub

Other Kernel Parameter

Option Values Default value Explanation

radeon.agpmode

1, 2, 4, 8, -1

0

AGP mode, -1 for PCI/PCIe mode

radeon.audio

0, 1

0

Disable/enable HDMI audio

radeon.benchmark

0

Run benchmark

radeon.connector_table

0

Force connector table

radeon.disp_priority

0, 1, 2

0

Display Priority (0 = auto, 1 = normal, 2 = high)

radeon.dynclks

0, 1, -1

-1

Disable/Enable dynamic clocks, -1 for auto

radeon.gartsize

32, 64, etc.

512

Size of PCIe/IGP gart to setup in megabytes

radeon.hw_i2c

0, 1

0

Disable/enable hw i2c engine

radeon.modeset

0, 1, -1

-1

Disable/enable modesetting, -1 for auto

radeon.msi

0, 1, -1

-1

Disable/enable MSI support, -1 for auto

radeon.no_wb

0, 1

Disable/enable AGP writeback for scratch registers

radeon.pcie_gen2

0, 1

-1

Disable/enable PCIe 2.0 support, -1 for auto

radeon.r4xx_atom

0, 1

0

Disable/enable ATOMBIOS modesetting for R4xx

radeon.test

0

Run tests

radeon.tv

0, 1

1

Disable/enable TV

radeon.vramlimit

32, 64, etc.

0

Restrict VRAM for testing

User results

Note: Reports on 1080i content are of greatest interest for deinterlacers. Do not list a deinterlacer if testing on progressive content like 720p. If reports for 720p and 1080i differ (as they will if using a deinterlacer) consider making two entries or indicating the difference in your success/fail results.

Chipset Onboard / Allocated Memory Driver De-interlacer Version Source OSD Theme Window Manager Display res Working CPU Usage when playing Comments
8200 IGP 512mb 180.29 Temporal 2x r20038 trunk BBC HD H.264 1080i 21Mb/s Metallurgy Terra KWin 1440x900 Yes Athlon 4850e 2.5Ghz 10-15% Some amount of tearing. Visual artifacts for the first 20 seconds.
8200 IGP 512mb 180.29 Temporal 2x r20038 trunk HD-DVD VC-1 1080p 35Mb/s Metallurgy Terra KWin 1440x900 Yes Athlon 4850e 2.5Ghz 35%
8200 IGP - Asus M3N78-VM 512mb 256.35 Temporal 1x 0.23-fixes 25260 HD-PVR h.264 1080i 14Mb/s BlackCurves Mythbuntu Gnome 1152x720 Yes Athlon 64 X2 4800+ 7% vdpaubuffersize=64,vdpauskipchroma
Sparkle SFPC84GS512U2LP GeForce 8400 GS PCI 512mb 180.35 Temporal 1x HW 0.21-fixes w/patch OTA 720p and 1080i Retro Retro fluxbox VGA (analog) 1280x1024 Yes AMD Geode NX1750 (1.4 Ghz), ~30% Looks super, OSD set to non-fade. Bob 2x is *almost* useable as is Temporal 2x HW. One field also works well.
Asus EN8400GS Silent PCIe (G98 chipset, 567 MHz Core Clock) 512mb 180.29 Temporal 1x HW 0.21-fixes w/VDPAU patch OTA HDTV (1080i & 720p) Retro Retro Fluxbox 1080p Yes AMD BE-2350 (2.1 GHz) 2% - 5% Temporal 1x HW and One Field are the only deinterlacers that don't cause jerky picture and out of sync audio. All h264 test files from HD Playback Reports are nice and smooth.
Asus EN8400GS Silent PCIe (G98 chipset, 500MHz Core/333Mhz Mem) 256mb 180.53 Temporal 1x HW 0.22 OTA HDTV (1080i & 720p) default default mwm 1080p Yes Pentium-D (3.4 GHz) 2% - 5% Temporal 1x HW and Bob deinterlacers work ok. Temporal 1x HW is a little jerky on some stations. H.264 1080p files play perfect
Asus EN8400GS Silent PCIe (G98 chipset, 612 MHz GPU Clock) 512mb 180.29 Temporal 2x HW 0.21-fixes + patch r20005 HDHomeRun (1080i+720p), FireWire (1080i+720p) Retro Retro Ratpoison 1080p Yes Pentium 4 3000 5% -10% Temporal 2x/1x work great, albeit with slight stuttering when OSD displays; Advanced 2x/1x works well only with SD video. Bob 2x works too, but pointless given Temporal 2x.
GeForce 9300. Motherboard Asus P5N7A-VM 256MB 180.22 One Field 1x HW 0.21-fixes + patch From disk (originally from pcHDTV HD-5500) Mythbuntu Mythbuntu Xfce 1080p Yes Intel(R) Core(TM)2 Duo CPU E7400 @ 2.80GHz 10% overall Slight oddness on top line. Before VDPAU, CPU usage at .74. I am including complete load average, mythfrontend.real at 5-7%.
GeForce 9200. Motherboard Jetway JNC62K 512MB (shared) 180.27 One Field 1x HW 0.21-fixes + Jean-Yves Avenard testing patches SD MPEG-2 DVB, SD H.264, 720p H.264 sample videos Mythbuntu Mythbuntu Xfce 1080p Yes AMD Athlon 64 X2 4850e 2.5GHz 2-5% No problems so far - before VDPAU, CPU usage at 80% and whirring fans.
Quadro NVS 140M in a Lenovo T61 Laptop 512MB (shared) 180.29 One Field 1x HW 0.21-fixes + patches SD MPEG-2, HD MPEG-2 720p and 1080i from either QAM tuner or Firewire Cable Box Blue Retro Gnome 1440x900 Yes Core 2 Duo T9300 2.5 GHz ~50% on one core OSD sometimes fails to show. Before VDPAU, CPU usage was up to 90% on one core used by Myth and additional 20-30% used by X.
9300 IGP (EVGA 113-YW-E115-TR) 512mb 180.29 (Debian experimental package -1) Temporal 2x r20207 trunk OTA HD 1080i Blue Terra fvwm 1080p Yes Core 2 Duo E5200 2.5GHz <10% Jerky playback w/ Advanced 2x on 1080i. Had to set 512MB GPU mem in BIOS to play 1080i at all. Using Advanced 2x w/o problems for 480i.
GeForce 9300. Motherboard Asus P5N7A-VM 512MB (Shared) 180.51 Temporal 2x HW 0.21-fixes + patch TechnoTrend Premium DVB-C 2300 on remote backend Mythbuntu Mythbuntu Xfce 720p Yes Intel(R) Core(TM)2 Duo CPU E5400 @ 2.50GHz CPU Load approx 5-7 %. Advanced (2x, Hw) used for 720x576i SD, had to change to Temporal 2x HW to have smooth playback of 1080i
GeForce 9400GT. Motherboard Gigabyte Intel G35 512MB (Dedicated) 180.60 Advanced 2X HW for SD, Temporal 2x HW for HD 0.21-fixes + VDPAU patch DVB-T on remote backend Mythbuntu + Avenard repo Mythbuntu Xfce 1080P Yes Intel(R) C2D CPU E8200 @ 2.66GHz CPU Load approx 4-5 %. Advanced (2x, Hw) used for <= 720, Temporal 2x HW or Advanced 1X HW for > 720
GeForce 9400M. Motherboard Gigabyte GA-E7AUM-DS2H 256MB (Shared) 180.60 Advanced 2X HW for SD, Temporal 2x HW for HD 0.21-fixes + VDPAU patch DVB-T on remote backend Mythbuntu + Avenard repo Mythbuntu Xfce 1080P Yes Intel(R) C2D CPU 8500 @ 3.16GHz CPU Load approx 4-5 %. Advanced (2x, Hw) used for <= 720, Temporal 2x HW or Advanced 1X HW for > 720
GeForce 9400M. Apple macbook 256MB (Shared) 180.60 Advanced 2X HW 0.21-fixes + VDPAU patch DVB-T on remote backend Mythbuntu + Avenard repo Mythbuntu Xfce 1280x800 Yes Intel(R) C2D CPU @ 2.4 GHz CPU Load approx 4-5 %. Advanced (2x, Hw) for all content on laptop display
GeForce 9500GT (PNY). Intel D945PVS Mobo 1024MB (Shared) 256.44 Advanced 2X HW 0.23-fixes 2xFirewire on local backend RHEL6 Beta 2 ATRPMS Build 235 Bijou vuvuzela KDE Component Video 480p / 1080i Yes Intel(R) P4D CPU @ 2.8 GHz CPU Load approx 5-10 %. -
nvidia ion - GeForce 9400. Zotac IONITX-C 512MB 180.51 Temporal 2X HW 0.21-fixes + VDPAU patch (20549) ATSC 720p & 1080i + HDPVR 720p blootube blootube fluxbox 720p Yes Atom(TM) CPU 230 @ 1.60GHz CPU Load approx 4-7 %. Works great even w/ single core atom. No fans. 20W power draw.
NVIDIA GeForce 8200 Motherboard ASUS M3N78-VM 512MB (Shared) 190.18.03 Bob 2x trunk 21145 HD-PVR 1080i + 720p blootube blootube KDE 1080p Yes Athlon 64 X2 6000 3.0GHz 1-3% No tearing. Audio stuttering with Advanced 2x/1x. Box 2x works.
NVIDIA GeForce 8200 Motherboard ASUS M3N78-VM 512MB (Shared) 304.43 Bob 2x 0.25.2 +fixes 20120802 46cab93- 0ubuntu1 DVB YLE HD (1080i?) Mythcenter-wide Mythcenter-wide Xfce 1920x1080 Yes Athlon 64 X2 3800+ 5-7% Got rid of stuttering with scaling_min_freq 1800000
NVIDIA GeForce 8200 Motherboard ASUS M3N78-VM 512MB (Shared) 304.64 0.25.2 +fixes on Mythbuntu 12.04 DVB-S (Astra, tested w/ EinsfestivalHD) Mythcenter-wide Mythcenter-wide Xfce 1920x1080 No for >720p Athlon 64 X2 2100+ 8-30% VDPAU works with <720p, but not for SD or HD: audio & video stuttering. Tried: no filtering or deinterlacers at all, scaling_min_freq 1800000, vdpaubuffercount=42, PowerMizer max performance. Workaround: use xv-blit with Yadifx2 for >=720.
NVIDIA GeForce 8300 Motherboard ASUS M3N78 PRO 512mb (shared) 185.18.14 Temporal 2x trunk 20694M BBC HD H.264 1080i 21Mb/s blootube Terra KDE 1920x1080 Yes Athlon 64 X2 5200 2.7Ghz 10-15% Temporal 2x/1x work great, albeit with slight stuttering when OSD displays; Advanced 2x/1x still stutter. Bob 2x works too, but pointless given Temporal 2x.
NVIDIA GeForce 9500GT Motherboard Gigabyte GA-M571SL1-S4 512mb 190.53 Advanced 2x HW 0.22-fixes HD-PVR Comcast max variable bitrate Blue Abstract Blue Abstract Gnome 720p Yes Athlon X2 5200+ 2.7GHz 8%-10% Rock solid at 720p
NVIDIA GT 220 [1] 1024mb 195.36.15 Advanced 2x HW 0.23-fixes HDHomeRun (1080i+720p), FireWire (1080i+720p) Mythbuntu Mythbuntu Xfce 1080p Yes Athlon X2 2400 8%-10% Works great.
NVIDIA GT 430 1024mb 210.19.21 Advanced 2x HW 0.23-fixes FireWire (1080i+720p, FiOS) and h264 1080i Black Curves Mythcenter-Wide KDE 3.5 1080i Yes Athlon X2 4400 20% at 1GHz Works great.
NVIDIA ION GeForce 9400M ZOTAC IONITX-B-E 512mb 195.36.15 Advanced 2x HW 0.23-fixes HDHomeRun (1080i+720p), FireWire (1080i+720p) Mythbuntu Mythbuntu Xfce 1080p Yes Atom(TM) CPU 230 @ 1.60GHz CPU Load approx 4-7 %. Works great.
NVIDIA ION (GeForce 9400M variant) ZOTAC IONITX-A-U 512MB (Shared) 195.36.24 Temporal 2x HW (HD), Advanced 2x HW (SD) 0.23-fixes ATSC 720p/1080i MPEG2, 720p/1080p h264 MKVs (Remote backend) Metallurgy Arclight Xfce 1080p Yes Intel Atom 330 1.6GHz — 3 - 8% in Myth; 0 - 2% in mplayer (set as external player for mkv files) Needed to install two matched RAM sticks for dual-channel mode, or GPU memory bandwidth was insufficient. Initially tried with one 2GB stick; Temporal 2x at 1080i was very jerky, but works perfectly with two 1GB sticks.
Also, MB is running with nothing but RAM added; PXE boot + NFS root, with excellent performance. (File access hits 110 - 120MB/sec, limited only by GigE speeds.)
NVIDIA GT 220 [2] 1024mb 260.19.44 Advanced 2x HW 0.24-fixes 950Q - QAM (Time Warner for HD Local), PVR500 (Dual analog for SD Cable) Scientific Linux 6.0 Scientific Linux 6.0 Gnome 1080p Yes Intel(R) Core(TM)2 Duo CPU E4400 @ 2.00GHz no issues running full 2x on 1080i content.
NVIDIA GT 520 (using Asus silent model) [3] 1024mb 275.09.07 Advanced 2x HW 0.24-fixes DVB-T on remote backend Mythcenter-Wide Mythcenter-Wide Fluxbox 1680x1050 Yes Amd Opteron 146 (throttled to 1GHz) ~ 5% CPU no issues running Advanced 2x on 1080i content. Tested with Tennis, Australian Rules Football and Motor Sports
NVIDIA GT 520 [4] 1024mb 260.19.44 Advanced 2x HW 0.25 Ceton InfiniTV on Verizon FIOS Cable Card Scientific Linux 6.0 Scientific Linux 6.0 Gnome 1080p Yes Intel(R) Core(TM)2 Duo CPU E4400 @ 2.00GHz no issues running full 2x on 1080i content.
NVIDIA GeForce 210 [5] 512mb 195.36.15 Advanced 2x HW 0.25 HDHomeRun (1080i+720p), FireWire (1080i+720p) Mythbuntu Default Mythbuntu Default Xfce 720p Yes AMD Phenom II X4@2.8Ghz CPU Load ~5% Works Great for 1080i, 720p (both MPEG-2 and H.264)
NVIDIA GeForce 210 [6] 512mb 304.88-0ubuntu0.0.2 Advanced 2x HW 0.25 HDHomeRun (1080i+720p), hvr-2250(QAM/NTSC cable), Mythbuntu Default Mythbuntu Default Xfce 1080p Yes AMD Athlon x2 4400+ CPU Load ~15% Could not turn on vdpauhqscaling, as that caused frames to be skipped.
NVIDIA GeForce 610M ASUS EeeBox EB1033 512mb 319.23 Advanced 2x HW 0.26 HDHomeRun (1080i+720p) Blue Abstract Blue Abstract fluxbox 1080p Yes Intel Atom D2700 Dual-Core Processor Load ~10% (combined fe/be) Using vdpauhqscaling. Perfect for recorded streams. Standard Myth/VDPAU occasional stuttering on LiveTV/EPG (appears to be a Myth bug in feeding the decode buffer -- trailing the LiveTV stream by a few seconds works around the bug, ex. hit pause and then resume after starting LiveTV)
AMD HD6320 (westler) 320mb MESA 10.1~git1401201930.d6b6ab+curaga~gd~s Bob 2x HW 0.27 HDHomeRun (1080i+720p ATSC), HDPVR (1080i+720p H264) Mythbuntu Default Mythbuntu Default Xfce 720p Yes AMD E-450 APU (1.65GHz, dual core) 30-40% load Works Great for 1080i/p, 720p (both MPEG-2 and H.264)

External Links

NVIDIA Linux Forum

More info on VDPAU from NVIDIA

Linux VDPAU testing tool at nvnews

List of all NVIDIA chipsets and level of VDPAU support

Note: This list is dependent on the driver version. This currently points to the version 260.19.36 README file appendix. Newer versions of the driver may add other GPUs to the list and other capabilities.

Link to the newest driver versions: stable and beta