Video Capture Board

Contents of this page are obsolete. This page is preserved and stored at this URL just from historical viewpoint. Original URL was http://www.mm.media.kyoto-u.ac.jp/members/kameda/...
Please visit www.kameda-lab.org for recent information. (2002/12/06, kameda@ieee.org)

Video Caputure Board

美濃研環境, 資料と情報, 亀田, 美濃研 1997/02/13

Sun Video

SunVideo Home Page
Development Reference
[Dir] Sun Video's host:/opt/SUNWits/Graphics-sw/xil/
[Book] Sun Video User's Guide
[Book] XIL Programming Guide
[Book] XIL Reference Guide
[Book] XIL Device Porting and Extensibility Guide

Performance Test 1
host: Sun Ultra 1 Creator3D Model 170E, 128MB
OS: Solaris2.5
Location: Minoh Lab
Testbed: sunvideo_performance.c written by KAMEDA, compiled by gcc2.7.2 -O2 (Just to Main Memory, not saved)
Date: 1997/2/13

mode	size	fps	frames	sec
color	640x480	2.14576	100	46.6036
color	320x240	6.06639	100	16.4843
color	160x120	9.41828	100	10.6177
color	80x60	9.43442	100	10.5995
gray	640x480	9.4347	100	10.5992
gray	320x240	9.42306	100	10.6123
gray	160x120	9.45088	100	10.581
gray	80x60	9.44927	100	10.5828

Performance Test 2
host: Sun Ultra 1 Creator3D Model 170E, 256MB
OS: Solaris2.5
Location: Minoh Lab
Testbed: /opt/SUNWits/Graphics-sw/xil/examples/test/SunVideo, to local disk (Wide-SCSI)
Sample: 'Atlanta olympic games :-)'

mode	size	fps	MBits/s	Bits/Pixel	Comment
CellB	320x240	30	1.3-2.1	0.5-2.2
Hardware M-JPEG	320x240	30	2.5-2.65	0.86-1.3	Comp=0.5, Decom=1.0
Hardware M-JPEG	320x240	20	3.8-5.0	2.6-3.5	Comp=1.0, Decom=1.0
Mpeg-1	320x240	14-18	0.65-0.68	0.47-0.57	Comp=0.3?, bit_rate=constant, Pattern=IBBPBBPBB, on 8bit depth display
Mpeg-1	320x240	17-19	1.87-2.0	1.4-1.7	Comp=1.0, bit_rate=constant, Pattern=IBBPBBPBB, on 8bit depth display
Mpeg-1	320x240	18-24	1.73-2.94	1.1-2.0	Comp=0.9?, bit_rate=variable, Pattern=I, on 8bit depth display
Mpeg-1	320x240	15-20	2.32-2.73	1.8-2.3	Comp=0.9?, bit_rate=variable, Pattern=I
Direct Color	640x480	7.6-7.7	53.79-54.17	24.0
Direct Gray	640x480	19	45.11-45.69	8.0

Each evaluation was done over different video sequences.

X Video and Power Video

Power Video Home Page

Performance Test
host: SPARC Station 20 (HyperSPARC 150MHz, 4 CPU), 64MB
OS: Solaris2.5
Location: Minoh Lab
Testbed: /usr/parallax/packages/X11_sun4_1.1/bin/videotool, to local disk, without audio capturing, Sample='My Dance in front of the camera :-)'

mode	size	Q-Factor(30-300)	fps	Capture Rate
JPEG Movie	640x480	300	14.10	1/1
JPEG Movie	640x480	150	14.53	1/1
JPEG Movie	640x480	30	14.45	1/1
JPEG Movie	640x480	150	14.23	1/1
JPEG Movie	320x240	150	33.29	1/1
JPEG Movie	320x240	30	32.69	1/1

Each evaluation was done over different video sequences.

Indy

Development Reference
[Dir] Indy:/usr/people/4Dgifts/examples/dmedia/video/simplevideo/examples/
[Dir] Indy:/usr/people/4Dgifts/examples/dmedia/video/vl/

Performance Test
host: SGI Indy 24bit (R400 200MHz), 96MB
OS: Irix5.3
Location: Minoh Lab
Testbed: /usr/sbin/capture(ver1.3), to local disk, Target value = 30fps, without audio (mute on), Source='CNN 30sec'

mode	quality	comp.rate	fps[640x480]	fps[320x240]	fps[160x120]
MVC1(color)	high		4.7	19.6	30.0
MVC1(color)	low		9.5	30.0	30.0
MVC2(color)	high		5.3	19.8	26.8
MVC2(color)	low		10.0	26.0	30.0
Software JPEG	high:10		5.3	21.4	26.6
Software JPEG	high:50		5.3	20.2	24.6
Software JPEG	high:100		5.3	19.3	25.6
Software JPEG	low:10		11.4	24.8	26.7
Software JPEG	low:50		10.3	26.7	27.5
Software JPEG	low:100		10.2	30.0	30.0
No Compression	high		5.4	20.1	30.0
No Compression	low		10.6	30.0	30.0

Each evaluation was done over different video sequences. Compression process was done after capturing had finished at MVC1, MVC2, Software JPEG modes.

Galileo Video

Performance Test 1
host: SGI Power Indigo2 (R8000 75MHz), 320MB
OS: Irix6.1
Location: Minoh Lab
Testbed: /usr/sbin/capture(ver1.3.2), to local disk, Target value = 30fps, without audio (mute on), Source='CNN 30sec'

mode	quality	comp.rate	fps[640x480]	fps[320x240]	fps[160x120]
MVC1(color)	high		2.7	10.3	30.0
MVC1(color)	low		5.2	14.8	30.0
MVC2(color)	high		2.7	10.6	30.0
MVC2(color)	low		5.2	14.8	26.0
Software JPEG	high:100		2.8	10.7	30.0
Software JPEG	low:100		5.3	14.7	30.0
No Compression	high		2.7	10.9	30.0
No Compression	low		5.3	14.7	24.9

As this system has huge memory(320MB!), 30 second video sequence can be captured on the memory X-) then into disk (what a big buffer it is!). Thus, it is said that fps value in the table roughly indicates the rate from galileo video to memory.

Performance Test 2
host: Indigo2 XZ
OS: Irix5.3
Location: Matsuyama Lab
Testbed: /usr/sbin/capture(ver 1.2), to Disk, Target value = 15fps

mode	quality	comp.rate	fps[640x480]	fps[320x240]	fps[160x120]
MVC1(color)	high	1/5	0.4	1.3	5.4
MVC1(color)	low	1/5	0.6	2.7	10.2
MVC2(color)	high	1/20	0.4	1.6	4.4
MVC2(color)	low	1/20	0.7	2.8	9.6
Software JPEG	high:10	1/16	0.4	1.3	5.2
Software JPEG	high:50	1/16	0.4	1.4	5.3
Software JPEG	high:100	1/16	0.5	1.4	4.9
Software JPEG	low:10	1/16	0.6	2.5	10.3
Software JPEG	high:50	1/16	0.7	2.7	10.7
Software JPEG	high:100	1/16	0.7	2.2	10.8
Hardware JPEG	10		30?	30?
Hardware JPEG	50		30?	30?
Hardware JPEG	100			30?
Straight	high	1/1	0.4	1.2	5.1
Straight	low	1/1	0.7	2.4	9.9

Quarity Number at JPEG modes means Q-Factor. 'High' mode captures every scan line in the image while 'low' mode captures every even line (field) and replicates the data to generate the right sized image.

Snapper

Performance Test
host: Sun Sparc Station 5,
OS: Solaris2.4
Location: Matsuyama Lab

size depth dest. fps

320x200 RGB=888 memory 16

320x200 RGB=888 disk 6

< kameda@kuis.kyoto-u.ac.jp >

size	depth	dest.	fps
320x200	RGB=888	memory	16
320x200	RGB=888	disk	6