Basing on our experience we recommend to use RealMedia format for your presentations. There are few reasons to make such choice: RealMedia is the native RealPlayer format. Therefore RealPlayer plays it in the most accurate and soft manner. This is especially important in the case of complex videotracks combined from several video files played sequentially. If you'll use MPEG, you'll see an image drops when such complex videotrack passes from one file to another.

Upload the highest-quality audio file you can, which may be an uncompressed .wav or an MP3 with a bit rate of 256 Kbps or greater. Do not upload a music file that has copyright protection embedded in it, as this will prevent it from working on our site. To avoid having your video file go through a transcoder, the file should be in .flv format (flash video) with a data rate at or below 300 kbits/sec. [Sum total of 428 kbits/sec for both audio and video on the one file.

http://www.paranoia.com/~filipg/HTML/REPAIR/ (in the USA) http://ftp.cised.unina.it/pub/electronics/REPAIR/ (better for Non-USA) http://www.hut.fi/~then/circuits/vga2rgbs.html It has the schematic and drivers for VGA to TV adapter. That adapter is for TVs which have RGB inputs, but can be connected to an external RGB-NTSC chip. Raytheon TMC2360 - Documentation is unavailable via the web, but the faxback system (415-988-2123) has it as document number 1129.

The official answer is that different formats serve different purposes for different people. But the real answer is that format chaos has been around just about as long as there have been video or audio formats. Mostly this is because every company in the market has introduced its own format at one point or another, and once a format is out there, it stays out there forever.

You can submit videos of almost every video format. That includes WMV, QuickTime, RealMedia, XviD, DivX and MPEG (1, 2, 3 and 4).

Video Man works on all Pentium-level computers under Windows 95/98/NT 4/2000. Video Man uses benefits of fast processors, large memory and quick system bus. It is designed to support Intel MMX technology but does not require it. Tests on Pentium III systems have demonstrated very significant overall speedup.

Apex iPod Video Converter supports to convert your favorite movies from AVI, DIVX, MOV, QuickTime, MPEG, VCD, DVD, WMV, ASF, RM, RMVB, to Apple iPod.

Yes, the QuickTime MPEG-2 Playback Component combined with QuickTime Pro will allow the transcode of MPEG-2 video to other formats, whether that video originates in an elementary video stream or in a multiplexed stream. However, the audio that is interleaved with the video in a multiplexed stream cannot be transcoded to other formats. Transcoding is supported for video only.

No. All of our videos are NTSC format - - PAL and SECAM are not available. This is an important question, because WE DO NOT GIVE REFUNDS FOR PEOPLE EXPECTING PAL OR SECAM VIDEOS

Proprietary format - extracts video from all 16 cameras into a file. This format can only be read by the POM back-up viewing software. AVI - This is the industry standard video format that can be read on the majority of PC’s today. The file size can be small making it ideal to be sent via email. JPG - This is a single image format (like a photograph). The file size is small which makes it ideal to send via email.

Real Video at 100 kilobits per second for the EbS streaming, and Real Video in (surestream) multi-compression for low definition pictures.

OnCue supports the use of AVI, MP4 and MOV video files. While various video codecs are supported, we recommend using uncompressed video for best results. Please refer to the Impatica OnCue User's Manual for more thorough information. When installing QuickTime you must do a Custom installation and then Select All components. Impatica OnCue uses components that are not installed by either the minimum or recommended installations.

We accept almost all professional and consumer tape formats including: Betacam, Betacam SP, Betacam SX and IMX, Digital Betacam, DVC PRO, DV CAM, Mini-DV, Hi-8, Digital-8, VHS, and S-VHS.

We transfer all formats of film (8mm, S-8mm, 16mm, S-16mm, 9.5mm, and 35mm), both negative and reversal.

You can play DAT, MOV, QT, WMV, MPG, and AVI formats in NeuPLAYER. (DivX is also supported but its codex must be installed separately. See http://www.divx.com for more information)

Our videos are encoded in MPG at 350 and 650 Kilobytes / second ; and in WMV format at 56, 128, 228 and 700 Kb/s.

NTSC is the North American standard format for videos. North America includes both Canada and the USA. PAL is the standard format in Europe for videos. Most European machines can play both NTSC and PAL formats now. You will have to check with your area to find out what format you require. Our DVD's are only available in NTSC but most current machines will play both versions. You'll have to check your specific DVD player to be sure.

Our network supports almost common video types including mobile videos. Here is a list of our supported video formats: *.asf, *.wmv, *.mpe, *.avi, *.mpg, *.mpeg, *.m1v, *.m2v, *.mpv2, *.mp4, *.m4v, *.m4e, *.3gp, *.3g2, *.3gp2, *.3gpp, *.dv, *.mkv, *.mqv, *.qt, *.mov, *.moov, *.ogm, *.rm, *.rmvb, *.flv, *.hdmov, *.xvid, *.divx

We can process most any type of video including VHS, S-VHS, Hi8, mini DV, and DV cam. We do not process 8 mm film or Beta tapes in house but can have them transferred by one of our partners for an additional expense.

The encoding format for DVR-card is MPEG4. DVR series uses motion JPEG encoding which is a extended mode of JPEG. They can be converted into AVI or MPEG files for display on other computers.

Channelv2 accepts video files from most digital cameras, camcorders, and cell phones in the .WMV, .AVI, .MOV, and .MPG file formats.

The above mentioned remarks are true also of a Y/C (Super-video) or Component video setup. There are distributors as well as line amplifiers and processors for Y/C and component video. Such machines are naturally more expensive than Composite video machines as they are more complex, dealing simultaneously with several channels.

There are many video signal formats: Composite, Y/C, YUV (Y, R-Y, B-Y), RGB (S) analog and digital. Component analog video formats (YUV and RGB) are unmodulated signals, where the signal level directly represents the signal intensity, for example, 1 Volt of ???Y??? signal represents a maximal white level. Converting from YUV to RGB and vice versa is relatively simple, and needs only an accurate matrixing system.

To learn more about the different types of formats, you may consider starting at this website: www.mediacollege.com/video/format Absolutely. Nerd League respects the rights of copyright holders and publishers. We only accept videos from members whom hold all necessary rights to the content. Nerd League?s policy is to take action to any notices of alleged infringement that comply with the Digital Millennium Copyright Act (DMCA).

Videoaddon.com will convert the following formats: .AVI, .DV, .MOV, .MPEG-1, .MPEG2, .MPEG4, and .WMV

PAL/SECAM/NTSC - You can't get higher video resolution than the broadcast standard. The PAL/SECAM video system has a vertical line resolution of 625 lines, but only approximately 575 lines are holding picture information. TV systems that are utilizing the NTSC standard have 525 lines (vertical resolution), but only 480 lines will be holding picture information. The aspect ratio in all systems are 4:3 and the NTSC standard has consequently 480x4/3 = 640 dots/pixels of horizontal resolution.

Analogue tape formats include VHS and S-VHS, Hi8 and Beta SP. The video signal is stored on tape as an analogue waveform and the tape is prone to a reduction in quality over time due to wear. This is a cumulative effect caused by duplication or playback. We need to convert analogue video to digital for editing purposes.

We can transfer VHS, Super VHS, VHS-Compact, MiniDV, Digital 8mm, Video 8mm, or HI 8mm videotape to DVD.

DVD-R/DVD-RAM (disc) DV is recorded onto a DVD disc with DVD-R being once only and DVD-RAM capable of up to 100,000 rewrites. Yes. The CCD converts the light entering through the lens into a compressed digital stream. More than one CCD can be used to provide higher quality images.