I wont a Mjpeg to video converter

[shaggy]

I wont a Mjpeg to video converter

do u guyzz have any idea abt this??????????

[tckrockz]

sry macho i dnt knw anytin abt mjpeg sry

[gazaly]

Download Link...
http://sourceforge.net/project/showfiles.php?group_id=123082

http://sourceforge.net/dbimage.php?id=103238

MP4Cam2AVI Overview
Introduction:

MP4Cam2AVI is MPEG4/MJPEG to AVI converter/joiner for MPEG-4 camcorders and digital photo cameras. It makes MPEG-4 camera clips DivX/XviD compatible and playable with any DVD-MPEG4 player like regular MPEG-4 movie. Program supports *.MP4, *.MOV, and *.AVI input.

By default, MP4Cam2AVI doesn't recompress video, that means no quality loss and fast operation (5-20x realtime, depending on audio settings). Audio can be stored in source format, or converted to MP3 (best for DVD-MPEG4 players) or PCM (best for editing).

From version 2.50, MP4Cam2AVI supports MPEG-4 ASP compression using xvidcore.dll, so, you can convert MJPEG MOV's from photo camera to DivX-compatible AVI in one click.

MP4Cam2AVI converts *.MP4 files from Nero Recode (MPEG-4 ASP video/AAC audio) to DivX AVI format with MP3 audio - it's fast and loseless for video.

Unlike many converting apps, MP4Cam2AVI doesn't require QuickTime or any codecs to work, it performs all the job itself.



Featutes:

With MP4Cam2AVI, you can:
- Convert and join MPEG-4 clips from your camera to single DivX-compatible MPEG-4 movie to watch on PC or DVD-MPEG4 player, preserving original video quality;
- Batch convert many clips to edit with any avi editing app;
- Convert *.MP4 (MPEG4 ASP) movie from Nero Recode to DivX AVI format for DVD-MPEG4 player;
- Convert MJPEG MOV's from photo camera do DivX-compatible AVI in one click;
- Watch clips before conversion using internal preview;
- Arrange clips befure joining using simple timeline;
- Correct audio/video lag in some cameras like Minolta A200
- Make sound 'softer' with configurable lowpass filter (great for Sanyo Xacti C1)

From version 2.20 MP4Cam2AVI supports MPEG-4 AVI files from cameras like Casio EX505/Z750//S500/S600, Pentax Optio s5n. Files from these cameras are not DivX-compatible, most DVD-MPEG4 players won't play them. Repacking with MP4Cam2AVI solves this problem (this is not simple FourCC change, but some fixes in AVI header).

From version 2.50 MP4Cam2AVI supports MPEG-4 ASP compression and preview using xvidcore.dll libray (XviD codec). You can convert MJPEG MOV's from photo camera to MPEG-4 AVI in one click.

MP4Cam2AVI converts *.3GP clips from mobile phones, but with no audio (no AMR audio support yet). Target avi's will have H.263 video, so, you should install H.263 codec to view or edit them.


Currently tested cameras:

MPEG4 camcorders:
Sanyo: VPC-Ñ1, C4, C40, C5, C6, HD-1
Olympus: C770 Movie
Sony: Sony DSC-M1, M2
Pentax: OptioMX, MX4, S5n, S5z, S6, A10
Samsung: Digimax V40, V50, V70, V700, V800, U-CA5, L85
Casio: EX-P505, EX-Z750, EX-Z850, EX-S500, EX-S600
Kodak V603, Z612

Photo cameras with MOV MJPEG video
Kodak LS753, Minolta A2, Minolta Dimage Z3, Nikon Coolpix 5200, Nikon 8400, Nikon E8800, Panasonic FX7, Panasonic FZ-1, Pentax 750Z, Olympus C-5000/C-5050/C-8080, Olympus mini digital, Pentax Optio X, Sanyo Xacti J1.

Photo cameras with H.263 video:
Kodak DX4530

[Anusha]

I wont a Mjpeg to video converter

do u guyzz have any idea abt this??????????
What do you mean MPEG to VIDEO converter? Is it a MPEG to VCD converter you are talking about? If so, Nero Vision can do that.

[nukisl]

MJPEG keyala for mat 1ka danne na macho

mpeg nam convert karanna TMPAG maru

[gazaly]

MJPEG keyala for mat 1ka danne na macho

mpeg nam convert karanna TMPAG maru
mama dala thiyena wane visthare balapan macho uda...:D

[Hrithikk]

ah, me AMOI fone ekakin karapu video ekakda ?????

[gazaly]

MJPEG keyala for mat 1ka danne na macho

mpeg nam convert karanna TMPAG maru

MJPEG
Motion JPEG (M-JPEG) is an informal name for multimedia formats where each video frame or interlaced field of a digital video sequence is separately compressed as a JPEG image. It is often used in mobile appliances such as digital cameras.

Codec

Motion JPEG uses intraframe coding technology that is very similar in technology to the I-frame part of video coding standards such as MPEG-1 and MPEG-2, but does not use interframe prediction. The lack of use of interframe prediction results in a loss of compression capability, but eases video editing, since simple edits can be performed at any frame when all frames are I-frames. Video coding formats such as MPEG-2 can also be used in such an I-frame only fashion to provide similar compression capability and similar ease of editing features.

Using only intraframe coding technology also makes the degree of compression capability independent of the amount of motion in the scene, since temporal prediction is not being used. (Using temporal prediction can ordinarily substantially improve video compression capability, but makes the compression performance dependent on how well the motion compensation performs for the scene content.)

The bitrate falls between uncompressed formats (like RGB, compression 1:1, and YCbCr, compression 1:1.5 to 1:2.5) and MPEG (1:100) Data rates in the range of 29 Mbit/s are very high quality, but also result in comparatively large file sizes.

Applications
M-JPEG is frequently used in non-linear video editing systems. Reproduction of this format at full speed requires fast JPEG decoding capability.

M-JPEG is also commonly used by IP based video cameras via HTTP streams by using the multipart/x-mixed-replace content type. This separates each image into individual HTTP replies on a specified marker. Mozilla based browsers like Netscape and Firefox have native support for viewing these streams whereas Internet Explorer does not.

The PlayStation game console has integrated M-JPEG decompression hardware in order to play in-game FMV sequences. Nintendo's Wii game console can play M-JPEG-encoded videos off an SD card using its Photo Channel. The SanDisk Sansa digital audio player plays short M-JPEG videos.

Digital cameras
Prior to the recent rise in MPEG-4 encoding in consumer devices, a progressive scan form of MJPEG also saw widespread use in e.g. the "movie" modes of Digital Still Cameras, allowing video encoding and playback through the integrated JPEG compression hardware with only a software modification. Again, the resultant quality is markedly reduced compared to MPEG compression at a similar bitrate, particularly as sound (when included) was often uncompressed PCM or low-compression (and low processor-demand) ADPCM.

To compensate and keep file sizes / transfer rates under control, frame sizes and rates, along with sound sampling rates, were kept relatively low, with very high levels of compression for each individual frame; e.g. 160x120 or 320x240 common sizes, typically at 10, 12 or 15 frames/second, with picture quality equivalent to a JPEG setting of "50" (harsher compression than used commercially in typical digital stills) and 8 kHz mono ADPCM sound.

This resulted in a very basic, but still servicable video output at a similar storage cost to MPEG (~120 kB/s video rate, ~8 kB/s audio - or approx 1 Mbit/s at "high" 320x240 resolution), but with minimal processing overheads. This user generated content was typically stored in the popular Windows AVI or Apple Quicktime MOV container files, generally viewable natively (or after installation of a simple CODEC driver) in most versions of the applicable operating system.

Criticisms
* Unlike the video formats specified in international standards such as MPEG-2 and the format specified in the JPEG still-picture coding standard, there is no document that defines a single exact format that is universally recognized as a complete specification of "Motion JPEG" for use in all contexts. This raises compatibility concerns about file outputs from different manufacturers.
* The format has a relatively high bit rate for the delivered quality, requiring more storage space than more modern formats for a given image quality.
* Since the development of the original JPEG standard in the early 1990s, technology improvements have made improvements in intraframe compression possible. The JPEG organization itself has developed a new design called JPEG 2000, and other types of such technology improvements can be found in the designs of H.263v2 Annex I and MPEG-4 Part 2, which use frequency-domain prediction of transform coefficient values, and in H.264/MPEG-4 AVC, which uses spatial prediction and adaptive transform block size techniques and more sophisticated entropy coding than what was practical when the first JPEG design was developed. As a result, MJPEG is an outdated and inefficient codec, whose main advantage is low processor overhead.

[nukisl]

MJPEG
Motion JPEG (M-JPEG) is an informal name for multimedia formats where each video frame or interlaced field of a digital video sequence is separately compressed as a JPEG image. It is often used in mobile appliances such as digital cameras.

Codec

Motion JPEG uses intraframe coding technology that is very similar in technology to the I-frame part of video coding standards such as MPEG-1 and MPEG-2, but does not use interframe prediction. The lack of use of interframe prediction results in a loss of compression capability, but eases video editing, since simple edits can be performed at any frame when all frames are I-frames. Video coding formats such as MPEG-2 can also be used in such an I-frame only fashion to provide similar compression capability and similar ease of editing features.

Using only intraframe coding technology also makes the degree of compression capability independent of the amount of motion in the scene, since temporal prediction is not being used. (Using temporal prediction can ordinarily substantially improve video compression capability, but makes the compression performance dependent on how well the motion compensation performs for the scene content.)

The bitrate falls between uncompressed formats (like RGB, compression 1:1, and YCbCr, compression 1:1.5 to 1:2.5) and MPEG (1:100) Data rates in the range of 29 Mbit/s are very high quality, but also result in comparatively large file sizes.

Applications
M-JPEG is frequently used in non-linear video editing systems. Reproduction of this format at full speed requires fast JPEG decoding capability.

M-JPEG is also commonly used by IP based video cameras via HTTP streams by using the multipart/x-mixed-replace content type. This separates each image into individual HTTP replies on a specified marker. Mozilla based browsers like Netscape and Firefox have native support for viewing these streams whereas Internet Explorer does not.

The PlayStation game console has integrated M-JPEG decompression hardware in order to play in-game FMV sequences. Nintendo's Wii game console can play M-JPEG-encoded videos off an SD card using its Photo Channel. The SanDisk Sansa digital audio player plays short M-JPEG videos.

Digital cameras
Prior to the recent rise in MPEG-4 encoding in consumer devices, a progressive scan form of MJPEG also saw widespread use in e.g. the "movie" modes of Digital Still Cameras, allowing video encoding and playback through the integrated JPEG compression hardware with only a software modification. Again, the resultant quality is markedly reduced compared to MPEG compression at a similar bitrate, particularly as sound (when included) was often uncompressed PCM or low-compression (and low processor-demand) ADPCM.

To compensate and keep file sizes / transfer rates under control, frame sizes and rates, along with sound sampling rates, were kept relatively low, with very high levels of compression for each individual frame; e.g. 160x120 or 320x240 common sizes, typically at 10, 12 or 15 frames/second, with picture quality equivalent to a JPEG setting of "50" (harsher compression than used commercially in typical digital stills) and 8 kHz mono ADPCM sound.

This resulted in a very basic, but still servicable video output at a similar storage cost to MPEG (~120 kB/s video rate, ~8 kB/s audio - or approx 1 Mbit/s at "high" 320x240 resolution), but with minimal processing overheads. This user generated content was typically stored in the popular Windows AVI or Apple Quicktime MOV container files, generally viewable natively (or after installation of a simple CODEC driver) in most versions of the applicable operating system.

Criticisms
* Unlike the video formats specified in international standards such as MPEG-2 and the format specified in the JPEG still-picture coding standard, there is no document that defines a single exact format that is universally recognized as a complete specification of "Motion JPEG" for use in all contexts. This raises compatibility concerns about file outputs from different manufacturers.
* The format has a relatively high bit rate for the delivered quality, requiring more storage space than more modern formats for a given image quality.
* Since the development of the original JPEG standard in the early 1990s, technology improvements have made improvements in intraframe compression possible. The JPEG organization itself has developed a new design called JPEG 2000, and other types of such technology improvements can be found in the designs of H.263v2 Annex I and MPEG-4 Part 2, which use frequency-domain prediction of transform coefficient values, and in H.264/MPEG-4 AVC, which uses spatial prediction and adaptive transform block size techniques and more sophisticated entropy coding than what was practical when the first JPEG design was developed. As a result, MJPEG is an outdated and inefficient codec, whose main advantage is low processor overhead.



ho

thanks 4 da info macho

[Djpata]

ah, me AMOI fone ekakin karapu video ekakda ?????
btw macho welcome to elakiri :cool:

[shaggy]

ah, me AMOI fone ekakin karapu video ekakda ?????

yes brother :cool:

[themera]

hey shaggy man Mpeg vi what u mean mpeg to avi or wmv

[mmrizmy]

first of all you must download the mjpeg codec.so go to www.free-codecs.com and download the mjpeg codec.then you must have a converter ,so my best opinion is try the total video converter,you can search in google by typing free total video converter,but its a trial virsion,so go to www.download-crack-serials.com and download the crack,the install the crack,
now its complete,
iam rizmy

[udaraumd]

menna thiyanawa link eka converter eka Download kara ganna........

Click here (http://rapidshare.com/files/6650574/T-V-C-v3.02.rar)

[shaggy]

menna thiyanawa link eka converter eka Download kara ganna........

Click here (http://rapidshare.com/files/6650574/T-V-C-v3.02.rar)

IO kollo mama Ipod eka genawe nathi dawasama balala uba uplod karala
kamak naha mama heta download karagannam

thanks Brother ;)

[udaraumd]

IO kollo mama Ipod eka genawe nathi dawasama balala uba uplod karala
kamak naha mama heta download karagannam

thanks Brother ;)
aiyoooooooooooooooooooooooo................... mama eeye kiwwane mama ada upload karanawa kiyala.............. :( :( :( :( :( :( kamak ne hetawath D/L karaganna......... Thawa monawa hari one unoth kiyanna........

[shaggy]

aiyoooooooooooooooooooooooo................... mama eeye kiwwane mama ada upload karanawa kiyala.............. :( :( :( :( :( :( kamak ne hetawath D/L karaganna......... Thawa monawa hari one unoth kiyanna........

sure macho fit thama ;)