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OMAP-DM coprocessors address the need for increased multimedia performance in the cellular handset market. As wireless services drive forward into advanced 3G and 4G technologies, camera phones are moving up to 20-megapixel image sensors, with displays showing a corresponding increase in resolution. OMAP-DM devices allow handset manufacturers to quickly adapt their current architectures in order to deliver camera phones that meet consumer demands and differentiate their products. The coprocessors combine TI's expertise in imaging and wireless technologies to help extend the capabilities of media-centric handsets to include higher camera and display resolutions and more features than ever, including 720p H.264 camcorder functionality.
Chip Block Diagram | OMAP-DM Key benefits | White Papers | Product bulletin | PR graphic
OMAP-DM Key benefits
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OMAP-DM510 |
OMAP-DM515 |
OMAP-DM525 |
| Still image performance |
Up to 8 megapixels |
Up to 12 megapixels |
Up to 20 megapixels |
| H.264 Camcorder performance (encode and decode) |
720p @ 24 fps |
| Universal MPEG-4 decode |
WVGA @ 25 fps |
| Universal H.264 decode |
WVGA @ 25 fps |
| H.264 encode |
WVGA @ 25 fps |
| JPEG capability |
Up to 90 megapixels per second |
| Host interfaces |
SPI, HPI, I2C, parallel |
| Camera interfaces |
Serial, parallel |
| Memory |
Includes 128-Mb stacked mDDR |
Includes 256-Mb stacked mDDR |
Includes 256-Mb stacked mDDR |
| Display/TV-out |
Composite/
S-video |
| Package |
8 x 8 mm2 BGA, 0.5-mm ball pitch |
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Videos
PR graphic
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