TI's Digital Media Processor family are highly integrated, cost-effective, embedded programmable platforms which capture, analyze and process data-rich visual information from the real world physical environment. Leveraging TI's System on Chip (SoC) Processor technology with robust Software Development Kits (SDKs) allows designers to swiftly bring to market innovative video and vision products.
Threading the needle of cost, power and performance through extensive integration of mulitple processing engines on a single silicon device.
Ultra-low latency enables advanced video encoding/decoding capabilities with minimal packet loss and delay for superior user experience.
Full family of devices allowing maximum re-use of hardware and software investments.
The TMS320DM365, TMS320DM368 and TMS320DM369 Digital Media Processors are designed for cost sensitive applications that require crystal clear video encoding and decoding of the HDVICP video co-processor up to 1080p H.264 at 30fps.
The DM385 and DM388 Digital Media Processors are designed for demanding video applications enabled by the 1GHz ARM Cortex-A8 with NEON extension and HDVICP2 video co-processor supporting 1080p60 real-time H.264BP/MP/HP video encoding and decoding.
The TMS320DM8127, TMS320DM8147 and TMS320DM8148 Digital Media Processors are designed for demanding video analytics, encode/decode and display applications by expanding the DM38x architecture to further integrate the powerful C674x floating point VLIW DSP and 3D Graphics engines.
The DM504 and DM505 Vision Analytics processors are designed for advanced vision processing applications in real-world, deployable systems which require low power dissapation combined with high performance low-latency processing provided by dual core C66x Digital Signal Processors.