First introduced in November 2006, the DMS-02 was the first processor to deliver true-HD H.264 video quality video. Its advanced multi-core System-on-Chip (SoC) design makes it ideally suited to deliver high quality video, audio, graphics, imaging and compute intensive applications within a low power portable environment.
The DMS-02 is now superceeded by the ZMS-05 media-rich applications processor.
HD Media Processing Array
The HD media-processing array, based on ZiiLABS' unique stemcell
computing architecture, offloads the ARM CPU to provide high-efficiency, multi-format
video, graphics and image processing.
- High compute density SIMD architecture
- HD Video Decode
- Simultaneous Video Encode/Decode at D1
- Wide rage of optimised CODECs and APIs
- Accelerated OpenGL ES 3D graphics
- Hardware Composiing
- Advanced Image Processing
- 4.8 GFlops programmable compute
ARM Core
The ARM subsystem, based on dual ARM 9 cores, provides high-performance,
low-power application processing, leaving the media processing array to perform
the heavy lifting media work.
Rich Peripheral Integration
A rich suite of integrated system peripherals and interfaces minimize overall system costs and design footprint;
- 64/32 bit memory interface
- Three bi-directional video units
- General interface to Ethernet, NAND and NOR
- Serial connectivity
- Hi-Fidelity Audio
Low-Energy
Total system power is minimized at all times by the application of advanced power management throughout the processor and supporting software and includes; dynamic clock and voltage scaling, independent power down regions, multiple clock domains and gating, and suspend to RAM.
- High-performance, flexible video processing
- H.264 HD 720p decode
- H.264 D1 encode
- OpenGL ES 3D graphics
- 200M pixels/sec
- 8M vertices/sec
- 4.8 GFLOPS high performance compute
- 1.6 GBytes/sec memory bandwidth
Low-energy HD Media Processing
- High compute density SIMD architecture
- Ideally suited for media processing tasks
- Accelerate a wide range of current and emerging standards
- Video, imaging, 2D/3D graphics, audio and signal processing
- Offloads the CPU from intensive media tasks
- Integer and IEEE 32-bit and 16-bit floats
Dual ARM processor cores
- Dual ARM926 EJ-S
- Scalable system performance
- Optimal power management
High-Definition Video
- High resolution 720p decode
- Wide range of video codecs, including:
- H.264, MPEG 1/2/4, WMV/VC-1 and others
High Quality 2D/3D Graphics
- Powerful floating-point 3D graphics
- Supports OpenGL ES 1.1 and 2.0
- 2D graphics acceleration
- Hardware compositing
- Advanced UI features and experiences
High-Fidelity Audio
- High quality audio encode and decode
- Wide range of audio codecs including:
- MP3, AAC, WMA, AAC, Ogg Vobis and others
- Special effects
High Quality Imaging Processing
- Software Defined Imaging Pipeline
Low Power Consumption
- Low power architecture
- Dynamic Voltage and Frequency Scaling
- Multiple clock domains and clock gating
- Suspend to RAM for standby
High Level System Integration
- Three independent 12/24-bit video video processing units
- I2C
- SPI
- One UART
- GPIOs
- Hi-Speed Serial Input
- SPDIF
- General Interface bus
- programmable bus supporting NAND/NOR flash, IDE, ethernet and others