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System on Module (SOM)

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Imaging and Video intensive industries face challenge of designing and developing customized hardware solution for specific application use case, in reduced time and cost. This is coupled with fast evolving processor families with ever increasing complexity (density) integrated inside, requiring product companies to constantly launch new / upgraded existing variants in short time.

System on Module (SOM) is panacea which ensures reduced development and design risk for both. SOM, a re-usable module encompasses maximum hardware/processor complexity, leaving reduced work on the carrier/main board, accelerating Time to Market.

 

  • SOM empowers product companies in enriching product mix by integrating system on module into different carrier cards allowing development of various products variants.

  • Conversely same / common carrier card may also be populated with multiple SOM cards to develop cost effective and application specific solutions.

  • Allows multiple products with different Price Performance Point with same design.

 

Reduce 5x to 10x design cost in terms of NRE, mechanical design, software design etc.
Encompass hardware complexity reducing development Time & complexity
Integrate with multiple carrier cards to enrich product offerings
Same carrier can carry multiple SoC SOM for different product variants

DaVinci DM816x & DM814x and C6A816x DSP + ARM System on Module (SOM)

The latest SOMs developed by eInfochips are based on Texas Instruments' high-end video processing SoC families DaVinci DM816x & DM814x and C6A816x DSP + ARM. These are smallest form factor SOMs available in the market on these processor families. Even with this smallest form factor, SOM has PC equivalent processor speed where ARM can go up to 1 GHz and DSP can go up to 750 MHZ.

This makes SOM ideal off-the-shelf solution for high-end video processing intensive applications such as Machine Vision, Medical Imagining, Telecom, and other Multimedia/Imaging Applications.

SMALLEST available SOM on DaVinci™ DM816x & DM814x & C6A816x DSP + ARM

Product Highlights

  • Production ready (SOM)
    • TI's DaVinciTM DM816x & DM814x based SOM
    • TI's C6A816x DSP + ARM processor based SOM
  • Compact form factor (75 mm x 37 mm)
  • Processor speeds (ARM up to 1.2GHz and DSP up to 1 GHz) equivalent to PC platform
  • Linux Board support package (BSP)

eInfochips SOM Building Expertise: Over last decade, eInfochips has developed complex hardware around various processor families available from Texas Instruments.

Some of hardware designs include

  • Multi-core SoC design, Multi-processor designs, Multi-FPGA based designs

  • Board size ranging from 1.4 square inches to 140+ square inches

  • PCB design up to 16 layers and over 4200 components on single board

  • Hardware design with frequency > 1GHz

Elite Design House (EDH) partner of

Expertise on TI Processor Technologies
Technology Processor Families
DSP High Performance Multicore DSP
DaVinci Series
DSP and Media Processors
ARM OMAP
Stellaris
Sitara
Microcontrollers MSP430, TSC2046IPWR, TSC2004IRTJT

eInfochips has market proven process for developing compact form factor SOMs showcasing all the key capabilities with zero compromise on feature and/or performance.

Challenge eInfochips Approach Benefits
Small Form Factor Design Detailed feasibility study for architecture design, increase use of smallest footprint component packages, optimize components placements, and use multi-layer PCB design capabilities. Compact Product Design
Power Management & Thermal Stability Achieved through technology like via in-pad, thermal simulation, and proper routing Stable system performance over wider Temperature, Electromagnetic, and Thermal range
Pin Compatibility Pin compatible design for different processor families Integration into multiple carrier cards for several product versions
Multiple products with different Price Performance point with same design
Smallest Form-Factor design:
75 mm x 37 mm
Power Density:
2.3 Watts/ Sq. inch
Pin Compatibility for
different Pin Map SoCs
Design Scalability
for product variants