SEMICONDUCTOR SUPPORT SERVICES

Design and Development of Silicon Validation Platforms,
Evaluation Modules, Reference Designs and System on Modules

SEMICONDUCTOR SUPPORT SERVICES

Mistral offers a broad range of Semiconductor support services (Silicon support services) from pre-silicon and board bring-up stage to development platforms and reference designs. Our Semiconductor support services help silicon vendors bring out SOCs and Platforms that harness and demonstrate the real processing power of their silicon chipset and enable faster time-to-market for end customers. Mistral’s range of Semiconductor Support Services help bridge the gap between Silicon device or chip manufacturer and the product developers, providing solutions and enabling faster turnaround for a wide variety of embedded product designs. Mistral offers a full range of cost-effective silicon support services to semiconductor manufacturers.

Semiconductor Support Services

Semiconductor Support Services, Silicon Support Services, Silicon Validation, Reference Designs, SOcs and PlatformsMistral’s semiconductor support services include design and development of hardware platforms such as Evaluation Modules, Software Development platforms, Reference Designs, System on Modules (SOMs); silicon validation platforms for post-silicon bring-up, chip support and system software development. Our services for SoCs and Platforms cater to a wide range of support needs of silicon companies. Mistral has vast experience in providing a wide range of semiconductor support services for various SOCs from ARM, Texas Instruments, Renesas, NVIDIA, Qualcomm, NXP, Microchip, Infineon (Cypress), Lattice, Xilinx, Intel and others. Our Semiconductor support services help customers explore the features of the processor or SoC, develop system software faster and get their product to market on time. With our expertise and in-depth knowledge of the SoC from the pre-silicon stage, Mistral’s development platforms and reference designs help developers leverage the benefits of the chip, by improving performance, reliability, scalability of design; optimizing cost of embedded devices; accelerating the development cycle and reducing time-to-market to stay ahead of the competition.

Silicon Validation Services

Semiconductor Support Services, Silicon Support Services, Silicon Validation, Reference Designs, SOcs and PlatformsSilicon or SoC Validation is often considered the most critical phase of chip development. It validates various attributes of an SoC such as power sequencing, reset and clocking schemes including boot mechanisms, and the SoC’s functionality. Further to this, the SoC release also has dependencies on power and performance parameters, thermal and electrical parameters, physical stress tests in a given environment. Mistral has more than two decades of experience in collaborating with leading chip manufacturers in developing Test and Validation platforms, assisting them in successfully validating their SoCs.

Mistral has in-depth knowledge of the key components of the pre-and post-silicon validation process enabling chip manufacturers get their chips to production faster. Our SoC validation services are performed under aggressive and flexible schedules to meet the SoC development schedules.

Click here to read a blog on “Silicon Validation Platform Development

EXPERTISE

Mistral has over two decades of expertise and in-depth knowledge in offering semiconductor support services. Our SoCs and Platforms expertise span across various attributes of an SoC including power sequencing, reset and clocking schemes including boot mechanisms, and the SoCs functionality among others.

Early silicon support


  • Design and development of silicon validation platforms
  • Peripheral validation for functionality and performance
  • OS and firmware porting
  • Pre- and post-silicon bring-up
  • Platform Development eco-system

Hardware


  • Development Platforms
  • Reference Designs
  • System on Modules (SOM)
  • Reusable designs across architectures
  • Application specific modules

Operating Systems



  • Linux (Embedded or Desktop)
  • FreeRTOS, AzureRTOS, VxWorks

Software

  • Development of SDKs
  • Diagnostics software
  • Board Support Packages
  • U-boot, bare metal
  • Linux Performance Test Bench (LBTP)
  • Linux Test Project
  • FCC/CE Compliance

Languages and Tools


  • C, C++, C#, Assembly Level
  • Perl, JavaScript, Python
  • VHDL and Verilog
  • ARM and DSP Development Tools

Development Platforms

  • OS and firmware porting
  • Independent Verification &Validation
  • OOBE (Out-Of-Box Experience) – state-of-the-art packaging design
  • Production and logistics
  • Online support (Design documentation, Product registration, RMA)
  • Web Ordering

APPLICATIONS

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Silicon Bring up

Test, validate and debug hardware, firmware, and software components, during various phases of Silicon bring-up, from Architecture and RTL Design to Production, in the shortest timeframe possible.

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Silicon Validation

SoC Validation platforms that help validate various attributes of an SoC such as power sequencing, reset and clocking schemes, power and performance parameters, thermal and electrical parameters, physical stress tests, etc.

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Software Development Platforms

Software Development Modules that leverage the capabilities of leading processors and SoCs, enabling developers to accelerate the software development and bring out embedded products faster to market.

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Reference Designs

Product Reference Designs based on the latest SOCs from leading semiconductor companies like Renesas, NXP, Qualcomm, Nvidia, Cypress, Analog Devices, etc. that help accelerate your system design.

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Board Support Packages

BSP for SOCs, platforms, and various Embedded OSes/RTOS, that addresses all aspects of the OS kernel like processor initiation, communication buses, memory, peripherals and bootloader

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System on Modules

System on Modules based on latest SoCs integrating communication interfaces and memory blocks for a range of applications in Wearable Electronics, Industrial, Robotics, Medical & Assistive, Gaming, Infotainment, etc.

Block Diagram

Bridging the gap between pre-silicon and post-silicon functional validation

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