Member of

Lattice Partner Network

IP Cores and Boards based on

Lattice FPGAs

Solutions powered by

Lattice SensAI & Embedded Vision Systems

SOLUTIONS

DCA1000EVM

The DCA1000 EVM provides real-time data capture and streaming for two- and four-lane low-voltage differential signalling (LVDS) traffic
from TI AWR and IWR radar sensor EVMs.

  • Based on Lattice ECP5UM
  • Supports lab and mobile collection scenarios
  • Captures LVDS data from AWR/IWR radar sensors
  • FPGA Cores developed – LVDS receiver, Data segregator, DDR3 controller user logic, UDP command decoder, DMM playback and I2C master controller
  • Streams output in real time through 1-Gbps Ethernet
  • Controlled via onboard switches or GUI/library
  • Lattice IPs used – Ethernet TSMAC and
    DDR3 controller

Embedded Vision Solutions

Mistral can help customers develop embedded vision solutions for futuristic Industrial display systems ideal for M2M applications,
implementation of Industry 4.0, ADAS, industrial automation, and infotainment applications.
We help our customers create power-efficient solutions for Embedded Vision Processing at the Edge.

  • Sensor Integration/Bridging Solutions
  • MIPI CSI and DSI based Solutions
  • ISP implementation on Lattice FPGAs
  • Proof of Concept Development
  • PoC to Custom Solution Development
  • Solutions based on HDR-60 Video Camera Development Kit

SensAI based Solutions

Lattice SensAI stack provides everything you need to evaluate, develop and deploy FPGA-based Machine Learning and Artificial Intelligence solutions.
Mistral’s expertise on CrossLink-NX, CertusPro-NX, MACHXO3, ECP5 / ECP5-5G and iCE40 UltraPlus platforms enable us offer highly flexible machine learning solutions
for a wide range of Edge applications including portable gadgets, smart home, smart city, Industry 4.0, Autonomous Cars, etc.

  • LVDS to CSI converter
  • Lattice Crosslink based solutions
  • Reference Designs
  • Industrial Control Applications
  • Test systems to monitor the failure points of Automotive parts
    using camera-based data.
  • Migrate ML/DL functions into Lattice FPGA
    through CNN compact accelerator

Expertise

Mistral's expertise covers a broad range of Lattice platforms, including general-purpose devices like Certus-NX, MACHXO3, ECP5, ECP3, and LatticeXP2. We also excel in video bridging and processing solutions with platforms such as CrossLink-NX, CrossLinkPlus, CrossLink, CertusPro-NX, and the ultra-low-power iCE40 series. Our in-depth knowledge of Lattice Design Tools, including Radiant, Diamond, and ICEcube2, allows us to deliver optimized designs for a variety of Radar & LiDAR applications across industries like automotive, industrial, healthcare, smart homes, defense, and surveillance.

  • Certus-NX, MACHXO3, ECP5, ECP3, and LatticeXP2
  • CrossLink-NX, CrossLinkPlus, CrossLink, CertusPro-NX
  • iCE40 series
  • Lattice Design Tools – Radiant, Diamond, and ICEcube2
  • Radar & LiDAR applications

Custom Design Services

Mistral offers a comprehensive range of custom hardware design and FPGA development services on Lattice FPGAs, tailored to accelerate product development and reduce time-to-market for customers in Automotive, Industrial, Aerospace, and Defence sectors.

Our services include,

  • Carrier Boards, Proof of Concept & Product Design
  • Custom IP and logic design using Verilog/VHDL
  • ML/DL, DSP Algorithm Development and Integration
  • Waveform generators and PWM Motor Control applications
  • Data Streaming over high-speed protocols
  • TI mmWave Radar Data capture & playback
  • Camera and Radar sensor fusion solutions
  • Image processing for machine vision
  • High-speed ADC Processing

 

APPLICATIONS

Edge Camera Solutions

Machine Learning

Machine Vision

Smart Home

Medical Electronics

Robotics

Virtual Reality systems

ADAS

Drones

Process Control

Autonomous Vehicles

Defence Systems

Sensor Applications

Industrial Automation

RESOURCES

  • Related Topic

    FPGA Design Services

  • Related Topic

    Product Design Services

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    Verification and Validation Services

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