Neuron Base Board

mmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radarNeuron Base

Neuron Base Board from Mistral is a feature-rich, performance-oriented base board designed to meet the compelling needs of modern AI, Deep Learning and inference on the edge. Designed to mate with NVIDIA’s Jetson Nano, Jetson TX2 NX and Jetson Xavier NX modules, Neuron Base enables all the features of the SoM for quick product development and benefit meet stringent time to market requirements.

The Neuron Board is available in two Variants – NB Basic and NB Turbo. The NB Basic brings out the required basic interfaces and connectivity features of the Jetson SOM such as Ethernet, CSI, USB, HDMI, M.2 M, mmWave RADAR etc. The NB Turbo is richer in terms of additional functional features and interfaces such as GMSL, FPD Link III, Wi-Fi 802.11ac, BT5.0 and 9-axis IMU Sensors.

Neuron Base Board

mmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radarNeuron Base

With its highly optimized form-factor, performance-rich I/Os and software support, Mistral’s Neuron Base Board offers a flexible and scalable platform to get products to market faster at reduced development cost. Based on a dual board architecture, the Neuron Board can be mated with NVIDIA Jetson Nano, Jetson TX2 NX and Jetson Xavier NX SoMs over a compatible SODIMM socket. The Neuron Base is designed to enable all the functional features of NVIDIA Jetson SOMs and aids faster product development and prototyping. It provides I/O accessibility and power to the Jetson SoMs.

It is available in two variants namely, NB Basic and NB Turbo.

The Neuron Base addresses all crucial requirements that are key to design, develop and prototype embedded edge computing devices, which demand high-performance factors and runs complex AI workloads. The Neuron Base is ideal for realizing AI-based machine vision applications such as Edge Camera with object detection and recognition, Human Activity Recognition, Robotics, Drones, Autonomous Navigation, Radar-Camera Sensor Fusion and Smart Retail among others.

The Neuron Base can be integrated with Mistral’s mmWave Radar Modules (60GHz Industrial Radar or 77GHz Automotive Radar) to design Camera and Radar Fusion Solutions ideal for Industrial and Automotive applications.

The Neuron Board is offered with NVIDIA JetPack SDK, which enables quick development of AI applications utilizing libraries supporting major AI frameworks, computer vision, graphics, multimedia, and more.

HIGHLIGHTS:

Scalable
Platform

Radar and Camera
Sensor Fusion

mmWave Radar
Interface

Flexible
Connectivity

Specifications

The Neuron Board is available in two variants.

Note:

* For Active Cooling, Fan control option is provided

Block Diagram

 

 

Neuron Variants

mmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radarNeuron Base

The Neuron Board is available in two variants namely NB Basic and NB Turbo. The NB Basic provides all rudimentary interfaces and connectivity features of the Jetson SOM such as Ethernet, CSI, USB, HDMI, M.2 M, mmWave RADAR interface, etc. needed for product development. The NB Turbo is a more sophisticated platform with more functional features and powerful multimedia interfaces such as GMSL, FPD Link III, Wi-Fi 802.11, Bluetooth and 9-axis IMU Sensors.

Based on customer requirements, either variant of Neuron Base can be ordered with Jetson SOM modules as mentioned below.

Variants and Pricing Info


ADD-ONS

Recommended Modules for Sensor Fusion

To realize Camera-Radar sensor fusion, the following modules can be integrated with Neuron Base.

 

mmWave RADAR Modules

Mistral’s mmWave RADAR Modules, based on Texas Instruments single-chip FMCW sensors, enable intelligent and autonomous decision making at the edge! The modules are available in 77GHz and 60GHz frequency bands and are ideal for low power, self-calibrating, ultra-accurate RADAR systems in industrial, Automotive and Smart City Applications.

Model: Mistral’s 60GHz (IWR6843) / 77GHz (AWR1843) RADAR Modules

Link: www.mistralsolutions.com/mmwave

 

Camera Module (2 lane CSI)

The camera module with CSI-2 MIPI 2-lane interface from Leopard Imaging is specially designed to mate with NVIDIA Jetson platforms.
Model: LI-IMX219-MIPI-FF-NANO-H136

www.mistralsolutions.com/jetson-camera

 

Recommended Power Adapter for Neuron Base

Mistral recommend the following 24V/65W and 12V/60W AC/DC power supply adapters that support universal input (90~264 Vac).

Part No: 102-3417-ND [12V/5A Adapter]

www.mistralsolutions.com/adapter12v

Part Number: 102-3418-ND [24V/2.71A Adapter]

www.mistralsolutions.com/adapter24v

 

AI enabled Sensor Fusion Kit

mmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radar

Overview

The NVIDIA Jetson SoM based AI-enabled Sensor Fusion Kit (AI-SFK) from Mistral is an integrated, performance oriented, Camera Vision and mmWave RADAR fusion platform that meet the compelling needs of modern AI, Deep Learning, and Video Analytics applications.

The AI-SFK (Camera Vision + mmWave RADAR) is uniquely designed to provide range precision along with superior imaging capabilities for applications such as ADAS, autonomous vehicle, smart retail, industrial 4.0, robotics, smart building, and smart city among others. The camera & mmWave RADAR complement each other for object detection, classification, range, velocity and elevation parameters. The platform provides vision analytics and RADAR data fusion in real-time.

The Kit consists of:

  • Mistral’s Neuron Base Board (NB-Turbo) mated with NVIDIA Jetson Xavier NX SoM
    • Performs object detection, classification and annotates video stream with RADAR range data
  • Mistral’s 77GHz mmWave RADAR Module
    • Consists of FMCW transceiver with integrated PLL, Baseband ADC, R4F controller with accelerator, SPI flash, DSP, etc.
  • Camera Module
    • CSI-based 8 MP / 4K colour sensor supporting up to 21 fps

 

The platform delivers RADAR point cloud and video data:

  • The RADAR point cloud data consists of object’s ID, range, angle, velocity and signal strength
  • Camera stream inferenced using NVIDIA’s Jetson-inference module & Tensor-RT and annotated for different types of objects
  • Mistral’s Sensor fusion demo algorithm co-relates and combines RADAR target with pre-trained objects (humans)

The SFK also supports NVIDIA JetPack SDK, which enables the development of AI applications with accelerated libraries supporting all major AI frameworks as well as computer vision, graphics and multimedia among others.

Customization

In addition to providing engineering services for product/system development, Mistral provides customization services around SFK for:

  • Custom camera integration
  • Other sensor integration like thermal, LiDAR etc
  • Application software
  • ML/DL algorithms development and integration
  • Remote firmware upgrade
  • Audio and video
  • Cloud and mobile apps
  • PoE
  • Power optimization
  • Mechanical enclosure customization
  • FCC/CE certification support
  • Chirp Profile Tuning support

HIGHLIGHTS:

Scalable
Platform

Radar and Camera
Sensor Fusion

mmWave Radar
Interface

Flexible
Connectivity

DSP and
Large Memory

Fusion
Vision Analytics

Specifications

Jetson Xavier SoM

  • 384-Core NVIDIA Volta GPU with 48 Tensor Cores
  • 6-Core NVIDIA Carmel ARM v8.2 64-bit CPU
  • 2x NVDIA Engines
  • 7-Way VLIW Vision Processor
  • 8 GB 128-bit LPDDR4x
  • 16 GB eMMC 5.1
  • 10/100/1000 Base-T Ethernet

Camera Module

  • CSI2-2 Lane Camera Interface
  • Sony’s iMX219 from Leopard Imaging

mmWave RADAR

  • Mistral’s 77GHz AoPCB RADAR module based on TI’s AWR1843 SoC
  • FMCW Transceiver with Integrated PLL, Transmitter, Receiver, Baseband and ADC
  • 76 to 81GHz Coverage with 4GHz available Bandwidth
  • Four Receive Channels and Three Transmit Channels
  • C674x DSP for FMCW Signal Processing
  • ARM Cortex R4FBased Radio Control System for Object Tracking and Classification

Storage

  • 2 M key based 250GB SSD


Network Connectivity

  • Gigabit Ethernet
  • Wi-Fi 802.11 a/b/g/n/ac
  • BT 5.0

Other Interfaces

  • Camera
    • USB
    • 1 x CSI2 – 2 Lanes
    • 1x FPD Link III
    • 1x GMSL
  • USB
    • 2x USB 2.0
    • 1x USB 3.1
  • Display
    • HDMI 2.0
  • Audio
    • HDMI 2.0
    • DMIC / I2S via Expansion Header
  • CAN
  • 9-axis IMU Sensor
  • Expansion Header
    • I2C, I2S, GPIOs, Reset
  • Cooling: Active cooling with Fan
  • Power: 12V/5A to 24V/2.5A
  • Operating Temperature Range: -25 C to 80 C

 

mmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radarmmWave RADAR Technology, mmWave Technology, TI mmWave RADAR, mmWave RADAR Modules, mmWave RADAR, millimeter wave radar

Overview

The NVIDIA Jetson SoM based AI-enabled Sensor Fusion Kit Lite (AI-SFK Lite) from Mistral is an integrated, performance oriented, Camera Vision and mmWave RADAR fusion platform that meet the compelling needs of modern AI, Deep Learning, and Video Analytics applications.

The AI-SFK Lite (Camera Vision + mmWave RADAR) is uniquely designed to provide range precision along with superior imaging capabilities for applications such as ADAS, autonomous vehicle, smart retail, industrial 4.0, robotics, smart building, and smart city among others. The camera & mmWave RADAR complement each other for object detection, classification, range, velocity and elevation parameters. The platform provides vision analytics and RADAR data fusion in real-time.

The Kit consists of:

  • Mistral’s Neuron Base Board (NB-Basic) mated with NVIDIA Jetson Xavier NX SoM
    • Performs object detection, classification and annotates video stream with RADAR range data
  • Mistral’s 77GHz mmWave RADAR Module
    • Consists of FMCW transceiver with integrated PLL, Baseband ADC, R4F controller with accelerator, SPI flash, DSP, etc.
  • Camera Module
    • CSI-based 8 MP / 4K colour sensor supporting up to 21 fps

 

The platform delivers RADAR point cloud and video data:

  • The RADAR point cloud data consists of range, angle, velocity and signal strength
  • Camera stream inferenced using NVIDIA’s Jetson-inference module & Tensor-RT and annotated for different types of objects
  • Mistral’s Sensor fusion demo algorithm co-relates and combines RADAR target with pre-trained objects (humans)

The SFK Lite also supports NVIDIA JetPack SDK, which enables the development of AI applications with accelerated libraries supporting all major AI frameworks as well as computer vision, graphics and multimedia among others.

Customization

In addition to providing engineering services for product/system development, Mistral provides customization services around SFK for:

  • Custom camera integration
  • Other sensor integration like thermal, LiDAR etc
  • Application software
  • ML/DL algorithms development and integration
  • Remote firmware upgrade
  • Audio and video
  • Cloud and mobile apps
  • PoE
  • Power optimization
  • Mechanical enclosure customization
  • FCC/CE certification support
  • Chirp Profile Tuning support
  • AI-SFK Lite with 60GHz RADAR module

HIGHLIGHTS:

Scalable
Platform

Radar and Camera
Sensor Fusion

mmWave Radar
Interface

Flexible
Connectivity

DSP and
Large Memory

Fusion
Vision Analytics

Jetson Xavier SoM

  • 384-Core NVIDIA Volta GPU with 48 Tensor Cores
  • 6-Core NVIDIA Carmel ARM v8.2 64-bit CPU
  • 2x NVIDIA Engines
  • 7-Way VLIW Vision Processor
  • 8 GB 128-bit LPDDR4x
  • 16 GB eMMC 5.1
  • 10/100/1000 Base-T Ethernet

Camera Module

  • CSI2-2 Lane Camera Interface
  • Sony’s iMX219 from Leopard Imaging

mmWave RADAR

  • Mistral’s 77GHz AoPCB RADAR module based on TI’s AWR1843 SoC
  • FMCW Transceiver with Integrated PLL, Transmitter, Receiver, Baseband and ADC
  • 76 to 81GHz Coverage with 4GHz available Bandwidth
  • Four Receive Channels and Three Transmit Channels
  • C674x DSP for FMCW Signal Processing
  • ARM Cortex R4FBased Radio Control System for Object Tracking and Classification

Storage

  • M.2 M key based 250GB SSD

Network Connectivity

  • Gigabit Ethernet
  • Wi-Fi 802.11 a/b/g/n/ac
  • BT 5.0

Other Interfaces

  • Camera
    • USB
    • 1 x CSI2 – 2 Lanes
  • USB
    • 2x USB 2.0
    • 1x USB 3.1
  • Display
    • HDMI 2.0
  • Audio
    • HDMI 2.0
    • I2S via Expansion Header
  • CAN
  • Expansion Header
    • I2C, I2S, GPIOs, Reset
  • Cooling: Active cooling with Fan
  • Power: 12V/5A to 24V/2.5A
  • Operating Temperature Range: -25 C to 80 C

 

Sensor Fusion Demo

Object Detection With Ranging demo using Mistral’s AI-enabled Sensor Fusion Kit. The Sensor Fusion Kit integrated with people identification algorithm detects multiple people within a range of approx. 10 meters. The Kit can be integrated with a wide variety of object recognition algorithms to make the Neuron Kit suitable for ADAS, Traffic Management, Smart Building, Smart City and Industrial Automation applications.

Software Support

The Neuron Base Board supports Ubuntu 18.04 Linux OS. The board supports VisionWorks, a software development package provided by NVIDIA for computer vision and image processing. Mistral also provides TensorRT SDK for high-performance deep learning inference.

  • Supports Ubuntu 18.04 Linux OS natively
  • OpenCV
  • VisionWorks
  • TensorRT
  • LibArgus
  • CUDA

In addition to the above-mentioned software, the AI-SFK board also supports:

  • CuDNN
  • ROS1 Melodic
  • RADAR / Camera Fusion

 

Webinar – Video Vision and Analytics

Date: 15th & 16th September 2021

AI-enabled Video Analytics is changing lives every day; enabling real-time, fast, precise decision-making. NVIDIA’s deep expertise in AI and high-performance computing provides endless opportunities to meaningfully impact the world. NVIDIA’s AI platforms along with Mistral’s Neuron Base make it faster and easier to integrate advanced technologies into applications that are transforming every industry – from Smart Cities and Smart Retail to Robotics and Healthcare.

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APPLICATIONS

Edge Camera

Machine Learning

Computer Vision

Object / Image Recognition

Smart Retail

Human Activity Recognition

Industrial Robotics

RESOURCES

  • Application Note

    Autonomous Cobot for Smart Retail

  • Flyer

    Neuron Base Board

  • Infographic

    Neuron Base Board

  • Related Topics

    NVIDIA Jetson based Design Services