SolidSense AIoT

Vision AI platform made for isolated, infrastructure-free environments
Real-time awareness with ultra-low-power standby; activates only when needed
Easily integrates with multiple sensor types for flexible applications
Rugged IP64-rated design for fast, reliable field use
Available with AI processors: Hailo 15H, Renesas RZ/V2N or Renesas RZ/V2L

Overview SolidSense AIOT 15H SolidSense AIOT V2N SolidSense AIOT V2L Documentation Order Options

Edge AI

Low power platforms are critical for off-grid edge AI applications running on batteries, solar, or other limited power sources while operating for long periods of time in remote and harsh locations.

SolidSense AIoT is a generic HW platform built to simplify development and deployment of vision AI solutions for remote environments. Integrated with a variety of sensors and based on real-time situational awareness it remains in ultra-low-power standby mode, activating and communicating only when needed.

Low power platforms are critical for off-grid edge AI applications running on batteries, solar, or other limited power sources while operating for long periods of time in remote and harsh locations.

SolidSense AIoT Advantages

Low Power Consumption: Runs on a battery and can be charged via solar panel or other available charging methods, such as a small mobile wind turbine. This makes it ideal for remote areas with no power access.
Edge AI Processing: Reduces latency and eliminates the need for constant cloud connectivity, enabling real-time and secure decision-making.
Waterproof & Rugged Design: Suitable for harsh outdoor environments like forests, jungles, as well as industrial or urban sites.
Wireless & Standalone Operation: No need for continuous connectivity; operates autonomously with local data processing.
Reduced Data Costs & Bandwidth Usage: Only sends relevant alerts or compressed insights instead of streaming full video or raw sensor data

Low Power Consumption: Runs on a battery and can be charged via solar panel or other available charging methods, such as a small mobile wind turbine. This makes it ideal for remote areas with no power access.
Edge AI Processing: Reduces latency and eliminates the need for constant cloud connectivity, enabling real-time and secure decision-making.
Waterproof & Rugged Design: Suitable for harsh outdoor environments like forests, jungles, as well as industrial or urban sites.
Wireless & Standalone Operation: No need for continuous connectivity; operates autonomously with local data processing.
Reduced Data Costs & Bandwidth Usage: Only sends relevant alerts or compressed insights instead of streaming full video or raw sensor data

Applications

Border & Perimeter Surveillance (Low-Power AI Monitoring). Decentralized and resilient architecture ideal for addressing critical challenges in border control and surveillance.

Wildlife Monitoring & Conservation: Deploy in remote areas to track animal movement, identify species, monitor biodiversity in real time and detect poaching activities. Enforce lawful behavior in natural reserves.

Environmental & Weather Monitoring: Detect floods, landslides, and monitor air or water quality in remote locations.

Agriculture & Smart Farming: Monitor crop growth, soil conditions, and detect pests or animal intrusions in farms (Further enhanced by adding hyper/multi spectral imaging).

Remote Industrial Equipment Monitoring: Monitor vibration, movement, or unexpected conditions in industrial equipment, pipelines, or remote machinery. AI can predict failures and send alerts before malfunction occurs.

Border & Perimeter Surveillance (Low-Power AI Monitoring). Decentralized and resilient architecture ideal for addressing critical challenges in border control and surveillance.

Environmental & Weather Monitoring: Detect floods, landslides, and monitor air or water quality in remote locations.

Agriculture & Smart Farming: Monitor crop growth, soil conditions, and detect pests or animal intrusions in farms (Further enhanced by adding hyper/multi spectral imaging).

	SolidSense AIoT 15H
Processor	Hailo 15H, 4x Cortex A53 @ 1.3GHz; 12 kDMIPS, Secure BOOT.
Neural Network Core	20 TOPs Hailo patented structure defined dataflow architecture
Vision Subsystem	4x IF LEDs
Memory & Storage	Up to 8Gbyte LPDDR4, 8-256 Gbyte eMMC, (Default 4GB LPDDR4, 64GB eMMC), Bootable 32Mbit QSPI
Camera Interface	2x MIPI-CSI 4 lanes
Camera Sensor	IMX678 Lens with/out IR CUT
Optional Sensors	PIR, Ambient Light, Humidity & Temperature, Accelerometer, Ultrasonic Microphone
Networking	1x 802.11 a/b/g/n/ac WiFi (2.4/5 GHz) and Bluetooth 5.0 LTE Cat1bis
I/Os	USB 2.0 I2C
Misc.	ULP MCU RTC (Part of MCU) EEPROM Battery Management and Charger Dual Microphone (Audio In) Mono Speaker (Audio Out) IR LED FLASH (for low light image capture)
Power	Li-Ion 3.6V nominal USB-C input charging port
Temperature	Industrial: -40°C to 85°C
Enclosure	Plastic ABS IP64 Rated
	Contact Us

	SolidSense AIoT V2N
Processor	Renesas RZ/V2N Quad Core Arm Cortex A55, up to 1.8GHz, 1x Cortex M33
Neural Network Core	Arm Mali-G31, AI Accelerator DRP-AI3 (15 Sparse TOPS / 4 Dense TOPS)
Vision Subsystem	4x IF LEDs
Memory & Storage	Up to 8GB LPDDR4 Up to 128GB eMMC MicroSD
Camera Interface	2x MIPI-CSI 4 lanes
Camera Sensor	IMX678 Lens with/out IR CUT Other options upon request
Optional Sensors	PIR, Ambient Light, Humidity & Temperature, Accelerometer, Ultrasonic Microphone
Networking	802.11 a/b/g/n/ac/ax WiFi Bluetooth 5.3 LTE Cat1bis (nanoSIM)
I/Os	USB 2.0 I2C
Misc.	ULP MCU RTC (Part of MCU) EEPROM Battery Management and Charger Dual Microphone (Audio In) Mono Speaker (Audio Out) IR LED FLASH (for low light image capture)
Power	Li-Ion 3.6V nominal USB-C input charging port
Temperature	Industrial: -40°C to 85°C
Enclosure	Plastic ABS IP64 Rated
	Contact Us

	SolidSense AIoT V2L
Processor	Renesas RZ/V2L, 2x Arm® Cortex®-A55 @ Up to 1.2 GHz 1x Cortex®-M33 DRP-AI accelerator.
Neural Network Core	Arm Mali‑G31 GPU, DRP-AI Accelerator
Vision Subsystem	4x IF LEDs
Memory & Storage	Up to 8GB LPDDR4 Up to 128GB eMMC MicroSD
Camera Interface	2x MIPI-CSI 4 lanes
Camera Sensor	IMX678 Lens with/out IR CUT Other options upon request
Optional Sensors	PIR, Ambient Light, Humidity & Temperature, Accelerometer, Ultrasonic Microphone
Networking	802.11 a/b/g/n/ac WiFi Bluetooth 5.0 LTE Cat1bis (nanoSIM)
I/Os	USB 2.0, I2C
Misc.	ULP MCU RTC (Part of MCU) EEPROM Battery Management and Charger Dual Microphone (Audio In) Mono Speaker (Audio Out) IR LED FLASH (for low light image capture)
Power	Li-Ion 3.6V nominal USB-C input charging port
Temperature	Industrial: -40°C to 85°C
Enclosure	Plastic ABS IP64 Rated
	Contact Us

Reference Manuals

SolidSense AIoT Product Brief
SolidSense AIoT Block Diagram
SolidSense AIoT Quick Start Guide
Family Comparison Chart
Family Comparison Chart
Family Comparison Chart

Tools

SolidRun Community Forums
Pinout Planner Tool
SolidRun Community Forums
Pinout Planner Tool
Pinout Planner Tool
Pinout Planner Tool

Applications

• Border & Perimeter Surveillance
• Wildlife Monitoring & Conservation
• Agriculture & Smart Farming
• Remote Industrial Equipment Monitoring
detection
detection

OS Support

Linux RZ Board Support Package
Yocto RZ Board Support Package
Linux – Distribution
Linux – Distribution
Linux – Distribution
Linux – Distribution

Mechanical

3D File
DXF Files
DXF Files
DXF Files
DXF Files
DXF Files

Product Compliance

REACH
RoHS
ISO 9001
EMC/EMI Regulations
UL 94
Green/ Halogen Free

Please use the template below to create the configuration you are interested in. Since there are many options for each SOM configuration it is not possible to keep all of them in stock, for this purpose SolidRun provides off the shelf configurations with high runner part numbers, please visit our shop to review all of them.

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Choose your SolidSense AIoT Configuration:

Part number structure
Fixed parameter	CPU Type	WiFi/BT	Memory	eMMC	Carrier Board	Temperature	PHY
SR	XXX	WXX	DXXX	EXXX	X	C	E

Options for parameters
Fixed parameter	CPU Type	WiFi/BT	Memory	eMMC	Temperature	PHY
SR	V2NQD= RZ/V2N	WB1 = Inc. WiFi/BT W00 = No WiFi/BT	D02G = 2GB D04G = 4GB D08G = 8GB	E000 = No eMMC E016 = 16GB E032 = 32GB E064 = 64GB E128 = 128GB	I = Industrial	0 = No PHY 1 = 1 x PHY 2 = 2 x PHYs