NeoEyes NE301: Edge Vision AI Camera

Built for Edge. Ready for Anything.

25 FPS YOLOv8
Efficient AI at the Edge

Efficient AI at the Edge

Firmware

Tools

API

SDK

Open
Ecosystem

Close-up of the STM32N6 NPU chip, delivering 600 GTOPS (0.6 TOPS) of on-device AI performance.

Low Power
Instant Response

Modular Integration

Customize Your Sensing System

Low Power Instant Response design, showing the STM32N6 and STM32U0 power controller for ultra-low standby.

600 GTOPS

Performance

NE301 deployed in an outdoor street scene, showing Flexible Power options (PoE/Battery) and IP67 readiness.

Flexible Power ·
Deploy Anywhere

Built for Edge.
Ready for Anything.

Efficient AI
at the Edge

25 FPS YOLOv8 at
3 TOPS/W

600 GTOPS

Performance

Low Power
Instant Response

Modular Integration

Customize Your
Sensing System

Open Ecosystem

Firmware
Tools
API
SDK

Flexible Power ·
Deploy Anywhere

AI Model Deployment icon label for LOCAL / OTA (Over-The-Air) software updates

Deploy AI models fast

Update AI models locally or remotely across devices. Manage staged rollout and rollback via Web UI / API.

Model deploy guide →

Remote wake,
instant response

Independent STM32U0 power hub with Sleep / Standby / Performance modes and wake via RTC, GPIO, UART/RS485, BLE, or MQTT.

Power Mode →

$NE301 AI Camera STN36N2 Startup and wake-up speed label showing microsecond and millisecond ( $\mu s / ms$) performance$

IP67 Outdoor Ready certification label for the durable NeoEyes NE301 Edge AI Camera

Built for the field

-20~50 °C, 0–95% RH. Compact size with multiple mounts. Power via 4×AA / PoE / Solar / Type-C.

Accessories →

Plug-and-Play

Power Mode

Model Deployment

Connect & Install

Pick Your Field of View

Connect via MIPI-CSI or USB, with selectable 51° / 88° / 137° FOV to match distance and coverage, ensuring correct framing and image quality.

Quick Start

Pick Your Field of View feature for CamThink, showing MIPI-CSI and USB connectivity, with selectable 51° / 88° / 137° FOV

Power Mode

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Quick Start

Model Deployment

Import AI models in Web UI, validate on live feeds, then run on-device image/video inference locally or via OTA with staged rollout and rollback.

Quick Start

Deploy your AI Model feature for CamThink, showing Web UI import, on-device inference, and local or OTA deployment

Connect & Install

Connect via Cat.1, PoE, Wi-Fi 6, and secure MQTT/HTTPS with TLS for easy site installation.

Quick Start

Connect & Install feature for CamThink, showing Cat.1, PoE, Wi-Fi 6, and secure MQTT/HTTPS with TLS

Deploy Your AI Model

Import AI models in Web UI, validate on live feeds, then run on-device image/video inference . Deploy locally or via OTA with staged rollout and rollback.

Model deploy guide →

Remote wake,
instant response

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Power Mode →

Built for the field

-20~50 °C, 0–95% RH. Compact size with multiple mounts. Power via 4×AA / PoE / Solar / Type-C.

Accessories →

Outdoor Ready icon label for the outdoor ready feature

Plug-and-Play

1 / 4

Pick Your Field of View

Connect via MIPI-CSI or USB, with selectable 51° / 88° / 137° FOV to match distance and coverage, ensuring correct framing and image quality.

Quick Start →

Power Mode

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Quick Start →

Deploy Your AI Model

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Quick Start →

Connect & Install

Import AI models in Web UI, validate on live feeds, then run on-device image/video inference . Deploy locally or via OTA with staged rollout and rollback.

Quick Start →

Pick Your Field of View

Connect via MIPI-CSI or USB, with selectable 51° / 88° / 137° FOV to match distance and coverage, ensuring correct framing and image quality.

Quick Start →

Power Mode

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Quick Start →

Deploy Your AI Model

Choose Sleep / Standby / Performance mapped to your scenario, with remote wake via RTC, GPIO (PIR/radar), UART / RS485, BLE, MQTT.

Quick Start →

Connect & Install

Import AI models in Web UI, validate on live feeds, then run on-device image/video inference . Deploy locally or via OTA with staged rollout and rollback.

Quick Start →

Accelerated Edge AI Deployment

From concept to reality, leverage NE301's open ecosystem to rapidly build high-impact AI applications.

Smart Vision Node
Use NE301 as a standalone edge AI camera for image or video tasks. Switch between real-time video inference and low-power detection — all on the edge.
Setup:
1× NE301
Sensor Fusion Hub
Deploy NE301 as a local Wi-Fi hub to fuse data from PIR, radar, or environmental sensors. Combine sensor triggers with image analytics and send real-time results via MQTT or HTTP.
Setup:
1x NE301 + 2-3 Sensor (PIR / Radar) + Wi-Fi / Cat.1
Mobile Vision System
Integrate NE301 into DIY robots for real-time navigation, tracking, or gesture control. Open, low-power, and fully programmable for mobile prototypes.
Setup:
1× NE301

Accelerated Edge AI
Deployment

From concept to reality, leverage NE301's open ecosystem to rapidly build high-impact AI applications.

1 / 3

Smart Vision Node

Use NE301 as a standalone edge AI camera for image or video tasks. Switch between real-time video inference and low-power detection — all on the edge.

Setup:

1× NE301

Sensor Fusion Hub

Deploy NE301 as a local Wi-Fi hub to fuse data from PIR, radar, or environmental sensors. Combine sensor triggers with image analytics and send real-time results via MQTT or HTTP.

Setup:

1x NE301 + 2-3 Sensor (PIR / Radar) + Wi-Fi / Cat.1

Mobile Vision System

Integrate NE301 into DIY robots for real-time navigation, tracking, or gesture control. Open, low-power, and fully programmable for mobile prototypes.

Setup:

1× NE301

Smart Vision Node

Use NE301 as a standalone edge AI camera for image or video tasks. Switch between real-time video inference and low-power detection — all on the edge.

Setup:

1× NE301

Sensor Fusion Hub

Deploy NE301 as a local Wi-Fi hub to fuse data from PIR, radar, or environmental sensors. Combine sensor triggers with image analytics and send real-time results via MQTT or HTTP.

Setup:

1x NE301 + 2-3 Sensor (PIR / Radar) + Wi-Fi / Cat.1

Mobile Vision System

Integrate NE301 into DIY robots for real-time navigation, tracking, or gesture control. Open, low-power, and fully programmable for mobile prototypes.

Setup:

1× NE301

Specifications

Core	Cortex-M55 @ 800 MHz, Arm Helium (M-Profile Vector Extension)
NPU	Neural-ART™ accelerator @1GHz, up to 0.6 TOPS AI inference
SRAM	4.2 MB
ISP	On-Chip ISP with demosaicing, AWB
Vido Codec	H.264 Hardware encoder, JPEG codec, supports 1080p@30fps
NPU Efficiency	3 TOPS/W, fanless
Boot / Wake Time	Microsecond boot, Millisecond wake-up
Power Ctrl Unit	The STM32U073Kx further reduces N6 power consumption through independent, refined power management.
HyperFlash	128 MB
PSRAM	64 MB
Buttons (On-board)	1x Reset、1x Boot、1x Snapshot / Recording
Indicators (On-board)	1x Power LED (PWR)、1x Status LED (STS) 、1x Debug LED
Communication	WiFi6 / Bluetooth 5.4
Lens Module	1x 4-Pin USB、1x MIPI CSI-2
I/O Interfaces	1x UART、1x RS485、1x I2C、2x GPIO、2x GND、1x 3.3V / 5V (controllable)
Debug/Power	1x USB Type-C、1x 4-Pin UART
Audio I/O	1x Audio-IN 、1x Audio-OUT
Communication Expansion	12-Pin + 16-Pin expansion IOs for communication modules
Power Interface	2-Pin Connector (Battery / USB Type-C) 4MP OS04C10 / USB Camera Module
Camera Module	4MP OS04C10 / USB Camera Module
Sensor Expansion	2-Pin Connector (Battery / USB Type-C)
Power	5V DC-In
Operating Temperature	-20°C ~ 50°C
Ambient Humidity	0–95% RH (non-condensing)
Dimensions	77 x 77 x 48 mm
Certification	CE / FCC / RoHS / SRRC

Specifications

Processor	STM32N6 (Cortex-M55 + NPU 0.6 TOPS) + STM32U073Kx
Memory	4.2 MB SRAM + 64 MB PSRAM + 128 MB HyperFlash
Al Performance	600 GOPS
NPU Efficiency	3 TOPS / W
Camera Input	MIPI CSI / USB
Connectivity	Wi-Fi 6 / BLE 5.4
Storage	SD Card (Excluded)
Operating Temp	-20 °C ~ +50 °C
Protection	IP67
Power supply	4×AA battery / PoE / DC input
Dimensions	77 × 77 × 48 mm

Resources

Datasheet

All specs in one place

Download→

Access NG4500 developer guide with setup steps and examples

Developer Docs

Step-by-step developer guide

Discover Now→

Discord

Join CamThink's global dev community

Join Now→

Contact CamThink for NG4500 integration, OEM support, and bulk orders

Business Inquiry

Support for integration and orders

Resources

Datasheet

All specs in one place

Download→

Developer Docs

Step-by-step developer guide

Discover Now→

Discord

Join CamThink's global dev community

Join Now→

Business Inquiry

Support for integration and orders

Built for Edge. Ready for Anything.

Built for Edge.Ready for Anything.

Deploy AI models fast

Remote wake,instant response

Built for the field

Pick Your Field of View

Power Mode

Model Deployment

Connect & Install

Deploy Your AI Model

Remote wake,instant response

Built for the field

Pick Your Field of View

Power Mode

Deploy Your AI Model

Connect & Install

Pick Your Field of View

Power Mode

Deploy Your AI Model

Connect & Install

Accelerated Edge AI Deployment

Accelerated Edge AIDeployment

Specifications

Specifications

Built for Edge.
Ready for Anything.

Remote wake,
instant response

Remote wake,
instant response

Accelerated Edge AI
Deployment