Sphinx

Ruggedized AI camera with 5G connectivity and real-time analytics

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Sphinx

Ruggedized AI camera with 5G connectivity and real-time analytics

About Sphinx

Sphinx is a self-contained, ruggedized AI camera supercharged with NVIDIA Jetson OrinTM NX and XavierTM NX. With dual image sensors providing excellent low-light performance, the camera offers a reliable solution for deploying various AI applications, including automatic number plate recognition (ANPR), public safety, and intelligent traffic management system (ITMS). Its open modular connector enables operators to enhance its capabilities by integrating external sensors, such as air-quality sensors, LiDAR, and radar. Sphinx has Gigabit Ethernet and 5G connectivity, ensuring seamless operations even in challenging environments.

Supercharged with Jetsons

As a self-contained, ruggedized AI camera supercharged with NVIDIA Jetson OrinTM NX and XavierTM NX system-on-modules, it facilitates advanced analytics and real-time decision-making at the camera level.

Communication

Gigabit Ethernet and 5G connectivity ensure seamless operations even in challenging environments.

Dual Image Sensor Package

A 2.3MP sensor for high-speed image acquisition with fully controllable optical zoom and WDR. A 5MP wide field of view sensor with HDR that provides a high-quality image output.

Built-in IR Illumination

The camera's built-in IR Illumination enables it to operate in low-light conditions.

Rugged Design

Sphinx is an IP65 camera that enables it to thrive in the harshest environments; it is dust and rain (water) resistant.

API Control

Full control and live feedback of dual image sensors and IR settings.

Highlighted Features

Hardware

Dual Image Sensor Package

IP65 Rugged Design

Built-in IR illumination

GPS

Product Specifications

NVIDIA Jetson platform

Xavier NX series

Xavier NX 8GB, 16GB

Orin NX series

Orin NX 8GB, 16GB

General

BSP:

Jetpack 5.1.1

Storage:

128GB NVME SSD

Serial Port:

1x RS232 through M12 connector

Power Input:

9V-16V DC input through M12 connector

Certification:

CE, FCC, RoHS, REACH

Networking

Wi-Fi:

Optional, supports Intel® Wireless-AC 9260 Wi-Fi module

SIM Card slot:

Nano SIM slot (at the edge IO)

Ethernet:

1x GBE LAN through M12 connector

Illuminator

IR LED:

4 high power LEDs, InfraRed @ 850 nm (10 meters distance)

Environment

Operating Temperature:

-20°C ~ +50°C

IP Protection:

IP65

Condensation Resistance:

System with anti-fog design and hydrophobic glass

Installation:

Camera bracket

Mechanical

Dimension:

275 x 163 x 94.9 mm (L x W x H) (without antenna)

Weight:

3.8kg

Installation:

Wall Mount (Maximum height of camera installation is 10 meters)

AR0234 (Global shutter)

IMX335 (Rolling shutter)

Sensor Specifications

Image Sensor

ON Semiconductor

SONY

Max. Image Resolution

1920H x 1200V

2560H x 1920V

Max. Frame Rate

100fps (1920x1080)

30fps (2560x1920)

WDR

Digital WDR

HDR

Day/Night Mode

Day/ Night/ Auto

Day/ Night/ Auto

Lens Specifications

Effective Focal Length

3.5~9.85mm

3mm

Field of View

Wide: D128.1°× H103.1°× V60.6
Tele: D39.9°×H33.8°×21.1°

D140.7°× H107°× V77.8°

Focus Control

Oneshot auto focus/ Manual focus

Fixed M12 Lens

Aperture

F1.8~F3.3

F2.0

Iris Control

Auto

Fixed type

Downloads

Sphinx Web Preview

Web Preview offers real-time video feed access from the camera and enables operators to adjust the settings, including brightness, contrast, white balance, exposure, and zoom level, and to create and schedule custom camera presets, including tailored settings for daytime and nighttime scenarios.

Use Cases

smart retail use cases illustrations

ALPR for Smarter Parking

ALPR solutions capture images of vehicle license plates and transform these images into alphanumeric characters with optical character recognition. They then compare the plate numbers to one or more databases.

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smartfactories use cases illustrations

Smart Traffic Management

With the growing cities and populations, Smart Traffic solutions are now one of the top priorities of the Urban Cities. Road Congestions, Traffic violation, Vehicles detection and classification with less human resources, license plate recognition and more.

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