12/01 2025

ARBOR Unveils ARTS-7670, Rugged Waterproof Computer, Designed for Edge Computing in Extreme Environments

Taipei, Taiwan – ARBOR Technology, a global leader in Industrial IoT and Edge AI computing solutions, today announced the launch of its new ARTS-7670 rugged, waterproof, fanless embedded computer.
ARBOR Unveils ARTS-7670, Rugged Waterproof Computer, Designed for Edge Computing in Extreme Environments
Powered by the Intel® 14th Gen Core™ processor, the ARTS-7670 boasts up to IP69K protection and MIL-STD-810H military-grade certification. Specifically engineered for in-vehicle AI, smart transportation, and high-specification automation control in extreme environments, the ARTS-7670 establishes a new benchmark for durability, high-performance, and reliability in heavy-duty fleets, mining trucks, and advanced transit systems.

ARTS-7670 Key Features and Benefits:

Military-Grade Standard Ruggedness

Certified to MIL-STD-810H standards, it delivers outstanding resistance to vibration and shock. The system ensures exceptional reliability and stability in high-risk environments such as agricultural machinery, mining operations.

Ultimate Water and Dust Protection: IP69K Rating

Designed with a fully sealed enclosure and M12 industrial-grade waterproof connectors, the system delivers uncompromising IP69K-level protection against dust, water, and corrosion. It withstands direct high-pressure, high-temperature wash-downs, making it exceptionally suited for vehicles and outdoor equipment that require frequent cleaning or continuous operation in harsh environments.

Wide Operating Temperature and In-Vehicle Power Design

Supports an extended operating temperature range of -40°C to 70°C, featuring 9–48V wide-range power input with ignition control (IGN). It is purpose-built for in-vehicle applications, ensuring power stability and adaptability.

High-Performance Core Computing

Designed for demanding in-vehicle AI workloads and real-time edge analytics, the ARTS-7670 is powered by Intel® 14th Gen Core™ processors and the enterprise-grade Q670E chipset. It delivers exceptional computing speed, real-time edge processing capability, and remote management functions, making it ideal for highly distributed and mission-critical deployments.

High-Bandwidth PoE Vision Integration

Equipped with four 2.5GbE PoE (M12 X-coded) ports delivering a total power budget of 100W, it can simultaneously drive high-bandwidth IP sensors and cameras, making it ideal for advanced AOI and in-vehicle vision applications.

Reliable Communication and Wireless Redundancy

Supports CAN-FD and isolated RS-232/422/485 serial communication to ensure stable control signaling and minimize interference. It also accommodates two SIM slots for 5G/4G modules to enable wireless failover redundancy, ensuring secure and reliable data transmission between the edge and the cloud.

Building the Next-Generation Edge Computing Architecture for Extreme Environments

ARBOR stated that the ARTS-7670 is poised to become the critical infrastructure for deploying high-performance Edge AI and smart automation in extreme environments worldwide. Whether enhancing real-time monitoring for transportion or increasing the intelligent control of AGVs and heavy machinery, the ARTS-7670 delivers an extremely reliable computing platform. The launch of the ARTS-7670 not only deepens ARBOR’s footprint in the rugged embedded computer market but will also assist global enterprises in accelerating the implementation and upgrade of edge intelligence.
ARBOR ARTS-7670

Features

Coming Soon

  • IP69K-rated dustproof and waterproof
  • Intel® 14th/13th/12th-Gen. Core™ 35W/ 65W CPU
  • Rugged -25°C to 70°C fanless operation
  • 4 x PoE+ 2.5GbE ports via M12 X-coded with 100W power budget
  • 1 x waterproof USB3.2 Type-C port support DisplayPort and USB3.2 dual output
  • 2 x isolated CANFD port via M12 A-coded
  • 6 x USB 2.0, 1 x isolated RS-232 and 1x isolated RS-422/485 ports
  • 9V to 60V DC input with built-in ignition power control
  • MIL-STD-810H Shock/ Vibration compliant
  • Support dTPM2.0 & Windows®11