Neousys Technology Nuvo-8208GC Series Rugged Edge AI Platform Featuring Intel Xeon E or 8th-gen Core? Processor, Dual GPU Graphics Cards

June 19, 2019

Product

Neousys Technology Nuvo-8208GC Series Rugged Edge AI Platform Featuring Intel Xeon E or 8th-gen Core? Processor, Dual GPU Graphics Cards

Neousys Technology unleashed the world's first industrial-grade edge AI platform that supports dual top-tier 250W NVIDIA? graphics cards, the Nuvo-8208GC.

Neousys Technology unleashed the world's first industrial-grade edge AI platform that supports dual top-tier 250W NVIDIA® graphics cards, the Nuvo-8208GC. Powered by an Intel® Xeon® E or 8th-Gen Core CPU, the system offers true wide temperature operation, up to 128GB of RAM utilization, five PCIe slots (dual 8-lane x16 slots), USB3.1 Gen 2/1 ports and is United States Military Standard (MIL-STD-810G, Method 514.6) certified to withstand vibration for in-vehicle usage.

Nuvo-8208GC is the first of its kind to offer such stellar CPU/ dual GPU computational power in an industrial-grade rugged compact design. Its rich I/O ports are easily accessed and accepts a wide-range DC input (8~48V) making it easy to deploy and extremely flexible for all your critical industrial AI applications.

Supports Dual 250W NVIDIA® Graphics Cards
Tested for true wide temperature operation, Nuvo-8208GC's dual 250W graphics cards can both operate under 100% load in -25℃ to 60℃ temperature range. Together, the GPUs can provide up to 28 TFLOPS in FP32, ideal for autonomous vehicle, advanced facial recognition, complex machine vision, vision inspection, industrial edge and critical AI computing.

Wide-range DC Input - Efficient Power Management Design
Unlike other systems on the market that offer dual graphics cards but require multiple power sources, Nuvo-8208GC's power delivery design requires only one adaptor to operate. It also features ignition control and accepts 8~48V wide-range DC input, allowing it to be deployed in a variety of vehicles and is easy to setup in various conditions.

Patented Technology - Effective Thermal Design and Shock-resistant
Nuvo-8208GC features Neousys' patented heat dissipation design (* R.O.C Patent No. M534371) allowing the system to function under 100% load in -25℃ to 60℃ wide temperature range.

The two powerhouse graphics cards are secured by a patented adjustable graphics card holder to withstand vibrations while a system damping bracket further neutralizes the effects of shock and vibration during rugged applications.

Connectivity & Expandability
Nuvo-8208GC has various I/O ports with screw lock mechanism and plentiful internal expansion options. The easily accessible panel offers four 10Gbps USB3.1 Gen2 ports, four 5Gbps USB3.1 Gen1 ports, two Gigabit Ethernet ports, two COM ports and three independent display output connectors. There are also two hot-swappable 2.5" trays on the side. In addition to the dual graphics card slots, Nuvo-8208GC has two PCIe x8 Gen3 (4-lanes) and a PCIe x4 Gen3 (1-lane) slots for you to install other function-purpose expansion cards (such as I/O, capture, PoE, motion cards...etc.). Other internal expansion slots include M-key M.2 2280 for NVMe or Optane™ memory or SSD, two full-size mini PCIe/ mSATA ports, B-key M.2 2242 and an internal USB2.0 port.

Application
Nuvo-8208GC is an ideal embedded system for various applications, such as deep learning, machine learning, autonomous vehicle, vision inspection, edge computing and intelligent video analytics.

Nuvo-8208GC will be available in July. For more information, please visit Neousys www.neousys-tech.com.


About Neousys Technology

Established in 2010, Neousys Technology designs and manufactures rugged embedded modules and systems with core expertise ranging from embedded computing to data acquisition and processing.
Our dedication to innovate and integrate practical application-oriented functions set us apart from the rest and our products are ideal solutions for automation, machine vision, transportation, GPU computing, surveillance and video analytics.

Neousys Technology application-oriented systems thrive in the following field:
• Wide-temperature fanless computing
• Rugged embedded fanless computing
• Machine vision platforms
• In-vehicle fanless PC
• Ultra compact fanless controller
• Surveillance/ video analytics computing
• GPU computing