SBC - PROFIVE® NUCV-V1605B

x86 Single-Board-Computer in embedded NUC™ standard

The industrial PROFIVE® Single Board Computer (SBC) NUC V1605 was designed in the embedded NUC™ standard and is based on the latest AMD Ryzen™ Embedded V1000 platform which, which is characterized by excellent efficiency and performance as well as a class-leading integrated graphics unit (iGPU / Radeon ™ Vega 8 Graphics).

This makes this single-board computer a very compact, only about 10 x 10 cm large, high-performance industrial embedded board, which is used for a wide variety of applications such as AI (artificial intelligence), ML (machine learning), CV (computer vision), robotics as well as mobile systems, automation, measurement technology and IoT is perfectly equipped.

The CPU is used with a TDP of 12W - 25W:

AMD Ryzen ™ Embedded V1605B - 4 cores / 8 threads - 2.0 GHz to 3.6 GHz - TDP: 12W to 25W
AMD Radeon™ Vega 8 Graphics

*The AMD Ryzen ™ Embedded V1000 Series is designed to meet the processor needs of a wide range of integrated applications, such as: B .:

• Digital casino games - Platforms can provide themed multimedia entertainment presented on multiple 4K monitors. e.g. slot machines, casino games, arcade games, set-top box gaming, ...
• Medical Imaging - The exceptional graphics resolution, powerful processing, and low power consumption enable improved clinical diagnoses. portable medical devices, clinical workstations, MRI, X-ray machines, CT, ...
• Industrial Solutions - AMD solutions can be tailored for a wide variety of automated industrial applications - from rugged machines to machine vision. e.g. industrial control & automation, HMI, industrial PCs, image processing, monitoring / security technology, smart server / gateway
• Thin client & office automation - e.g. in finance / education, printing & image processing
• Communication infrastructure - e.g. for corporate IT / switches / routers, service provider networking, Iot infrastructures

The PROFIVE® NUCV-V1605B SBC is characterized by a wide input voltage range from 8 VDC to 32 VDC as well as special preparation for vehicle use including an input for permanent positive (terminal 30) and ignition positive (terminal 15). In addition, a special overvoltage protection circuit has been implemented for vehicle use, which in particular takes load-dump scenarios into account.
Equipped with a compact active cooling solution, the single-board computer developed and produced in Germany can be integrated and used immediately.

Three different cooling profiles can be selected using the BIOS setting:

• Silent mode (office mode, recommended up to approx. 30 ° C ambient temperature)
• Optimized Cooling (Factory default setting)
• Max cooling

The TDP (12W to 25W) can also be configured using the BIOS setting.

* Sources: AMD
https://www.amd.com/de/products/embedded-ryzen-v1000-series
https://www.amd.com/system/files/documents/v1000-family-product-brief.pdf