Fanless Box PC, Fanless Embedded System
What is a Neousys Fanless Box PC?
Neousys Fanless Box PC uses a uniquely designed heat sink and SSD storage. The CPU of fanless embedded system is situated right next to the heat sink with an extremely heat conductive material placed in between to channel the heat. While most Neousys Mini Box PCs are fanless, some may use an optional smart fan to sustain optimum temperature inside the chassis when multiple add-on cards are installed.
Neousys Mini Box PC is available as fanless embedded computers in various sizes to better suit your application needs such as embedded vision controller, mobile surveillance, GPU computing, automation and industrial facility monitoring. It features Intel® Core™ i series processors with rich I/O ports and up to 5 PCIe/ PCI expansion slots. The maximum operating temperatures range from -40℃ to 70℃.
What are Benefits of Neousys Fanless Box PC?
Fanless Box PC vs. Traditional IPC
Neousys Fanless Box PC features low power consumption electronic components in the embedded system, and function with 100% CPU load under the maximum wide temperature range from -40℃ to 70℃ for industrial solution. It has:
- Advantages over SBC & ATX systems
- Lower internal chassis temperature for add-on cards
- Quiet operation and enhanced system durability
New Horizon for Industrial Computing
Neousys Fanless Box PC is designed as a rugged embedded system but it also has the same level of expandability as most IPCs, thus offering greater application flexibility for Industry 4.0 and Internet of Things. It features:
- Intel® Coffee Lake and Skylake platform
- Front panel I/O design
- Patented Expansion Cassette for add-on cards (More)
CPU Performance vs Ambient Temperature
Tested and proven, Neousys Box PC in fanless embedded system can perform under 100% CPU load consistently in wide temperature operating settings.
Skylake GPU vs Previous Generations
Skylake GPU offers up to 40% performance increase while Neousys Fanless Box PC design provides efficient heat dissipation for steady GPU performance in embedded system.