【Taipei, Taiwan, Aug 7, 2015】 IEI Integration Corp. (IEI), the global industrial computing IoT solution provider, announced the launch of the latest fanless Intel® Bay Trail industrial embedded board series. This embedded board series provides high performance and low power consumption and can be used widely in vertical markets and all industrial environments. It is definitely the best replacement for the N270+945GSE embedded board series which will be gradually phased out in these 2 years.
The fanless embedded board series is powered by Intel® Bay Trail quad-core SoC which is three times faster than the single-core Intel® Atom™ N270 CPU. In addition, it not only provides mSATA and SD card support to expand the storage capability, but also upgrades the specifications to USB 3.0 and DDR3L to provide faster data transmission and reduce power consumption which can greatly enhance work efficiency. This series also supports an extended operating temperature ranged from -40°C to +85°C for industrial applications in tough and rugged environments.
Windows 7 (Pro/WES7/WEC7), Windows 8.1 (Pro/WE8), Windows 10 and Android operating systems are all supported by the low power consumption, fanless Bay Trail embedded board series to offer multiple options for users. IEI Bay Trail industrial board series combines high resolution, great efficiency and low power consumption. Improving the overall function of the system allows users to replace the N270+945GSE series seamlessly and satisfies their various requirements. Moreover, IEI also promises to provide long-term supply for at least 5 years.
IEI Bay Trail embedded board series is definitely going to offer users an all new experience with its new technology, competitive price and long-term support.
The features of the Bay Trail embedded board series include:
• On-board 22nm Intel® Atom™ quad-core SoC
• USB 3.0 support
• Upgraded to DDR3L memory
• More outline size and function options
Some of the models further provide the following features:
• Supports 9 V ~ 26 V DC input
• IEI Internal DisplayPort provides multiple video output options
• Wide operating temperature from -40°C to +85°C
• Long-term supply for at least 5 years