Columbia, Maryland, USA – Eurotech, a leading supplier of embedded technologies, products and systems, has announced the next generation of modules in the Catalyst series of embedded computers.
Based on the Intel® Atom™ E3800 series, the Catalyst BT Computer on Module (CoM), will satisfy customers looking for industrial grade quad, dual or single-core performance with enhanced network and video capabilities while maintaining very low power consumption. Designed for intelligent Internet of Things devices, the Catalyst BT delivers the next generation of high performance compute and graphic performance in Eurotech’s familiar 67×100 mm CoM form factor.
The Catalyst BT supports CPU speeds up to 1.91GHz, DDR3L memory, and I/O capabilities such as USB 3.0, PCIe expansion buses, and Gigabit Ethernet. With an extended temperature range of -40°C to +85°C, the Catalyst BT is ideal for both space and temperature constrained devices in medical, industrial, gaming, retail, and automotive markets.
“The Catalyst BT showcases Eurotech’s expertise in extremely low power, industrial grade platforms while taking advantage of the latest processor features and video capabilities,” said Hilary Tomasson, Vice President of Marketing for Eurotech in North America. “The Catalyst product line continues to satisfy customers who are working to conceive, build and connect embedded systems, like the devices that enable the Internet of Things and other embedded applications. Our expertise allows them to do that quickly and reliably.”
The Catalyst BT is a native IoT/M2M platform, supporting Everyware Device Cloud, Eurotech’s scalable cloud offering, consisting of open M2M protocols, cloud-based databases, and brokers, all simply accessible thorough REST APIs. The Catalyst BT is also compatible with ESF (Everyware Software Framework), Eurotech’s Java-based software framework that allows portable, high level programming of embedded devices. The Catalyst BT supports Microsoft Windows and Linux operating systems. It will be generally available in Quarter 2.