The eBOX100B is powered by the Intel® Processor N150 (Twin Lake) from Intel Corporation, offering efficient performance with low power consumption. This makes it ideal for fanless, always-on edge deployments where energy efficiency and thermal stability are critical.
The system features 8GB LPDDR5 onboard memory, with an optional upgrade to 16GB. LPDDR5 memory provides higher bandwidth and lower power consumption, supporting smooth edge processing and multitasking.
Yes. The eBOX100B supports a wide operating temperature range from -40°C to +70°C, meets MIL-STD vibration and shock standards, and uses a fanless aluminum and steel chassis with IP40 protection, ensuring durability in factory floors, outdoor cabinets, and energy facilities.
The eBOX100B offers rich industrial I/O, including 2.5GbE LAN, HDMI, COM ports, USB, and an 8-channel DIO. It also supports M.2 and Mini PCIe expansion, enabling NVMe SSDs, Wi-Fi, LTE, or custom modules for flexible system integration.
The system includes intelligent power management features, such as ignition control and USB power on/off, ensuring predictable startup, shutdown, and peripheral control—ideal for unattended edge and remote industrial deployments.
The eBOX100B supports DIN-rail mounting, allowing easy installation in control cabinets, automation panels, and OT environments, where space efficiency and standardized mounting are essential.
Yes. The eBOX100B is designed for low power consumption and adopts paper-based packaging materials, reducing plastic usage and supporting sustainability goals while maintaining industrial-grade reliability.
By combining a fanless rugged design, Intel® Twin Lake processing, LPDDR5 memory, wide-temperature support, and flexible expansion, the eBOX100B provides a compact, reliable, and scalable foundation for next-generation industrial edge and IoT applications.
Built on Intel’s new-generation Atom-class platform, the eBOX100B offers a seamless upgrade path from legacy systems and supports up to 10 years of product lifecycle availability, making it suitable for long-term industrial projects.