3.5" Single Board Computer with Intel Atom X6000E Series Processors

More Performance

Besides better CPU performance, 3.5”-SBC-EKL, powered by the newest Intel® Atom® x6000E Series, Celeron® N6000 Series and Pentium® J6000 Series Processors, delivers up to twice graphics performance with up to 32 execution unit cores in comparison with the previous-generation counterparts. The improved GPU performance has more power to accelerate AI and machine vision tasks. In addition, the board has two DisplayPort connectors on the rear panel and can support 4K UHD resolution at 60 frames per second.

Lower Latency

3.5”-SBC-EKL is equipped with several new-generation interfaces, such as two DDR4 SO-DIMM memory sockets, two 2.5 GbE LAN ports, two USB 3.2 Gen 2 connectors, one SATA 3.0, to support high data transfer rates between memory, storage and peripheral devices. Partial models support Intel® Time Coordinated Computing (TCC) technology as well as Time-Sensitive Networking (TSN) protocol and can provide ultra-reliable low-latency Ethernet communication.

Greater Scalability

Besides three M.2 expansion slots with Key B, Key E and Key M physical interface forms respectively for SSD, WLAN, Bluetooth, WWAN and other possible expansion, 3.5”-SBC-EKL is still equipped with a board-to-board connector and allows system developers to add a daughter board for the expansion of additional I/O ports or functions according to the requirements and applications they address.

Higher Security

In addition to the integrated security features offered by the processor, such as Intel® Platform Trust Technology (Intel® PTT), Intel® AES New Instructions (Intel® AES-NI), Intel® SHA Extensions, Intel® Secure Key and Intel® Boot Guard, 3.5”-SBC-EKL integrates another TPM 2.0 security chip on the board and can provide a securer hardware-based approach to manage user authentication, network access and data protection. Partial models support Intel® Safety Island technology to provide IEC 61508 and IOS 13849 compliant functional safety features, allowing developers to implement functional safety mechanisms with less effort.