Taipei, Taiwan : To accelerate edge IoT deployments for clients, AAEON has announced its introduction of GENE-EHL5, a newly added 3.5” Subcompact Board Powered by Intel Atom x6000E Series, Pentium and Celeron N and J series Processors (formerly Elkhart Lake) for performance optimizations and enhanced system integration. GENE-EHL5 delivers up to 40% greater performance than previous generation platforms and comes with revolutionary board design which provides four M.2 expansion slots, doubling the previous generations. The revolutionary expansion design further strengthens scalability in time-to-market deployments.
With Intel Atom x6000E Series, Pentium and Celeron N and J series processors (formerly Elkhart Lake) on board, GENE-EHL5 delivers up to 40% greater performance than previous generation platforms upgrades than previous generation platforms, particularly in single-thread performances, multi-thread performances and graphical capabilities to meet the next-generation edge IoT requirements.
For optimal scalability in edge AIoT applications, the revolutionary board design of GENE-EHL5 offers four M.2 slots for wireless connectivity and NVMe modules, doubling our previous generations and most competing subcompact boards in the market, and one of the four M.2 sockets of GENE-EHL5 supports 5G network module for 5G MEC applications. In addition, GENE-EHL5 also comes with a nano SIM card slot that can support 5G SIM card, to further 5G connectivity in real-world deployments. Regarding wired connectivity, GENE-EHL5 is designed with dual Intel i210 GbE Ethernet controllers to offer industrial-grade LAN connectivity for embedded applications.
To shorten the time-to-market deployment, GENE-EHL5 offers customizable display configurations with one HDMI 2.0 port plus one VGA or DP 1.4 port and one eDP or LVDS port by options. In addition, GENE-EHL5 supports up to 3 simultaneous displays for vision-intensive applications. The internal eMMC, touch controller and TPM offer an integrated solution to shorten the design-in process.
