Lanner Electronics, an organization specializing in superior community home equipment and rugged utilized computing platforms, has launched the ECA-5555, a compact edge server powered by Intel Xeon 6 SoC, designed for AI-accelerated 5G RAN and Multi-access edge computing (MEC) functions.
The server provides as much as 2.4x capability acquire and three.2x AI RAN efficiency per core in comparison with earlier platforms, with built-in Intel AMX, AVX, and vRAN Enhance applied sciences.
It helps high-speed connectivity with two 100Gbps QSFP28 ports and eight 25Gbps SFP28 ports, guaranteeing optimum efficiency for virtualized RAN and AI workloads.
The ECA-5555 is optimized for MEC functions like cloud gaming and media streaming, that includes PCIe Gen5 slots for GPUs and NICs, in addition to Intel QAT and media accelerators.
The server is designed for rugged environments, working reliably in temperatures starting from -40 to 55ºC.
“Our collaboration with Intel to develop the ECA-5555 underscores our dedication to advancing AI-accelerated radio entry networks,” says Denims Tseng, CTO of Lanner Electronics. “Leveraging the Intel Xeon 6 SoC’s built-in AI acceleration and Intel vRAN Enhance, the ECA-5555 delivers excessive throughput and distinctive efficiency. Its rugged design and Intel’s superior capabilities make it a game-changer for 5G RAN virtualization and MEC functions.”
Lanner highlights its collaboration with Intel to advance AI-accelerated RAN and MEC applied sciences, emphasizing the ECA-5555’s scalability and vitality effectivity. The ECA-5555 will probably be obtainable in Q2 2025.
Lanner Electronics focuses on superior community home equipment, ruggedized edge servers, and clever edge AI platforms.
Associated
5G | AI-RAN | AI/ML | edge AI | edge {hardware} | edge servers | Lanner | MEC
