Aitech Systems has launched the M622, a fully-managed 10GbE/40GbE Ethernet switch/router in the XMC (Switched Mezzanine Card) form factor.
The M622 is designed for embedded and harsh environment applications such as military and aerospace platforms, and has been optimized for SWaP-C (size, weight, power and cost).
An order of magnitude bandwidth and capacity upgrade over Aitech’s M620, the M622 is based on an advanced and flexible Layer2/Layer3 (L2/L3) Ethernet switch and packet processor offering up to 320 Gbps of full wire-speed bandwidth. This innovative XMC solution provides 10/40GbE internal connectivity within any OpenVPX or SOSA aligned ruggedized embedded system, between modern SBCs and other processing and I/O boards, while enhancing SWaP-C throughout the system.
Meeting the high-density and high-speed connectivity demands across mil-aero platforms, the M622 facilitates modern onboard Ethernet-based digital backbones and networks with requirements for IPv4/IPv6 routing, time synchronization, security, high reliability, and support for network redundancy. The high-speed connectivity solution is able to significantly improve any platform’s reliability and survivability in the field by offering a fast-boot mode, which allows the switch to be fully configured and ready for operation within 45 seconds after a power-up or restart event.
According to Aitech, the M622 is the only product available today combining a SWaP-C optimized XMC form factor with this high network bandwidth capacity and interface speed, as well as a rich set of networking features.
Alex Trigoub, Director of Board Level Product Line for Aitech, commented: “The XMC form factor is a highly beneficial way of implementing connectivity for modern military platforms utilizing a centralized digital backbone. However, existing solutions fail to meet the demand for high networking bandwidth, the number of Ethernet interfaces and the required networking features and protocols. The M622 is a gamechanger for current and future military and aerospace platforms that utilize high resolution sensors/cameras and process large amounts of data using onboard AI systems and mission computers.”
