MMH25-005

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The MMH25-005 connector, part of the Mini-Universal MATE-N-LOK (UMNL) family of connectors, is a specialized backplane connector. It offers reliable signal and signal-ground interconnections in high density applications.

The unique design and construction of UMNL connectors provide a low-profile, space-saving footprint in backplane and board-to-board applications. UMNL connectors offer exceptional reliability and exceptional quality when used in applications such as servers, heavy-duty computers, switches, storage systems, medical systems, and telecommunications.

The MMH25-005 backplane connector offers two distinct features that sets it apart from other family members of the UMNL backplane connector family. First, it utilizes a large number of parallel pins which enables higher density connections, greater power delivery, and faster data rates. Second, its locking latch, which is designed to ensure that the connector holds secure with no panel/frame tension, increases the vibration and shock resistance of the joint.

The working principle of MMH25-005 is based on two technologies. The first technology is miniaturization. By miniaturizing the components, the same number of pins can be packed into a much smaller area than what would be achievable with traditional backplane connectors. The second technology is high-reliability latching. The latch securely fastens the connector to the mating surface, preventing vibrations or shock from damaging the connections.

The MMH25-005 backplane connector is an ideal choice for applications such as routers, gateways, storage systems, and telecommunications equipment where space and speed are critical. The connector is designed to offer superior performance in high-density applications, and its latching system and miniaturization technology ensure that the connection is secure and reliable. In addition, its wide range of available plating and flash options provides flexibility for system developers that need to match their connection technology to their application requirements.

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