10079248-15217LF

Memory Connectors - Inline Module Sockets are often used in both commercial and military applications where reliability and durability are critical requirements.

10079248-15217LF is a high-performance memory connector module socket that is designed for use in advanced computing and communications architectures. This module socket features an extended temperature range and real-time signal processing for greater speed and accuracy. It also offers high performance, low latency, exceptional reliability and rock-solid durability.

The 10079248-15217LF module socket is constructed from a high-tensile polycarbonate body with a nickel-plated contact. The contacts are precision-crafted for a secure fit and enhanced performance. The pin connections are designed to withstand extreme temperatures, moisture, dust and other environmental conditions, ensuring consistent performance over time.

The 10079248-15217LF module socket is designed to connect a wide range of memory devices, such as memory cards, memory modules, SIM cards, and other devices. The module socket is designed to be used in both static and dynamic applications, allowing it to connect and disconnect multiple devices quickly and easily. Its high speed interface allows for communication across multiple memory components with low latency, allowing for fast, accurate data processing.

The 10079248-15217LF module socket is compatible with a variety of interfaces, including PCIe, SCSI, SAS, USB, and SATA. Its advanced signal processing capabilities allow for high performance data communication and rapid memory access times. This module socket is also designed with built-in EMI shielding to ensure data integrity and protect against electromagnetic interference.

The 10079248-15217LF module socket is a highly reliable, cost-effective memory connector designed for countless applications. Its innovative design, long lifespan, and high performance make it an ideal choice for mission-critical applications in which reliability and durability are key criteria.