HSHM-H192DE4-8CP1-TG30L

The HSHM-H192DE4-8CP1-TG30L connector is a backplane connector belonging to the Hard Metric and Standard classification. It is designed to meet the needs of modern technology, particularly as it relates to high-density connections. It is designed to connect a wide variety of electronic devices, such as computers, routers, and switches. The connector’s design allows for reliable contact between the components and the board. Additionally, it is designed to be compatible with most standard High-speed Backplane applications.

The connector is composed of two parts, the male and the female. The male has 8 contacts on its surface, and the female is configured to match the male. The contacts are made of gold plating for high performance and durability. The contacts are also designed to be able to withstand high-speed communications. The female portion of the connector also has an additional contact for grounding purposes.

The HSHM-H192DE4-8CP1-TG30L is designed to be able to withstand high frequency data transfer rates. It is rated at up to 10 Gb/s and up to 16 Gb/s in certified installations. Additionally, it has been designed to meet the requirements for EMI/EMC and meet MIL-STD-810F.

The connector is usually attached to the board with the use of screws, nuts, and mounting brackets. It is also designed to be able to be soldered on the board with ease. Additionally, it is designed to be able to be daisy-chained, meaning that one unit can be used to connect multiple units together without having to use multiple units.

The HSHM-H192DE4-8CP1-TG30L connector has a wide range of applications in the industry today. It is used for High-Speed Backplane applications, such as data centers, server racks, and network switches. Additionally, it can be used for High-Speed Chip-to-Chip applications, such as CPU and memory modules, and for High-Speed DRAM applications, such as RAM modules.

The HSHM-H192DE4-8CP1-TG30L connectors are used in many industrial applications for their ability to quickly and efficiently transfer data. The connector is designed to be able to handle high-frequency data and transfer speeds. Additionally, it has been designed to meet EMI/EMC requirements and provide a secure and reliable connection. The connector’s design also allows for the use of daisy-chaining, making it a versatile and reliable choice for many different applications.