How does Cat5e/Cat6 Short Body Unshielded Module ensure high-speed network transmission performance?- Cixi Shuaiye Communication Equipment Co., Ltd

1. Comply with industry standards to ensure compatibility and stability
First of all, Cat5e/Cat6 Short Body Unshielded Module fully complies with multiple industry standards, including TIA/EIA-568B.2-1, EN50173 and ISO/IEC 11801. These standards specify the performance requirements and transmission frequency of network modules, ensuring that the product can support a frequency range of up to 250MHz to meet the needs of high-speed data transmission. By strictly following these standards, Cat5e/Cat6 modules not only ensure compatibility with a variety of network devices, but also provide stable network connections in different working environments.

2. High bandwidth support, compatible with multiple protocols
Cat5e/Cat6 Short Body Unshielded Module supports multiple network protocols, including 10Base-T, 100Base-Tx, 1000Base-Tx, etc., and is suitable for 10Mbps, 100Mbps and 1000Mbps network connections. In addition, it also supports ATM (Asynchronous Transfer Mode) 155Mbps and 622Mbps high-bandwidth transmission, which can meet the needs of today's multimedia, voice communications and other high-speed data applications.

3. Dual-use IDC design to improve wiring flexibility and stability
Cat5e/Cat6 Short Body Unshielded Module adopts a dual-use IDC design, supporting two common wiring methods: 110 wiring method and Krone wiring method. This design greatly enhances the flexibility of installation. Users can choose the appropriate wiring method according to different needs to ensure the rapid configuration and efficient operation of network connections.

IDC (insulated conductor crimping) technology ensures that electrical signals can be transmitted stably by crimping the contact points between the wire and the terminal. The dual-use IDC design enables this module to better adapt to different wiring requirements and reduce the problem of transmission performance degradation caused by improper wiring methods.

4. Cold pressing technology to ensure contact reliability
During the manufacturing process of Cat5e/Cat6 Short Body Unshielded Module, cold pressing technology is used to connect IDC reed and PCB board. This technology uses non-thermal crimping to ensure a more secure and reliable contact between the wire and the connection terminal. This means that even during long-term use, the electrical contact points of the module will not loosen or fail, thereby maintaining the stability and transmission performance of the network.

5. Superior plug-in durability, improving long-term use stability
The contact pin design of the Cat5e/Cat6 Short Body Unshielded Module has been carefully optimized to withstand at least 750 plug-ins and pull-outs. This high-durability design ensures that the module will not experience performance degradation during frequent use and can maintain stable connection quality for a long time.

6. 180-degree wiring method simplifies the installation process
The module uses a 180-degree wiring method, which makes the wiring process easier and more intuitive. During the installation process, technicians can more clearly understand the connection position of each wire, greatly improving the wiring efficiency and reducing the failure rate caused by improper wiring.

7. RJ45 interface, widely used in various network devices
As a common network interface, the application of RJ45 interface in Cat5e/Cat6 Short Body Unshielded Module makes it easily compatible with a variety of network devices. Whether it is a computer, router, switch or other network terminal device, it can be seamlessly connected to the module through the RJ45 interface to ensure efficient data transmission.