Tip for wiring optimization: Use a shielding system to achieve stable 10 Gbit/s Connection

Today, people need to process, store, and connect more data in a smaller area. The best way that everyone can think of is to make good use of each rack unit and make full use of its potential. This situation also applies to passive connection products. How to plan the capacity, growth, space and power supply of the data center, and how to achieve high stability and reliability in a high-density environment requires meticulous work.

Requirement: ensures secure and reliable information transmission at High Density

In intensive data centers, should we consider using a 10G 6A shielding system with stronger anti-external interference capability and more space-saving capacity and some innovative jumper solutions?

Countermeasure: 10G 6A F/UTP shielding system

Simon's 10G ip addresses include 10G 6A F/UTP or UTP, TERA7 class/F class, And XGLO optical fiber) mapIT smart wiring system, Trunking copper cable, and optical cable pre-end connection system can provide the best cabling solution for the current data center.

Why is blocking the system a top choice for users in 10 Gb applications? Compared with 10G 6A UTP (UTP), Simon believes that 10G 6A F/UTP (F/UTP) shielding systems have better performance, security, space utilization, and ease of installation.

Compared with UTP, which can only provide 18 Gbit/s of Shannon channel capacity, F/UTP can provide over 23 Gbit/s. F/UTP provides a better 10 Gbit/s performance margin, which means supporting more network applications in the future; excellent external crosstalk performance, which is 20 dB better than UTP crosstalk performance; the Natural Feature of shielding eliminates the crosstalk of external ANEXT, thus eliminating the need for field testing. For UTP systems, the field test of Alien external crosstalk is indispensable.

In environments with severe external noise interference, shielding system immunity to noise can provide better guarantees for high-speed signal transmission. The shielding system can eliminate external radiation to improve the signal security.

F/UTP has better space utilization and ease of installation. It is thinner than UTP and can improve the volumetric utilization of the tube slot. UTP has many strict installation restrictions, such as bending radius and cannot be bundled with tight cables, because signal transmission at different rates will generate ANEXT and interfere with UTP performance, therefore, UTP cannot be mixed with 5e or 6 types in a cable trough or cable tray, but the shielding system does not have this restriction. The new product end connection design makes the grounding easier.

F/UTP provides better heat dissipation and saves energy. According to recent theoretical and experimental data from TIA and ISO/IEC standards committees, UTP unshielded systems increase the temperature by two times over the shielding system when the same direct current goes through the wire pair. The reason is that the electrical conductivity and heat dissipation of the metal shielding layer are much higher than that of the jacket material. The finer outer diameter than UTP improves air circulation and cooling performance and saves energy. In the traditional UTP market in North America, F/UTP is rapidly emerging to replace UTP.

Requirement: flexible control of jumper under high-density Port

If the internal and external density of the rack is too high, some traditional RJ45 Jumpers may also cause difficulties in plugging. Therefore, flexible and fast jumper control can greatly save user management time.

Countermeasure: Blade patch cord

Another industrial innovation recommended by US Simon to support high-density trends is the BladePatch patch cord. The plug of this jumper has a unique positioning lock design, locking and unlocking are controlled by the pull of the active jacket. The advantage of this new jumper is that the buckle of the RJ45 connector is removed, thus reducing the space for the finger to hold down the buckle. This new push-pull RJ45 design allows jumpers to move, increase, and change faster, providing convenient jumper use in high-density port environments.

For intensive data center users, No matter what innovative technologies are used, quality and reliability should be one of the most important considerations. Consider the best value, not just the price.

1. Georgia data center uses Simon 10g solution
2. A comprehensive introduction to the smart wiring management structure and application prospects
3. Titanium Integrated Wiring System