Wiring optimization tips: multi-color code, modular and efficient cable management

The data center is the nerve hub of a new economic environment featuring the latest technology and high-speed computing. It is specially configured for the uninterrupted operation of key data operations around the clock. Currently, data centers face problems such as high power consumption and the inability to recycle e-waste in a timely manner.

In AMP's view, the data center infrastructure must be designed to meet the user's six-point needs: ensure round-the-clock operation and achieve fault security-level reliability and continuous monitoring, the separation of power supply, network communication redundancy, and paths ensures the monitoring and security of physical and network access, implements partition environment control, and enables the Design of an Intelligent System that is conducive to moving, adding, and changing MAC.

Requirement: implement data protection and isolation

In the data center, the space of remote servers is very tight. Many companies provide services for multiple customers in one location. The distance between customer data is usually 1 feet or even several inches. Therefore, data protection and isolation are very important tasks.

Countermeasure: multi-color solution

With the multi-color solution, technicians can intuitively view the plug or adaptation ports corresponding to each plug; Distinguish customers by simple color codes; use the color code identification and mechanical key protection, this greatly reduces the risk of data loss. There is a unique selection system in UPP's copper and optical fiber systems with the corresponding identifier to identify the color code each color connector can only be installed in the corresponding plug-in ). Optical fiber solutions can choose to use traditional straight-through connectors or MPO box connection systems that ensure 100% accurate service connectivity at all times.

Requirement: copper optical fiber cannot be less

In the selection of optical fiber and copper cables, modular components are the key to rapid deployment, simple installation, and improved investment efficiency and network flexibility.

Countermeasure: MPO High Density Optical Fiber System and MRJ-21 High Density copper Cabling System

MPO cabling system is a good choice for optical fiber applications. MPO trunk connection cables use factory-connected and tested high-density MPO splices, each with 12-core optical fiber cables ). It also provides pluggable MPO splices, optical fibers ranging from 10 meters to 300 meters, OM1/2/3 or OS1 type optical fibers, and MPO module plug-in boxes. MPO fan-type optical Jumper can realize from connecting optical fiber to each core optical fiber, using MPO-MPO connector, can be LC, duplex SC, MT-RJ or ST type plug, can reduce the number of distribution board.

MRJ-21 system is a high-density, high-performance modular system, it has 24 pairs of wiring and connector solutions can better support data center applications.

Demand: Better cooling performance in small space

The acceleration applications of high-density computing systems such as 1U servers and integrated blade servers greatly increase the power consumption and energy dissipation of enterprise data centers.

In the past, the average power consumption of 42U racks was approximately 2 kw (kw) to kw. In contrast, with the application of a new generation of blade servers, the maximum heat load of the rack can be as high as 15 kW to 25 kW. The acceleration of Small-space and high-density computing systems puts forward higher requirements on network performance.

Countermeasure: through centralized products and smart wiring, power consumption is reduced while wiring density is increased.

Ampu wiring has developed a centralized product series for these environments, which can achieve the design goal of ensuring high density, seamless transplantation, and user flexibility while reducing power consumption.

The product makes the airflow in the rack and floor more smooth, reduces power consumption, and allows low-temperature and high-temperature partitioning.

By using smart cabling to improve space and air circulation performance, cooling can focus on areas that require high heat dissipation, rather than cooling traditional passive cable systems. By using a pre-end system, the system can improve the flexibility of the data center and allow the system to complete adding, moving, and changing operations within minutes.

Comparison between rack-mounted ampu cabling and high-density cabling systems