Application of the pre-end connection system in data center upgrade and Transformation

Data CenterOfIntegrated WiringIn the initial stage of data center construction, the system must consider future upgrades and transformation. The reason is:

1. Technical Level: With the continuous improvement of the network technology level, the Integrated Wiring System is changing with each passing day. The original system cannot meet the storage and exchange needs of a large amount of data. The existing system must be upgraded and transformed;

2. Economic level: the construction party can predict the future development trend of technology. However, due to investment costs, the data center Integrated Wiring System is designed to meet current needs. When there will be ample funds in the future, consider upgrading and transformation.

1. IDC upgrade and transformation objectives

This case does not belong to the two upgrades mentioned above. The reason is that the data center in this case is divided into two phases: construction of one data center in the first phase and construction of one data center in the second phase. The two data centers share the same structure and needs, and are backed up and expanded to each other. The requirement of the construction party is that most of the equipment and wiring of the data center in Phase I should cover Phase II applications, that is, two identical systems should be configured in Phase I data center, after the phase II data center has been built, it will be moved to the Phase II system as it is. Then the two data centers are interconnected.

2. thinking and analysis on product and equipment selection during transformation

To achieve the above requirements and objectives, the selection of Integrated Wiring System products is very important. After careful consideration, the entire data center integrated wiring system selects pre-terminated optical and copper) systems.

Optical System: multi-mode 10g MU interface pre-terminated cable, single-mode zero-water peak LSH/APC interface pre-terminated cable. The number of cores is 24, 48, and 144, respectively. The standard length of the split part of the two ends of the pre-end connection is 1 meters, and it is properly protected. The 3U plug-in distribution frame can be flexibly configured with 12 plug-boards at the front end. Each plug-board can accommodate 12 MUD/LCD coupler and can weld 24 cores. Blind board 1 can be configured for unnecessary ports ). The pre-end cable and the cabling on the back of the distribution frame can achieve dustproof and waterproof effects. For detailed installation instructions, see ,).

Protection Device Removal Instructions

3U 288-Core Pre-end Optical Cable Interface Box front)

3U 288-Core Pre-end Cable Distribution Frame back)

The backend of the distribution frame oblique line)

Copper system: patch cord. The patch cords selected in this project are eight bundles. The reason for choosing eight bundles is to consider installation problems such as bending radius. If a Cabinet with a depth of 1 meters is used as an example, a maximum of 15 bundles can be installed on one side, that is, applications with 120 ports can be installed, and both sides can be connected at the same time, A maximum of 240 copper ports are supported. See)

8 patch cords and 1 bundle)

The selection of the above products supports the application of data center upgrade and transformation. The reason is that these are all pre-end system solutions. One of the advantages of the pre-end system is to reduce the installation and maintenance time costs. In addition, the impact on the data center environment is minimal.

The application of the pre-end connection system in the data center upgrade and transformation has been introduced to you. I hope you have mastered and understood it.