Last week, a batch of rack-mounted ODF distribution frames together with supporting pigtails and jumpers were shipped from the EB-LINK warehouse and delivered to a high-tech park integrated wiring project. This batch of goods was divided into three batches according to the building, and the goods were scheduled to arrive according to the construction rhythm. There was no backlog in the machine room and the materials were kept flowing.

The list is based on different buildings.

The core computer room in the park uses a 48-core patch panel for the aggregation building. The weak current rooms in ordinary office buildings mainly use 24-core. The jumper length is ordered step by step according to the cabinet location. It is mixed from 1 meter to 5 meters. The SC and LC interfaces are matched according to the proportion of upstream and downstream equipment. The transfer scene is equipped withLC-SC single mode dual core jumper. All equipment will be packaged after passing the test one by one. Each box will be labeled with the building and computer room number, and the box list will correspond to the points. When you arrive at the site, you can unpack directly by partition, without having to look through the list for comparison on site.

Arrival in batches holds back construction progress

In the integrated wiring project, the biggest fear is that the equipment will arrive at once, have nowhere to store it on site, and be subject to moisture and pressure. This time, the delivery was divided into three batches according to the construction sequence of the three buildings. The first batch covered the core computer room first, leaving a two-week operating window for the welding team; each batch was completed on the shelves and welded within one week after arrival, which reduced the warehouse turnover pressure and reduced the loss rate of bulk materials. The project schedule will be aligned with the computer room construction team once a week, and orders for out-of-stock periods will be made four days in advance to keep up.

Final steps after delivery

The port comparison table and labeling rules are also attached to the shipment. You can operate according to the table on site and pass the random test of link insertion loss during the acceptance phase. This type of park project is different from previousIntegrated wiring and all-optical network FTTH project for high-tech park office buildingsThe structure is similar and can be pressedCampus network and FTTH integrated cabling solutionRefer to layered wiring. Subsequent building expansions can still use the same list template to reduce repeated communication.