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EB-LINK has completed the full range of 100M, Gigabit and 2.5G SFP optical modules in stock before the peak of project delivery in the middle of the year. Commonly used models can be shipped on the same day, and insist on testing one by one before leaving the factory, so that the project team can quickly fill the module gaps in the access layer and monitoring backhaul link.

The most fearful thing about mixing orders from multiple brands is mixed codes. After the factory inspection process is upgraded, the modules that have completed customized coding must pass three verifications: readback verification, unit-by-unit testing, and actual insertion and random inspection before being labeled and shipped. The accuracy of the distribution depends on the process rather than manual memory.

In metropolitan area network expansion orders, the same model corresponds to multiple brands of code types. The factory writes codes one by one according to the port mapping table, divides the boxes and labels them for shipment, and puts them on the shelves directly without unpacking and sorting at the arrival site, making delivery and operation and maintenance more worry-free.

The new firmware of the switch constantly adjusts the module identification strategy, and if the old code pattern is used, it is easy to cause alarms or even disconnections. This update of the code library has supplemented the new model templates of mainstream brands. Customers can match the corresponding coding scheme by reporting the switch model.

After code writing, readback verification, and optical port testing are split into workstations and automatic readback comparison is put online, what changes have occurred in the delivery rhythm of customized code writing orders, and what confirmed delivery information can integrators and operation and maintenance procurement get.

Park all-optical network transformation often encounters the problem of insufficient fiber cores. EB-LINK recently completed the batch delivery of single-fiber optical modules and transceivers for an FTTH project in a high-tech park. The A/B code was written and shipped in pairs. This article restores the project difficulties and delivery process.

The switch brand detection mechanism often causes third-party modules to not be recognized. EB-LINK has recently upgraded its coding customization service for all series of optical modules, expanded the supported brands and code libraries, and retested each module one by one after coding before shipping. This article introduces the upgrade content and process changes.

2.5G speed has long been in the blind spot of selection, and is often out of stock when demand comes. EB-LINK has recently expanded its SFP 2.5G optical module series in stock, covering three distances of 20/40/80KM. This article introduces the stocking background and the difference in parameters between the three distances.

Optical module selection often requires back-and-forth confirmation due to unclear parameters, which results in low efficiency. EB-LINK has recently completed the upgrade of parameter annotation on the optical module product page in the site. Core specifications such as rate, package, wavelength, and transmission distance are directly displayed on the home screen of the page. This article explains the upgrade content and changes to selection efficiency.

The EB-LINK technical support department recently held a half-day fiber optic cabling construction specification workshop in Shenzhen, providing lectures and practical operations around selection, bending radius, label coding and completion data. Many campus and building all-optical network integration partners participated.