Upgrading to Wi-Fi 6 access points. Adding HD cameras to conference rooms to enhance the videoconferencing experience for remote workers. Employees watching the latest assigned training videos. All these things require bandwidth, and a lot of it.
This means your fiber optic backbone needs an upgrade.
You and your team start planning a project to upgrade the fiber backbone. The main aspect of the plan is to remove the existing multimode fiber and replace it with singlemode optical fiber. This will allow the network to run at 10G now, and faster when you need more speed in the future.
As you continue planning the project, it turns out to be more complicated than you had hoped. It will require pulling down some ceiling tiles, interrupting the day-to-day activities in the office. The contractor has said to plan for at least two days for the rip-and-replace project to be completed, but he is not sure when they can begin the work. Because all the optical fibers are lit up, i.e., in use, the project will require shutting down services, and that disruption needs to be carefully scheduled, so contingency plans can be in place. Moreover, management is putting pressure on you to get the project completed as quickly as possible. There are a lot of balls to juggle.
Finally, plans are in place, the contractor is tentatively scheduled, the bill of materials is complete, and the needed materials are ready for ordering. You order the materials, and your distributor responds that because of supply chain challenges, the lead time for the singlemode optical fiber is triple what it normally would be. Ouch!
OneMode is a passive media converter that allows the use of singlemode optical modules over legacy multimode fiber. Instead of pulling out the old fiber, the performance of the legacy multimode fiber is upgraded with the installation of OneMode.
OneMode works by shaping the singlemode laser light so that it uses only the fundamental mode of the legacy multimode optical fiber. All the limitations of the multimode fiber disappear, making it behave as if it were a singlemode fiber.
Installation is quick and straightforward. Deploying OneMode only requires access to the ends of the legacy multimode fiber. The fibers can be upgraded within hours with minimal disruption to operations. Given that OneMode takes much less time than a rip-and-replace project, it is less expensive to deploy.