"Grasp -> Improve -> Stabilize" is executed full-time and fully automated to resolve communication environment problems.
- It “traffic controls” to improve packet loss, packet retransmission, and delays, which are the main causes of wireless LAN performance degradation. This improves transfer speed by up to about 3.5 times.
- This is also effective in environments with multiple terminals and radio wave blocking objects.
Operates through a simple bridge connection to the network
- Users can optimize the communication environment with free settings, or in other words automatic settings.
- Installing Tbridge® on a network path with slow communication reduces the negative effects of wireless and TCP (communication protocol) and improves speed.
- This can be introduced without changing the configuration of the existing network environment or expanding the infrastructure.
Collects and analyzes communication status 24 hours a day, 365 days a year, and monitors in real time what problems are occurring.
- By turning the optimization function ON/OFF, users can identify the status such as the presence or absence of failures, the number of terminals, and the amount of traffic, and confirm the improvement effect.
- When there is a problem with the school network, this is effective for immediately grasping the situation and investigating the cause.
Tbridge® simultaneously improves problems with in-school wireless LAN and out-of-school line connections.
① Optimization Function: in-school wireless LAN optimization
- Identifies network problems such as packet loss and congestion control.
- Automatically improves problems and speeds up transfer.
- Automatically repeats traffic analysis, improvement, and control to realize stable operation.
② Edge Cache Function: reduction of load on out-of-school connections
- Temporarily saves https digital content.
- The saved digital content is downloaded within the school, realizing high-speed communication.
- Since differences are only acquired from the external connection, the connection efficiency is increased and the load is reduced.