description OpenMPTCProuter Overview
OpenMPTCProuter builds on OpenWrt to combine multiple internet connections using Multipath TCP and associated tunneling tools. Its purpose goes beyond ordinary load balancing: compatible traffic can use multiple links through a remote server endpoint, with connection bonding and failover as central goals. Connections may come from different access technologies, making it relevant to sites that cannot rely on one broadband line. The project provides a router-side management interface and server-side software, typically installed on a VPS.
Supported builds include x86 and selected ARM hardware. It suits technically capable users seeking to combine WAN links and monitor their behavior. Results depend on each connection and the remote server, while configuration requires more work than a typical household router. VPN components are part of the architecture, rather than simply a standalone VPN-server feature.
help OpenMPTCProuter FAQ
What is the main purpose of OpenMPTCProuter?
OpenMPTCProuter is an open-source firmware designed to bond multiple internet connections, such as DSL, LTE, and cable lines, into a single high-speed connection. It achieves this using Multipath TCP (MPTCP) to increase overall throughput and provide failover.
Will OpenMPTCProuter increase my ping for online gaming?
While it aggregates bandwidth, OpenMPTCProuter can introduce slight latency variations due to the way packets are routed across different connections. For competitive online gaming, users often set up specific rules to bypass the VPN and use the lowest-ping connection directly.
Do I need a VPS to use OpenMPTCProuter?
Yes, to aggregate the connections properly, OpenMPTCProuter requires a Virtual Private Server (VPS) that acts as the endpoint. The router bonds the local connections and sends the combined traffic to the VPS, which then communicates with the wider internet.
Can I install OpenMPTCProuter on any standard router?
It must be installed on supported hardware that is compatible with OpenWrt and has sufficient processing power for the MPTCP overhead. Popular supported devices include various x86 mini PCs, the Raspberry Pi, and the Ubiquiti EdgeRouter.
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