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Currently, Tor lacks end-to-end congestion control. Proposal 324 implements a protocol similar to TCP BBR. This will automatically route traffic away from slow relays, effectively creating a dynamic "Top" tier without manual tweaking. Implementation is expected by Q4 2026.
Here are the top performers based on community votes and our testing:
The new Tor client written in Rust (Arti) is designed for async I/O and higher throughput. Early benchmarks show Arti can achieve 3x the speed of the legacy C client. When Arti reaches stable release, "TORHD Top" performance will be accessible to everyday users. torhd top
To understand "TORHD Top," we must first deconstruct its components:
Taken together, TORHD Top refers to the highest performing, high-bandwidth relay nodes or entry points within the Tor network optimized for streaming, large file transfers, and latency-sensitive applications. Currently, Tor lacks end-to-end congestion control
While standard Tor is infamous for slow speeds (due to triple-hop encryption and volunteer relays), the "HD Top" tier represents a curated or configuration-optimized subset of relays that can handle up to 1 Gbps or more.
The workhorse of the torrent world. While it isn't exclusively "HD," its sorting filters allow you to find high-quality files instantly. It is the safest bet for general use. Taken together, TORHD Top refers to the highest
Most users abandon Tor because they try to load a YouTube video or download a Linux ISO and wait five minutes for a buffer. TORHD Top solves this.
You cannot simply download the standard Tor Browser Bundle and expect "TORHD Top" performance. You must manually configure your torrc file. Follow these steps: