Test our network.
Run by real engineers.
Official Ookla® Speedtest server on the RDPCore backbone in Prague. 2× 10 Gbps uplink, 2× 100 Gbps DDoS mitigation, IPv4 + IPv6 dual-stack — running on 100% renewable energy.
Twice the throughput. Twice the protection.
Bonded uplinks for capacity, twin scrubbers for resilience. Both sides redundant, both at full line rate.
2× 10 Gbps Network
Bonded dual-fiber uplinks. Active/active LACP across independent paths — if one path fails, the other carries everything without packet loss.
2× 100 Gbps DDoS Mitigation
Always-on edge scrubbing with twin 100 Gbps capacity nodes. Volumetric L3/L4 floods are absorbed and filtered before they reach customer infrastructure.
Connect directly.
Plug these into any speedtest client, monitoring probe, or terminal.
speed.rdpcore.com
45.90.16.3
2a13:9500::8080
8080 · HTTP / HTTPS
Prague, CZ · Tier III+
RDPCore DC LTD
# Ookla Speedtest CLI
speedtest --selection-details
# HTTPS probe
curl -I "https://speed.rdpcore.com:8080/crossdomain.xml"
# IPv6 reachability
ping -6 2a13:9500::8080Built for real infrastructure.
The same backbone that runs our VPS, web hosting and colocation.
2× 10 Gbps backbone
Bonded fiber paths into European IXPs with active/active failover and sub-millisecond local hops.
Explore the network2× 100 Gbps DDoS
Twin always-on scrubbers. L3/L4 floods are filtered at the edge before reaching any workload.
Security details100% green energy
Powered entirely by renewable electricity. Tier III+ datacenter with redundant power and on-site engineers.
About RDPCoreLooking Glass
Run live ping, traceroute and MTR from inside our network. Verify routing and latency from your location.
Open Looking GlassAMD Ryzen + NVMe
Same hardware that powers our High Performance VPS line — top single-thread clock and direct-attached NVMe.
View HP VPSEngineering blog
Deep dives on routing, peering, hardware tuning and the operational details behind our platform.
Read the blog