MTR from Romania runs a continuous path trace from our Bucharest (FlokiNET) or Bacău (Telesystem) node to your destination, measuring latency and packet loss at every hop. From Bucharest, most routes to Western Europe exit through FlokiNET's upstream transit and head northward through Hungarian or Austrian networks before reaching Frankfurt. From Bacău in the northeast, routes may take a different initial path reflecting Telesystem's transit provider choices.

A useful application of MTR from Romania is comparing the two nodes — Bucharest and Bacău — to the same destination. If both take nearly the same path after the first few hops, the upstream providers are using the same transit infrastructure. If the paths diverge significantly, the two ASNs are routing through different carriers, which can result in meaningful latency differences to the same target. This is particularly visible for destinations in Germany or the Netherlands, where multiple competing transit paths are available.

Loss at an intermediate hop in an MTR from Romania that does not persist at subsequent hops is ICMP rate limiting, not real loss. Persistent loss — visible from a hop and continuing through all subsequent hops — is a real connectivity problem. If persistent loss appears from Romania but not from other EU nodes to the same destination, the issue is on the path between Romanian transit providers and the destination's network. Comparing the MTR output from Bucharest and Bacău will tell you whether the problem is on a shared path segment or specific to one node's transit provider.

Bucharest is the center of Romanian internet infrastructure. RONIX and InterLAN are the primary internet exchanges, with Equinix also operating a colocation and peering facility in the city. Romania has one of the highest average broadband speeds in Europe — consistently ranking in the top five for fixed broadband download speeds in EU comparisons. This is partly due to early investment in fiber-to-the-home by smaller competitive ISPs in urban areas, which created a dense fiber market before large incumbents dominated.

The major Romanian ISPs include RCS&RDS (AS8708), which is the largest broadband provider and operates a national fiber backbone, Orange Romania (AS9050), Telekom Romania (AS8953), and UPC Romania (AS6830, now Vodafone). RCS&RDS is particularly notable from a network perspective — it peers aggressively at European IXPs and has built transit infrastructure that competes with incumbents across the region. Its AS8708 appears frequently in traceroutes through Romania and neighboring countries.

InterLAN operates both an IX and carrier-neutral datacenter infrastructure in Bucharest. Equinix's Bucharest facility brought a globally recognized neutral colocation brand to the Romanian market and connects to Equinix's European fabric. These facilities have attracted regional hosting operators and CDN edge nodes, improving local content delivery for Romanian users and reducing reliance on Frankfurt or Vienna for content that was previously served from further west.

Bucharest's geographic position gives it reasonable latency to several important neighboring cities. Sofia is around 15 ms away, Budapest is roughly 20 ms, Belgrade around 20 ms, and Frankfurt around 40–45 ms. This places Bucharest within the Central European latency envelope for most practical purposes, making it a viable location for services targeting Southeastern EU users who want sub-20 ms local response times and EU-compliant hosting jurisdiction.

We operate two probe nodes in Romania. The first is in Bacău (northeastern Romania) on AS214062 via ITITAN HOSTING / Telesystem. The second is in Bucharest on AS200651 via FlokiNET. These nodes represent different geographic and network positions within Romania. Bacău is in the northeast, reflecting conditions for users in Moldova-border regions and northeastern Romania. Bucharest reflects the capital's IX-connected infrastructure. Running checks across both nodes gives a view of intra-country routing variation rather than just a single Bucharest-centric perspective.