MTR from our Budapest node runs continuous per-hop latency and packet loss measurements toward your destination. It traces the full path from AS9009 (M247) outward and displays RTT and loss at every hop. M247's Budapest routing typically exits via BIX peering or upstream transit toward Vienna, from where onward routes diverge toward Western Europe, the Balkans, or Eastern Europe depending on destination.

A typical MTR from Budapest to a Frankfurt target: 1–2 hops inside M247's Budapest network adding 1–3 ms, then a hop to the upstream transit or BIX peering partner around 5–8 ms, then transit through Vienna approximately 13–17 ms, arriving at Frankfurt approximately 30–38 ms. A deviation from this pattern — for example, traffic routing southeast through Belgrade instead of northwest through Vienna — would indicate an unusual routing policy or a BGP fault and would be immediately visible as extra hops.

MTR from Budapest is particularly useful for diagnosing CDN edge selection issues in the CEE region. If your CDN claims to serve Hungarian users from a local Budapest edge but MTR from our node shows traffic routing to Vienna or Frankfurt instead, the edge selection is not functioning as expected. Similarly, MTR from multiple CEE nodes — Hungary, Romania, Czech Republic — will reveal whether a routing problem is Central European in scope or Hungary-specific.

Budapest is the central internet hub for Hungary and a significant regional interconnect point for Central and Eastern Europe. BIX (Budapest Internet Exchange) is Hungary's primary national IX and routinely exceeds 400 Gbit/s peak throughput, making it one of the larger internet exchanges in the CEE region. BIX connects Hungarian ISPs, international carriers, CDN providers, and cloud networks under one peering fabric, which keeps a large share of Hungarian traffic local rather than routing through Vienna or Frankfurt.

Our probe node runs on AS9009 (M247 Europe SRL) in Budapest. M247 is a large pan-European hosting and transit provider with infrastructure across multiple EU countries. AS9009 maintains extensive upstream and peering relationships, sourcing transit from major tier-1 carriers and participating in multiple European IXPs. This gives our Hungarian probe diverse routing paths to most European and global destinations, making it representative of what a well-connected Budapest-hosted server sees.

Latency from Budapest to other major European hubs: Vienna approximately 13–17 ms, Warsaw approximately 18–22 ms, Bratislava approximately 10–14 ms, Belgrade approximately 18–22 ms, Bucharest approximately 22–28 ms, Frankfurt approximately 30–38 ms, Amsterdam approximately 42–50 ms, London approximately 55–65 ms. Budapest's central position in the Pannonian Basin means it has short terrestrial paths to Austria, Slovakia, Serbia, Romania, and Ukraine simultaneously — a useful geographic characteristic for regional routing.

The Hungarian ISP market is dominated by Magyar Telekom (AS5483), the national incumbent, and DIGI (AS20845), which has grown rapidly as a cable and fiber provider. Vodafone Hungary and Yettel serve mobile and broadband segments. On the hosting side, M247 (AS9009), DataCenter Hungary, and Compu-Consult operate colocation in Budapest. M247's Budapest facility is carrier-neutral and well-connected to BIX. The Hungarian CDN market is active, with Cloudflare, Akamai, and Hungarian domestic CDN operators all maintaining Budapest presence — which means cached content is generally served from a local Budapest edge for Hungarian users.

Hungary has a mature and competitive colocation market by regional standards, partially driven by EU data sovereignty requirements that have pushed some local enterprises to prefer Hungarian-hosted infrastructure. The BIX exchange community includes a substantial number of content networks and CDNs with direct peering, which keeps Hungarian users's latency to major content platforms unusually low compared to smaller Balkan countries that must route to Vienna or Frankfurt for the same content. Running checks from our Budapest node gives you a reliable view of Central European connectivity.