Choosing the Right Region for Your Infrastructure

Solana validators are distributed globally, but the majority of stake is concentrated in a few data center regions — primarily in the US East Coast and Western Europe. The physical distance between your infrastructure and the current slot leader directly impacts how quickly you receive shred data. Since leader rotation happens every four slots (roughly 1.6 seconds), your effective latency fluctuates depending on which validator is producing blocks at any given moment.

This geographic reality makes region selection one of the most impactful decisions for any shred-consuming infrastructure. A server in Frankfurt will receive shreds from European validators in under a millisecond of network transit, but shreds from US-based validators may take 80-120ms to cross the Atlantic. Conversely, a server in New York will have excellent latency to US validators but higher latency to European ones. Understanding this tradeoff is essential for optimizing your pipeline.

GetShreds currently operates edge nodes in two European regions, each with distinct advantages. Frankfurt (FRA) is our primary European hub, situated in one of the world's largest internet exchange points (DE-CIX). It offers excellent connectivity to major Solana validators running in European data centers and provides low-latency paths to US East Coast infrastructure through premium transit providers. Amsterdam (AMS) provides an alternative European location with different network paths and peering arrangements, which can be advantageous when Frankfurt's primary transit routes experience congestion or routing changes.

For development and testing, a single region is usually sufficient. Choose the region closest to your existing infrastructure to minimize network hops. If your servers are in Europe, either FRA or AMS will provide excellent results. Monitor your shred arrival times for a few hours across different leader validators to establish a baseline and verify that your chosen region meets your latency requirements.

For production MEV operations, we strongly recommend running receivers in multiple regions. This multi-region strategy ensures that you always have at least one receiver with low latency to the current leader, regardless of where that validator is located. When a European validator is leading, your FRA or AMS receiver will see shreds first. This redundancy eliminates the worst-case scenarios that single-region setups inevitably face.

Network path quality matters as much as raw distance. A shorter geographic distance does not always guarantee lower latency — routing decisions by ISPs and transit providers can add unexpected hops. We select our data center locations and peering arrangements specifically to minimize the number of network hops between our edge nodes and major Solana validator clusters. Our infrastructure uses premium transit with direct peering to the networks that host the highest-stake validators.

When evaluating your region choice, also consider the location of your transaction submission infrastructure. If your strategy involves sending transactions after detecting opportunities in shreds, the latency from your computation server to a Solana RPC or TPU endpoint matters too. Ideally, your shred-receiving server and your transaction-sending server should be in the same data center or connected via a low-latency link, so the end-to-end time from shred detection to transaction submission is minimized.