Cloud VPS
High Frequency VPS Hosting UK
High-clock-speed UK VPS on AMD Ryzen 9 at 5.7GHz - built for workloads where CPU frequency matters more than core count
High-clock-speed UK VPS on AMD Ryzen 9 at 5.7GHz - built for workloads where CPU frequency matters more than core count
About This Feature
High Frequency VPS Hosting UK from Glitch Servers provides virtual servers built around clock speed rather than raw core count - AMD Ryzen 9 9950X running at up to 5.7GHz boost, paired with DDR5 ECC memory and NVMe Gen4 storage. Most hosted applications are not parallelised enough to benefit from high core counts. They are limited by how fast a single thread executes - database queries, web requests, game server tick rates, and PHP execution all run primarily on one core at a time. A 5.7GHz VPS executes those operations faster than a 2.8GHz "16-core" instance that looks impressive on paper. All plans include DDoS protection, dual-stack IPv4 and IPv6, and instant deployment via VirtFusion with full root access.
Key Benefits
Every plan includes these capabilities as standard - no tier-gating, no hidden extras.
5.7GHz AMD Ryzen 9 boost clock - higher single-thread speed than any Intel VPS we offer, delivering measurable latency improvements for sequential workloads.
DDR5 memory bandwidth reduces the memory latency bottleneck that limits single-thread performance on DDR4-based platforms.
NVMe Gen4 storage eliminates disk I/O as a bottleneck - important for database-driven applications where disk latency feeds directly into request latency.
Full dual-stack networking with /64 IPv6 and dedicated IPv4 included - no NAT, no shared IP, direct routing from AS212868.
Technical Specifications
Real specs on real hardware - not marketing numbers.
CPU: AMD Ryzen 9 9950X - up to 5.7GHz boost per vCPU
RAM: DDR5 ECC - from 2GB; plans to 32GB available
Network: 1Gbps port (10Gbps burst available), AS212868, LINX/LONAP peered
Use Cases
This feature is particularly well suited to these workloads and teams.
WordPress and Laravel applications that execute many short-lived PHP processes - each request completes faster on a 5.7GHz core than on a 2.8GHz cloud instance.
Minecraft Java, Rust, and FiveM servers where server tick rate is governed by single-thread CPU performance - higher clock speed means higher stable TPS.
Applications where microseconds matter - order processing systems, market data consumers, and latency-sensitive APIs that benefit from the fastest available clock speed.
FAQ