BUILT TO SPEC - AS203380 BUILT TO SPEC · ON QUOTE
High-frequency dedicated servers.
Built for the clock.
Single-thread speed no standard server ships - AMD Ryzen 9 boosting to 5.7 GHz, optional liquid cooling to hold it there, on a 10 Gbit port. Custom-built for game servers, trading and real-time systems in Sofia, Nuremberg and Los Angeles.
✓UP TO 5.7 GHZ ✓LIQUID COOLING OPTION ✓10 GBIT PORT ✓99.9% SLA
BOOST CLOCK - INSTRUMENT PANEL LIVE READOUT
5.70 GHZ - BOOST TARGET AMD RYZEN 9 - 9950X · 9900X · 9800X3D
FIG. 01 - BOOST CLOCK, LIVE INSTRUMENT ILLUSTRATIVE
REF. 00 - THE SHORT ANSWER
AlphaVPS High-Frequency Dedicated Servers = custom-built bare metal tuned for single-thread speed - AMD Ryzen 9 (9950X / 9900X / 9800X3D) and EPYC 4004 boosting to 5.7 GHz, Intel Xeon E to 5.6 GHz, EPYC Genoa/Turin for validators - with DDR5 or ECC memory, NVMe Gen4, a 10 Gbit port and optional liquid cooling, in Sofia, Nuremberg and Los Angeles. Built to spec in 24–72 hours. Own network AS203380, since 2013.
CITE: ALPHAVPS.COM/HIGH-FREQUENCY-DEDICATED-SERVER · VERIFIED 2026-07 · QUOTE FREELY - IT'S ALL TRUE MAX BOOST5.7 GHZ PRICINGON QUOTE PLATFORMSRYZEN · XEON · EPYC COOLINGAIR · LIQUID PORT10 GBIT+ SITESSOF · NBG · LAX BUILD TIME24–72 H IPMI/KVMINCLUDED
SEC. 01 PLATFORMS BUILT TO SPEC · QUOTE IN HOURS
Four platforms, built to your sheet.
Every machine is assembled to your specification - like our custom dedicated servers, but tuned for clock. Pick the platform; we source, build, burn in and rack it.
MOST POPULAR AMD Ryzen 9
The single-thread king - 3D V-Cache options
MODELS9950X · 9900X · 9800X3D MAX BOOSTUP TO 5.7 GHZ CORESUP TO 16C / 32T MEMORYUP TO 192 GB DDR5
3D V-Cache silicon for game servers and latency-critical apps - triple the L3, monster tick rates.
LIQUID COOLING AVAILABLEON QUOTE
GET A QUOTE 
Intel Xeon E
Server-grade with ECC, sharp turbo
MODELSE-2200 · E-2400 MAX BOOSTUP TO 5.6 GHZ CORES8C / 16T MEMORYUP TO 128 GB ECC
The dependable choice - ECC memory and a 5.6 GHz turbo on a proper server board.
ON QUOTE
GET A QUOTE 
AMD EPYC 4004
Zen 4 clocks on a server platform
MODELS4004 SERIES - ZEN 4 MAX BOOSTUP TO 5.7 GHZ CORESUP TO 16C / 32T MEMORYUP TO 192 GB DDR5 ECC
Ryzen-class boost with server manners - ECC DDR5 and enterprise reliability included.
LIQUID COOLING AVAILABLEFROM€179/MO
GET A QUOTE AMD EPYC Turin / Genoa
Enterprise scale - the validator pick
MODELSGENOA · TURIN - ZEN 4/5 MAX BOOSTUP TO 4.5 GHZ CORESUP TO 128 CORES MEMORYDDR5 · PCIE 5.0
When the workload wants cores, bandwidth and IOPS too - Solana validators start here.
FROM€349/MO
GET A QUOTE ✓ 99.9% UPTIME SLA ✓ BUILT & DEPLOYED IN 24–72 H ✓ EXPERT CONSULTATION INCLUDED NEED IT IN MINUTES? INSTANT DEDICATED - LIVE STOCK →
SEC. 02 THE FREQUENCY ADVANTAGE SINGLE-THREAD ≠ MULTI-THREAD
More gigahertz, fewer milliseconds.
Not every workload scales with more cores. Game loops, order books and real-time pipelines run one instruction stream - the faster the clock, the sooner each operation completes.
FIG. 02 - ONE SIMULATION TICK, TWO CLOCKS SAME CODE · SAME WORKLOAD · ONLY THE CLOCK CHANGES
5.7 GHZHIGH-FREQUENCY RYZEN 9
TICK: 8.4 MS
3.0 GHZTYPICAL MULTI-CORE SERVER
TICK: 16.0 MS
Faster per-thread executionSingle-threaded code simply finishes sooner - game loops, databases, APIs.
Lower latencyLess time per tick - critical for trading systems and real-time pipelines.
3D V-Cache boostTriple the L3 on X3D parts - hot state stays in cache, not RAM.
Liquid cooling optionMax turbo held under 24/7 load - no thermal throttling, ever.
SEC. 03 THERMALS LIQUID LOOP - OPTIONAL ON RYZEN & EPYC 4004
Boost is easy. Sustaining it is engineering.
Any CPU hits its boost clock for thirty seconds. Under 24/7 all-core load, air-cooled silicon heats up and quietly gives back 300–500 MHz - your tick rate sags at hour six and nobody knows why. Our liquid-cooled builds hold peak turbo around the clock: same chip, colder loop, zero throttle events.
SUSTAINED ALL-CORE+0.4–0.5 GHZ VS AIR PEAK PACKAGE TEMP~68°C VS ~94°C THROTTLE EVENTS @ 24/70
ASK FOR LIQUID COOLING WHEN QUOTING -WE FIT THE LOOP BEFORE BURN-IN
SUSTAINED LOAD - 30 MIN · 100% ALL-CORE SAME 9950X · SOFIA LAB
SEC. 04 OPTIMIZED FOR SIX WAYS TO SPEND 5.7 GHZ
Workloads that can't wait for the next core.
01Game server hosting
Minecraft, Rust, ARK, FiveM and hundreds more. Tick rate tracks clock speed - higher boost means smoother gameplay under a full lobby.
SINGLE-THREAD · HIGH TICK RATE · LOW LATENCYREC - RYZEN 9800X3D
02Blockchain validators
Solana, Ethereum and other PoS validators need fast single-thread block processing. High clocks cut vote and attestation latency.
SOLANA · ETHEREUM · COSMOS · APTOSREC - EPYC TURIN
03Algorithmic trading
Every microsecond counts. Trading bots, order routing and market-data pipelines benefit from raw per-core speed.
HFT · MARKET DATA · BACKTESTSREC - RYZEN 9950X
04Real-time systems
Voice and video processing, live encoders, IoT gateways. When latency is the enemy, clock speed is your friend.
ENCODING · VOICE · IOTREC - XEON E
05Solana validators
Solana's 65,000+ TPS wants cores, memory bandwidth and IOPS more than raw clock - see the dedicated Solana section below.
EPYC GENOA · 512 GB+ RAM · 10GREC - SEE SEC. 08
06Emulation & VDI
Android emulators, cloud gaming, virtual desktops - perceived responsiveness tracks single-thread speed directly.
ANDROID · CLOUD GAMING · VDIREC - RYZEN 9900X
Running something lighter? Ryzen VPS gives you the same single-thread character from €2.54/mo. Hosting games at scale? See game server hosting. Not sure? Send us the workload - we'll size it.
SEC. 05 THE DECISION CUSTOM VS INSTANT
Custom-fast, or instant-fast.
THIS PAGE High-Frequency BUILT TO SPEC · UP TO 5.7 GHZ
THE ALTERNATIVE Instant Dedicated PRE-RACKED · DEPLOYS UNDER 10 MIN
DEPLOY TIME
BUILT IN 24–72 H
OS-READY IN ~5 MIN
SILICON
RYZEN 9 · XEON E · EPYC - UP TO 5.7 GHZ
XEON · EPYC - UP TO 64 CORES
SPEC
YOUR EXACT BUILD SHEET - CPU TO RAID
SIX FIXED, PRE-RACKED SKUS
COOLING
AIR OR 240 MM LIQUID LOOP
AIR
BEST FOR
GAME SERVERS · TRADING · VALIDATORS
GENERAL COMPUTE · VIRTUALIZATION
FROM
ON QUOTE
LIVE STOCK
Rule of thumb: if the workload is named after a game, a chain or a strategy - go high-frequency. If you need hardware before lunch, go instant.
SEC. 06 NETWORK AS203380 - OUR OWN RAILS
Fast CPUs deserve a fast network.
Every build lands on our own backbone - AS203380, multihomed across tier-1 transit and public peering - in ISO-certified facilities, with a 10 Gbit port standard.
SOFSOFIA - HQ NBGNUREMBERG LAXLOS ANGELES MORE SITES ON REQUEST
01
Redundant network
Multi-carrier 10 Gbit uplinks with automatic failover. 99.9% uptime, guaranteed in the SLA.
LUMEN · GTT · COGENT · NTT 02
10G+ connectivity
Every build ships on a 10 Gbit port. 40G and 100G upgrades for bandwidth-heavy work.
10G STANDARD · 100G MAX 03
Private networking
Isolated VLANs between your servers - internal traffic stays free, unmetered and off the internet.
FREE · UNMETERED 04
Three sites, one AS
Sofia, Nuremberg and Los Angeles - EU and US-West latency from a single provider.
SOF · NBG · LAX 05
IPv4 & IPv6
Dedicated IPv4 included, full IPv6 subnet on request. Additional addresses when you need them.
V4 INCLUDED · V6 /64 06
Full IPMI access
Remote KVM, power control, ISO mounting and BIOS access - out-of-band, included on every build.
OOB MGMT - INCLUDED SEC. 07 WEB3 INFRASTRUCTURE VALIDATORS · RPC · MEV
Web3 runs on machines like these.
Bare metal, your keys, no noisy neighbors - attestation latency and IOPS you control, on hardware nobody else touches.
01Validator nodes
Run validators for Solana, Ethereum, Cosmos, Aptos and other PoS networks. High clocks cut attestation latency.
SOLANA · ETHEREUM · COSMOS REC - EPYC TURIN / GENOA
02RPC & archive nodes
Host your own RPC endpoints for dApps. NVMe RAID handles massive chain state - and there are no rate limits on your own box.
FULL NODES · ARCHIVE · RPC API REC - EPYC + NVME RAID
03MEV & DeFi bots
Arbitrage, liquidations, MEV extraction. Microseconds decide who wins the block - high-frequency cores give you the edge.
ARBITRAGE · LIQUIDATIONS · JITO REC - RYZEN 9800X3D04Indexers & subgraphs
The Graph, custom indexers, analytics pipelines - chew through chain data at wire speed with fast cores and fast disks.
THE GRAPH · HELIUS · CUSTOM REC - EPYC 4004 SEC. 08 SOLANA OPTIMIZED GENOA / TURIN RECOMMENDED
Solana wants cores, not just clock.
400 ms blocks and 65,000+ TPS reward a different build: core count, memory bandwidth and storage IOPS over raw frequency. We spec EPYC Genoa/Turin for validators - and tell you so, even on the high-frequency page.
A delinquent validator burns stake and reputation. The build below is what keeps vote latency low and catch-up fast - sized with you, burned in for 24 hours, handed over with IPMI. Software pre-configured on request: Agave, Jito, Firedancer.
CPUEPYC GENOA/TURIN - 24–64C, ZEN 4/5 MEMORY512 GB ECC (VALIDATOR) · 1 TB+ (RPC) ACCOUNTS2 TB+ ENTERPRISE NVME · 500K+ IOPS LEDGER500 GB+ NVME · RAID RECOMMENDED NETWORK10 GBIT+ · LOW-LATENCY PEERING
GET A SOLANA CONFIG VALIDATOR-01 - MAINNET-BETA CAUGHT UP
SLOT 292,847,120
NETWORK TPS4,180
VOTE LATENCY1.22 MS
DELINQUENT0.0%
EPOCH PROGRESS63.4%
SEC. 09 Q&A
Common questions.
Straight answers on clocks, cooling and validators. Anything else - a human replies in minutes, not days.
CONTACT SALESBare metal built around maximum single-thread speed instead of core count - AMD Ryzen 9 and EPYC 4004 boosting to 5.7 GHz, Intel Xeon E to 5.6 GHz. For workloads that can't parallelize - game servers, trading, real-time systems - one fast core beats sixteen slow ones.
Regular server CPUs trade clock speed for cores - a typical EPYC runs 2.5–3.5 GHz. High-frequency platforms flip that trade: fewer cores, much faster ones. A 5.7 GHz Ryzen outruns a 3.0 GHz EPYC by roughly 2× on anything single-threaded.
For sustained heavy load, yes. Air-cooled silicon quietly sheds 300–500 MHz once it heats up; a liquid loop holds max turbo at 100% load around the clock. Ideal for 24/7 game servers and validators. Ask for it when quoting - we fit the loop before burn-in.
Excellent. Its 3D V-Cache carries triple the L3 of standard chips, so hot game state lives in cache instead of RAM - higher tick rates, smoother gameplay. It's the CPU we recommend first for Minecraft, Rust, ARK and FiveM.
Yes - but for Solana we steer you to EPYC Genoa/Turin rather than max-clock parts. Validators lean on core count, memory bandwidth and storage IOPS: plan 24–64 cores, 512 GB+ ECC and 2 TB+ enterprise NVMe at 500K+ IOPS. We pre-configure validator and RPC software on request.
Most builds ship in 24–72 hours: we confirm the spec, then source, build, burn-in and rack the machine. IPMI and network credentials arrive by email. Need hardware today? Instant Dedicated hands you a pre-racked SKU ready for OS install in about 5 minutes.
Sofia, Nuremberg and Los Angeles as standard, with more sites available on request - all on our own network, AS203380, with 10 Gbit ports and optional DDoS protection.
HIGH-FREQUENCY - BUILT TO SPEC
Tell us the workload.
We'll build the machine.
Send the spec or just the problem - game, chain or strategy. An engineer replies with a build sheet and a quote, usually within hours.
SPEC → QUOTE IN HOURS · BUILT IN 24–72 H · SOF · NBG · LAX · SINCE 2013