01
No noisy neighbors
Cloud vCPUs share physical cores. That means cache thrash, NUMA migrations, and unpredictable jitter on every tick. Dedicated bare metal eliminates all three.
TRADING / FINTECH
Trading hardware where jitter is the enemy, not latency.
Dedicated cores, no hypervisor, NVMe IOPS that don't throttle, and kernel-bypass-capable NICs. Strategy backtests, execution engines, market data ingestion, and crypto MEV — built on metal that doesn't share its cache with anyone.
BAREMETALSERVER.AI · 42U
01
BMS-01
AMD RYZEN 9950X
02
BMS-02
AMD EPYC 9354P
03
BMS-03
2x EPYC 7443
04
BMS-04
THREADRIPPER 7965WX
Predictable microseconds, not best-effort milliseconds.
02
Kernel-bypass ready
Full root access. Install DPDK, OpenOnload, or any custom userspace network stack. Pin IRQs, isolate cores, run your own scheduler — bare metal is the only place this actually works.
03
Tick data at NVMe speed
1M+ IOPS NVMe arrays handle order book reconstruction and tick storage at speeds cloud gp3 volumes simply cannot match. Backtests run in hours instead of days.
Cloud trading is gambling on someone else's scheduler.
Build for the venue you actually trade.
Strategy backtest
64–128 GB
Execution engine
128–256 GB
Market data
64+ GB
Crypto MEV
128+ GB
Recommended hardware
All 29+ servers → Trading-ready hardware in stock.
Plans filtered to 64GB+ RAM with live regional stock. Pick the closest region to your venue.
Server
CPU
RAM
Storage
Network
From
AMD EPYC 9124P
amd-epyc-9124p
16 cores
64 GB
2x NVMe 1TB
10Gbps
$711/mo
AMD Ryzen 9900X
amd-ryzen-9900x
12 cores
96 GB
2x NVMe 1TB
10Gbps
$449/mo
AMD Ryzen 9700X
amd-ryzen-9700x
8 cores
96 GB
2x NVMe 1TB
10Gbps
$449/mo
AMD Ryzen 7950X
amd-ryzen-7950x
16 cores
128 GB
2x NVMe 1TB
3Gbps
$449/mo
2x E5-2620v4
2x-e5-2620v4
16 cores
128 GB
2x SSD 250GB
3Gbps
$768/mo
2x E5-2630v3
2x-e5-2630v3
16 cores
128 GB
2x SSD 250GB
3Gbps
$878/mo
2x E5-2650v4
2x-e5-2650v4
24 cores
128 GB
2x SSD 250GB
3Gbps
$1032/mo
2x E5-2670v3
2x-e5-2670v3
24 cores
128 GB
2x SSD 250GB
3Gbps
$1164/mo
Answers before you ask.
How does bare metal reduce trading latency?
No hypervisor between your code and the NIC. No noisy neighbor stealing CPU cycles mid-tick. Predictable cache behavior. The result is lower jitter — and for execution algos, jitter matters more than mean latency.
Which locations are best for trading?
Chicago for CME proximity, Frankfurt for Eurex/Xetra, Amsterdam for Euronext peering, Singapore for SGX and Asian crypto exchanges. Pick the region closest to the venue you trade.
Can I run kernel-bypass networking like DPDK or Solarflare?
Yes. Full root access means you control kernel modules, NIC drivers, and IRQ affinity. Install DPDK, OpenOnload, or any custom userspace network stack. Bare metal is the only way this actually works.
Do you support colocation in financial exchanges?
Our facilities are in Tier-3 commercial data centers near major exchanges, not inside the matching engine cages. For sub-microsecond execution against the matching engine, you want true colocation — for everything else, our footprint covers it.
Can I pay for trading infrastructure with crypto?
Yes. USDT, USDC, BTC, ETH — for the crypto trading desks, this removes a card-on-file dependency entirely.
What about NVMe IOPS for tick data storage?
Our NVMe arrays sustain 1M+ IOPS. Tick data archives, order book reconstruction, and backtesting databases all benefit massively over cloud SSDs that cap at ~16K IOPS.
Ready when you are
Move execution to metal that won't choke at the open.
Deploy in 5–20 minutes. Pay in USDC. Run any stack — including the kernel modules.
See recommended hardware