./lsh-for-ethereum

Ethereum infra for serious operators

Run every type of Ethereum node — from validators to full and archival nodes — on low-latency, high-reliability bare metal built for performance.

Introducing the fastest path to high-performance ETH nodes

Bare metal gives Ethereum operators something virtualization can't: deterministic performance. No noisy neighbors. No hypervisor overhead. No unpredictable spikes.

Fewer failure points

Cleaner architecture, fewer layers.

Easier troubleshooting

Direct access to logs and hardware metrics.

Direct performance monitoring

No abstracted resource reporting.

Zero hypervisor patches

Better uptime and lower operational complexity.

Latitude.sh offers features that none of the other providers do, like the rescue mode with Terminal, and Serial Console through SSH, among other similar capabilities.

What will you do with bare metal?

  • +0.2‑0.5% APY per validator
  • Reduced penalty risk during network stress
  • More effective block proposals and MEV capture

Purpose-built machines for every role in the Ethereum ecosystem

Looking for a custom configuration? No problem.

ETH Full Node

Starting at $207.17/mo
m4.metal.small
CPUAMD 4244P, 6 Cores @ 3.8 GHz
RAM64 GB
STR2 x 960 GB NVME
NIC2 x 10 Gbps

Enterprise-grade reliability for dApp infrastructure with redundant storage and networking, ensuring your protocol stays connected to the Ethereum network 24/7 without breaking the treasury.

ETH Validator Node

Starting at $278.58/mo
f4.metal.small
CPUAMD 4484PX, 12 Cores @ 4.4 GHz
RAM96 GB
STR2 x 960 GB NVME
NIC2 x 10 Gbps

Optimized for maximum staking rewards with high-frequency cores that ensure 99.9% attestation effectiveness and sufficient resources to capture MEV opportunities worth an additional 20‑30% APY.

ETH Archival Node

Starting at $388.50/mo
f4.metal.medium
CPUAMD 4564P, 16 Cores @ 4.5 GHz
RAM192 GB
STR2 x 480 GB NVME + 2 x 1.9 TB NVME
NIC2 x 10 Gbps

Purpose-built for protocols requiring complete on-chain history with enough RAM to serve hundreds of concurrent analytics queries and enterprise-grade storage architecture for compliance and research workloads.

  • faster performance
    5–15%faster performance
  • long-term cost
    50% lowerlong-term cost

Faster rollups, faster proofs, faster everything

Layer 2 validators, sequencers, and provers rely on deterministic execution and predictable latency. Two things that virtualized environments constantly struggle with. Bare metal unlocks stable, jitter-free execution, predictable networking, and a whole lot more.

Your ETH bare metal toolkit

Ethereum started simple. Today, professional validators and infra providers run high-performance clients across Rust, Java, Go, C#, and C++. And bare metal is the fastest way to unlock their full potential.

Execution Clients

  • Reth (Rust)
  • Geth (Go)
  • Nethermind (C#)

Consensus Clients

  • Lighthouse (Rust)
  • Teku (Java)

Standalone EVM Implementations

  • revm (Rust)
  • evmone (C++)

Optimize your ETH infrastructure on bare metal