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NVMe-class IOPS
BSC sync is bottlenecked on random reads. Our NVMe RAID arrays deliver 1M+ IOPS where cloud gp3 caps at ~16K — that's the difference between a 24-hour and 5-day sync.
BLOCKCHAIN COMPUTE / BNB CHAIN
BSC nodes that don't choke on the state DB.
100+ TPS, a state database growing 50% per year, and an MEV market that punishes latency. Our NVMe arrays deliver 1M+ IOPS — the random-read budget BSC actually consumes.
BAREMETALSERVER.AI · 42U
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BMS-01
AMD RYZEN 9950X
02
BMS-02
AMD EPYC 9354P
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BMS-03
2x EPYC 7443
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BMS-04
THREADRIPPER 7965WX
What is a BNB Chain (BSC) full node?
A BNB Chain full node — formerly known as Binance Smart Chain or BSC — is a server running the bsc client (a Geth fork) that processes the chain's roughly 100 transactions per second, validates every block, and serves JSON-RPC queries to dApps, MEV searchers, and indexers. Because BSC has a 3-second block time and no native pruning until recently, the state database grows roughly 50% per year and currently sits well above 3 TB on archive mode. Validators participating in BNB Chain's Proof-of-Staked-Authority consensus need a fast, low-latency network link to compete in the 21-validator rotation. Hardware requirements as of 2026 include 32 GB+ of RAM, 16+ CPU cores, a 4 TB+ NVMe array delivering at least 100,000 sustained random-read IOPS, and a 1 Gbps line. Cloud block storage cannot meet the IOPS budget at any reasonable price, which is why most production BSC nodes run on dedicated bare metal.
bsc clientGeth forkProof-of-Staked-AuthorityPancakeSwapBEP-20opBNBMEVErigon-BSC
Jump to pricing Where cloud SSDs surrender.
02
3 TB+ ready, growing room
BSC state has crossed 3 TB and keeps growing. Plans with 4–16 TB of NVMe leave room for the next year of growth without a forced migration window.
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RPC-grade networking
3–10 Gbps dedicated lines and up to 100 TB free egress. Run a public RPC, sell access, or feed your trading bots — the pipe is yours.
A BSC archive node on bare metal syncs in days. On the cloud it never finishes.
What BSC actually demands.
Full node RAM
64+ GB
Archive RAM
128+ GB
Storage
4–16 TB NVMe
Network
3–10 Gbps
Recommended hardware
All 29+ servers → BSC-ready hardware in stock.
Plans filtered to 64GB+ RAM. Pricing live from our deployment API.
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.
What are the hardware requirements for a BSC full node?
A BSC full node needs at least 16 CPU cores, 64GB RAM, and 3TB+ of NVMe storage. BSC state grows roughly 50% per year — plan for expansion. Our 64GB+ plans with NVMe arrays are built for this workload.
How much storage does a BSC archive node need?
A BSC archive node needs 8TB+ of fast NVMe, 128GB+ RAM, and 32+ CPU cores. State data is large and growing. Our high-tier plans with multiple NVMe drives in RAID provide both the capacity and the IOPS.
Can I run a BSC RPC endpoint on bare metal?
Yes. RPC endpoints benefit massively from bare metal — fast NVMe IOPS for state queries, 3–10 Gbps dedicated networking for concurrent requests, and zero hypervisor overhead. Our 64GB plans are ideal for production RPC.
How fast is the initial sync for a BSC node?
With NVMe and dedicated 3–10 Gbps networking, BSC snap sync typically takes 12–24 hours. Cloud instances with slower IOPS can take 3–5x longer. NVMe IOPS is the critical factor.
Why is NVMe storage important for BSC specifically?
BSC processes 100+ TPS with a large, rapidly growing state DB. NVMe delivers 1M+ IOPS vs ~16K for typical cloud gp3 volumes. That gap directly impacts sync speed, query latency, and node stability.
Can I pay for BSC infrastructure with cryptocurrency?
Yes — USDT (BEP20 / TRC20), USDC, BTC, and other major cryptocurrencies. Native treasury tools make this trivial for BSC-native projects.
BNB Chain (BSC) node hosting compared
The four common ways to host a BSC full or archive node side by side. BSC state grows ~50% per year — IOPS and storage headroom matter more than core count.
| Provider | Storage profile | Crypto payment | Deploy time | Root SSH | Starts at |
|---|---|---|---|---|---|
| BareMetalServer.ai | Dedicated NVMe arrays, 64–768 GB RAM | USDT, USDC, BTC | 5–20 min | Yes (full root) | $449/mo |
| Hetzner | Dedicated NVMe SSDs, up to 256 GB RAM | No (card / SEPA only) | ~minutes (auction); hours (managed) | Yes (full root) | ~€44–500/mo |
| OVHcloud | Dedicated NVMe / SSD, Advance line | No (card / SEPA only) | 1–3 hours typical | Yes (full root) | ~€60–600/mo |
| AWS i4i (cloud) | Virtualized w/ NVMe instance store | No | Seconds | Yes (root in VM) | ~$1,700–4,500/mo |
Indicative monthly starting prices as of Q1 2026. Cloud pricing excludes egress and EBS charges. BSC validators participating in the 21-validator rotation also benefit from low-jitter dedicated network paths — virtualized instances rarely qualify.
Ready when you are
Sync, serve, and sell BSC RPC on metal that scales with state growth.
Deploy in 5–20 minutes. Pay in USDT or USDC. Full root SSH from minute one.
See recommended hardware