Every Host4Fun Cloud VPS includes NVMe SSD storage for maximum IOPS. Fast database queries, quick Docker builds, rapid Spark shuffle — NVMe on every plan from $5/mo.
IOPS directly impacts database query speed, Docker build times, and application response. NVMe SSD delivers 10-50x higher IOPS than SATA and 100x+ more than HDD — on every Host4Fun plan.
PostgreSQL and MySQL hit disk when data exceeds buffer pool. NVMe SSD resolves cache misses in microseconds vs milliseconds on SATA — directly reducing query latency.
Docker image builds read base layers and write new layers. NVMe makes builds 3-5x faster — cached layer reads in milliseconds, not seconds.
Spark, Dask, and data pipelines write shuffle data to disk. NVMe reduces shuffle time by 3-5x vs SATA — one of the biggest bottlenecks in large data jobs.
Go, Rust, and Java compilation reads/writes many files intensively. NVMe I/O speed directly reduces compile time — faster development iteration.
Everything you need — installed and configured on your VPS in minutes.
SSH in and follow these commands. Your stack will be live in under 10 minutes.
AMD Ryzen CPUs, DDR5 RAM, NVMe SSD, and 10 Gbps network — the infrastructure your workload deserves.
NVMe reduces DB page read latency from milliseconds (SATA) to microseconds. PostgreSQL and MySQL cache misses resolve faster — critical for large databases that exceed buffer pool.
Layer read/write on NVMe completes 3-5x faster than SATA. Multi-stage Dockerfiles with many COPY operations see the biggest improvement.
Spark intermediate shuffle data written to disk. NVMe reduces shuffle time by 3-5x — one of the biggest bottlenecks in large-scale data processing jobs.
Segment merging, shard recovery, and index refresh involve heavy I/O. NVMe makes Elasticsearch indexing faster — lower search latency for large indexes.
Redis Append-Only File persistence writes every command to disk. NVMe handles fsync with minimal latency impact — durable persistence at near-in-memory performance.
Go, Rust, and Java compilation reads source and writes object files intensively. NVMe I/O directly reduces compile time — faster build-test-fix loops.
See how Host4Fun Cloud VPS stacks up against the alternatives.
| Feature | Host4Fun VPS | SATA SSD VPS | HDD VPS | Shared Hosting |
|---|---|---|---|---|
| Storage Type | NVMe SSD | SATA SSD | HDD | Shared/unknown |
| Random Read IOPS | 100k+ IOPS | ~50k IOPS | ~150 IOPS | Unknown/shared |
| Sequential Write | 1+ GB/s | ~500 MB/s | ~150 MB/s | <100 MB/s |
| DB Query Speed | Fastest | Fast | Slow | Very slow |
What developers and teams are building.
Large databases exceeding buffer pool benefit most — cache misses resolve quickly instead of waiting for SATA seeks.
Developers building Docker images benefit from fast layer reads/writes — especially multi-stage builds with many COPY operations.
Spark, Dask, and pipeline shuffle operations complete faster — reducing end-to-end execution time for data processing jobs.
Elasticsearch and OpenSearch index operations, segment merges, and shard recoveries run faster — lower indexing lag.
Jenkins and GitHub Actions self-hosted runners compile and test faster — shorter feedback loops for development teams.
IoT events, analytics, and metrics write streams benefit from NVMe high write IOPS and sustained write throughput.
All plans include AMD Ryzen CPU, DDR5 RAM, NVMe SSD, DDoS protection, and free SSL. No hidden fees.
Deploy close to your users for the lowest possible latency.
Atlanta • New York • Los Angeles • Miami • Dallas • Chicago • Seattle • San Jose • Ashburn • Phoenix • Las Vegas • North Carolina • Oregon • Utah • Canada
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Singapore • Tokyo • Johor (Malaysia) • Sydney
Input/Output Operations Per Second — measures storage speed for random read/write. Databases, Docker, and servers perform many small random I/O operations. Higher IOPS = faster queries, quicker builds, more responsive apps.
Yes — all plans from Starter ($5/mo) to Business ($28/mo) use NVMe SSD. No spinning HDD or SATA tiers. Every customer gets NVMe performance regardless of plan.
NVMe sequential read: 2-7 GB/s vs SATA 500-600 MB/s (4-12x). NVMe random IOPS: 500k-1M vs SATA 50-100k (5-10x). NVMe random write: 200k-500k vs SATA 30-80k IOPS (5-15x).
Set random_page_cost=1.1 (default 4.0 assumes HDD seek cost). Set effective_io_concurrency=200 (NVMe handles many parallel I/O). These tell the query planner random I/O is cheap — it prefers index scans more aggressively.
Builds write new layers and read base layers. NVMe fast sequential write and random read reduces COPY operation time and base layer cache reads. Multi-stage builds with many COPY commands see the biggest improvement.
(1) Databases with large datasets exceeding RAM. (2) Docker builds with many layers. (3) Spark/Dask shuffle jobs. (4) Elasticsearch indexing. (5) Go/Rust/Java compilation. Static file serving benefits less — OS page cache handles it.
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NVMe SSD on every plan. 100k+ IOPS. 1+ GB/s sequential. From $5/mo.
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