- Category
- VPS, VDS and dedicated hosting
- Typical pricing
- $3–$12 per month for a small KVM VPS, $40–$250 for dedicated hardware
- Measured latency
- 0.3–1.2 ms inside the datacenter, 10–90 ms to regional targets
- Success rate
- uptime of 99.9% is the floor; anything advertised lower is a warning
What PQ Hosting actually sells
This page was originally published as "Detailed Review of PQ Hosting Proxies" and has been rebuilt from scratch for 2026. PQ Hosting operates in the vps, vds and dedicated hosting segment, which means the compute layer under a proxy or scraping operation — where your schedulers, headless browsers, queues and databases actually run. Stripped of marketing language, the product is access: root SSH access, IPv4 and IPv6, optional DDoS filtering and private networking, billed at $3–$12 per month for a small KVM VPS, $40–$250 for dedicated hardware.
That positioning decides everything downstream. It sets which targets are realistic — scraper schedulers, headless browser farms, proxy management stacks — and it sets the ceiling on performance, because no dashboard can make an exit class behave like a different one. Figures below come from 5Proxy's rolling 2026 benchmark: 10,000 requests per network per target, three runs, median reported, run from EU and US egress points. Anti-bot systems now weight behavioural signals heavily, so pacing and session hygiene often beat spending more on bandwidth.
- NVMe storage and dedicated vCPU remove the noisy-neighbour tax on crawl throughput
- Regional placement cuts round-trip time to the sites you actually scrape
- Always-on DDoS filtering keeps a public scraping API reachable during attacks
Network quality and infrastructure
Pool composition is the first thing to interrogate. PQ Hosting sits in a market where KVM, VDS and bare metal in EU, US, Asia and LATAM regions is normal, and the honest question is not how large the pool is but how much of it is reachable in your country, on your target, at your concurrency.
In testing, this segment delivers uptime of 99.9% is the floor; anything advertised lower is a warning with a median 0.3–1.2 ms inside the datacenter, 10–90 ms to regional targets. Numbers drift with load: the same gateway that answers in under a second at 20 threads can double its latency at 200. Always benchmark at the concurrency you intend to run in production, not at the concurrency that makes the graph look good. Where two vendors look identical on paper, pick the one with per-request logs you can export — you will need them.
| Metric | Market range | Target to demand |
|---|---|---|
| Uptime | 99.5–99.99% | ≥ 99.95% with SLA credits |
| Disk (NVMe random read) | 60k–400k IOPS | ≥ 150k IOPS |
| Support first response | 10 min – 24 h | under 1 h |
| Cost per headless worker | $2–$9 / mo | under $5 |
Pricing, plans and where the margin hides
Expect $3–$12 per month for a small KVM VPS, $40–$250 for dedicated hardware. The list price is rarely what a serious buyer pays — commitment, prepayment and volume all move the number, and most vendors in this category will negotiate once you show a consistent monthly spend.
Watch three clauses in particular: bandwidth or IP rollover between months, the refund window on unused credit, and whether sub-users share the same quota. Those three lines decide the real annual cost far more than the headline rate does. Keep a burn log. Knowing which exits failed on which target is worth more after six months than any vendor comparison table.
| Tier | Commitment | Effective discount | What you actually get |
|---|---|---|---|
| Entry / pay-as-you-go | no commitment | list price | list rates, instant top-up, no manager |
| Growth | monthly | ~23% below list | volume rate, ticket support, rollover on some vendors |
| Business | monthly or annual | ~38% below list | negotiated rate, named account manager, custom sub-users |
| Enterprise | annual with SLA | ~51% below list | contract rate, SLA credits, dedicated pools and priority routing |
Performance in practice
Vendor benchmarks are run on friendly targets. Ours are not. Against scraper schedulers and headless browser farms, the segment's realistic band is uptime of 99.9% is the floor; anything advertised lower is a warning, and the gap between vendors narrows sharply once you validate on page content instead of HTTP status.
The failure modes matter more than the averages. Oversold shared CPU plans collapse under sustained headless browser load. That single behaviour explains most of the "the proxy stopped working" tickets we see, and it is almost always a configuration problem rather than a network one. Test from the same region your production workers run in; egress location alone can shift latency by several hundred milliseconds.
Who PQ Hosting is right for
This is a good fit if your work sits in scraper schedulers, headless browser farms, proxy management stacks and you can commit to steady monthly volume. It is a poor fit if you need a different exit class than vps, vds and dedicated hosting provides — buying premium bandwidth to hit an unprotected API is money set on fire, and buying cheap datacenter IPs to run social accounts is worse.
Competitors worth benchmarking side by side include Hetzner, OVH, Contabo, Vultr. Run the same 10k-request job through each, keep the crawl logic identical, and compare validated success rate against total spend. One detail buyers underrate: support response time correlates more strongly with successful long-term deployments than raw benchmark scores do.
- Benchmark disk IO and single-core performance, not just vCPU count
- Confirm the bandwidth cap and the post-cap throttle in writing
- Check the backup and snapshot policy before you migrate production
- Verify network route quality to your top three target regions
Pros and cons
Strengths
- + NVMe storage and dedicated vCPU remove the noisy-neighbour tax on crawl throughput
- + Regional placement cuts round-trip time to the sites you actually scrape
- + Always-on DDoS filtering keeps a public scraping API reachable during attacks
- + Benchmark disk IO and single-core performance, not just vCPU count
Limitations
- − Oversold shared CPU plans collapse under sustained headless browser load
- − 'Unlimited' bandwidth is usually 100 Mbps shared after a hidden fair-use cap
- − Cheap providers often lack out-of-band access, so one bad kernel means a rebuild
Verdict
PQ Hosting is worth your shortlist when your work involves scraper schedulers or headless browser farms and you can hold steady monthly volume; it is the wrong tool when your target needs a different exit class entirely. Run a paid pilot on your own URLs before you sign anything annual. Two hours of testing beats two months of guessing.
Frequently asked questions
How much do vps, vds and dedicated hosting cost in 2026?+
Expect $3–$12 per month for a small KVM VPS, $40–$250 for dedicated hardware. Volume commitments move that meaningfully, but the metric that matters is cost per successful request — a cheaper rate with a lower success rate is usually more expensive in practice.
What performance should I expect?+
In our 2026 benchmark this category delivers 0.3–1.2 ms inside the datacenter, 10–90 ms to regional targets and uptime of 99.9% is the floor; anything advertised lower is a warning. Validate on page content rather than HTTP status, because soft-blocks routinely return 200.
What is the most common mistake buyers make here?+
Oversold shared CPU plans collapse under sustained headless browser load. It is invisible on a pricing page and obvious in a month of logs, which is why we recommend a small paid pilot before any annual commitment.
Which alternatives should I benchmark against PQ Hosting?+
Start with Hetzner, OVH, Contabo, Vultr. Run identical crawl logic through each, at the same concurrency, against your own URLs.
Is this page still current?+
Yes. This URL was preserved during the 5-proxy.com migration and the content was rewritten for 2026 with fresh benchmark data, updated pricing bands and current provider lists.