Datacenter Proxy
BeginnerA proxy hosted on commercial server infrastructure. Fast and cheap, but its IP ranges are easy for websites to recognize and block.
In depth
A datacenter proxy runs on servers in commercial facilities (AWS, OVH, Hetzner and the like) rather than on consumer connections. Because the IPs belong to well-known hosting ranges, websites can identify them easily — but for targets that don't aggressively filter traffic, they deliver unmatched speed at a fraction of residential pricing.
How it works
Providers lease blocks of IPs from data centers and sell access either as dedicated (you alone use the IP) or shared (several customers rotate through it). Billing is usually per IP per month, with unlimited or generously capped bandwidth — the opposite of residential per-GB metering.
Strengths and trade-offs
- Speed: gigabit server uplinks and single-digit-millisecond response times.
- Price: often 10–50× cheaper per unit of traffic than residential.
- Stability: server IPs don't go offline the way household devices do.
- Detectability: ASN lookups instantly reveal hosting ranges, so hardened targets (social networks, sneaker shops) block or challenge them.
- Shared-pool risk: a cheap shared IP may already be burned on your target by another customer.
When to choose it
Datacenter proxies are the right default for high-volume work against tolerant targets: scraping e-commerce catalogs, SEO rank tracking at scale, uptime monitoring, or accessing geo-restricted content that doesn't fingerprint hosting IPs. Move up to ISP or residential proxies only when block rates make datacenter uneconomical.
Examples
- An SEO platform checks 100,000 keyword rankings nightly through rotating datacenter IPs.
- A retailer monitors competitor catalog prices hourly — the target site tolerates clean datacenter ranges.
- A QA team tests its own website from 15 countries using cheap dedicated datacenter IPs.
Common use cases
FAQs
Every IP belongs to a numbered network (ASN). Hosting providers' ASNs are public knowledge, so a site can tell at a glance that a request comes from a server farm instead of a home — and real customers almost never browse from server farms.
Dedicated IPs cost more but only you control their reputation, which matters for account management or repeat access to one target. Shared IPs are fine for wide, shallow scraping where any single block is cheap to absorb.
Typically $0.50–$3 per IP per month for shared pools and $1.50–$6 for dedicated IPs, usually with unmetered bandwidth — which is why they remain the workhorse for high-volume jobs.