B · Infrastructure · Proxies & IP Infrastructure
Datacenter Proxies
Datacenter proxies use IPs owned by hosting providers, which makes them the fastest and most economical option for high-volume requests to endpoints that do not restrict hosting ranges. What separates listings is subnet spread across providers, whether IPs are dedicated or shared, concurrency limits and how cleanly the ranges have been used before.
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This market is open for listings. Sellers can list here today, and buyers can post a request so sellers know what's wanted.
Buyer guide
- Ask how many distinct /24 subnets and providers the IPs span.
- Check concurrency and thread limits against the request rate you plan to run.
- Test response times from the datacenter locations closest to your targets.
- Confirm whether IPs are exclusive to you and how replacements are handled.
What to compare
- 01Subnet and ASN diversity
- 02Dedicated vs shared IPs
- 03Concurrent thread limits
- 04Bandwidth and port speed
- 05Datacenter locations
- 06IPv4 vs IPv6
Use cases
- Uptime and performance monitoring
- Price monitoring on tolerant endpoints
- Load and QA testing
- Authorized bulk data collection
FAQ
When should I use datacenter proxies instead of residential?
When speed, cost and volume matter more than looking like a household visitor, and the target does not treat hosting IP ranges differently. Test against your real targets before scaling.
Why does subnet diversity matter for datacenter IPs?
Rate limits and reputation are often applied per range. IPs spread across many subnets and providers are less affected when one range is throttled.
Are datacenter proxies usually dedicated or shared?
Both exist. Dedicated IPs are assigned to one buyer for the term, while shared IPs are used by several customers at a lower price; the listing states which.