Datacenter Proxy Comparison: How to Choose for Your Workload

This page is published by Thordata, one of the products compared.

A proxy provider choice depends on the target site, IP count, traffic volume and need for a fixed address: compare per-IP and per-GB offers on the same workload, then choose by cost per usable result. For a datacenter proxy comparison, put prices on the same rental period and traffic basis first. Then compare successful results on the sites you intend to access; a cheaper IP is no saving if it needs substantially more retries.

Start with the workload, not the provider

Datacenter proxies use addresses associated with hosting infrastructure; residential proxies use addresses associated with consumer internet providers. Start with datacenter IPs for high-volume requests on sites that accept hosting addresses. Use residential IPs when a target requires that address type or when local targeting matters more than a fixed-IP price.

Thordata offers shared datacenter access and dedicated datacenter IPs; its stated uses include scraping and website performance testing. The datacenter line suits a buyer who needs exclusive addresses and expects substantial traffic per IP; it is not the right choice when requests specifically need residential IPs. Thordata also offers residential and other proxy types for that distinction.

Before comparing quotes, write down the required country or city, expected GB, number of concurrent requests and whether a login or allowlist must keep seeing the same address. Those requirements determine whether an IP-based price or a traffic-based price is relevant.

What do shared, dedicated and rotating proxies change?

Shared, dedicated and rotating describe different properties of datacenter access. Shared and dedicated describe who can use an IP; rotating describes when the IP changes.

Rotation does not make a shared address dedicated. Nor does it guarantee fewer blocks: a target can still restrict a rotating pool. For a login sequence, choose a fixed IP or a sticky session long enough to complete every step. For independent page requests, rotation may be more useful than address continuity.

Thordata bills shared datacenter access by traffic and dedicated datacenter access by IP and duration. Bright Data offers shared and dedicated IPs, while Oxylabs offers shared static, shared rotating and exclusive dedicated configurations. Those labels should be matched to the address behavior required by the workload, rather than treated as interchangeable price tiers.

How do the providers compare side by side?

Published datacenter offers use different units, so their entry prices do not form a like-for-like ranking. The table records the stated offers as of November 2026; a daily IP rate, a monthly IP package and a GB package buy different amounts of access.

Neither GB offer can be converted into a comparable IP price without the workload’s traffic and address requirements.

What can published figures tell you?

Published pool, uptime and response figures describe a provider’s advertised network, not success on your target. Those numbers are not a shared-target benchmark.

A price example makes the missing variable visible. That total cannot establish which costs less for a month of scraping: it omits how long the IPs are rented, how much traffic is sent and how many requests succeed.

Measure cost per usable result as total proxy charges divided by records that pass your required checks. On the same authorized targets and locations, count successful records, retries, bytes transferred and response time at realistic concurrency. If shared IPs produce more rejected requests, their lower purchase price may disappear in retries; if dedicated IPs sit idle, a per-GB pool may cost less. These figures do not constitute an independent datacenter-versus-residential test on the same targets. A reported success rate from a different mix of sites cannot settle either choice.

How should you make the final choice?

Compare providers’ terms for replacing rejected IPs and test shared-IP reputation on the same targets: another customer’s activity can affect whether a shared address is accepted.

Choose a proxy type before choosing a provider. Datacenter addresses fit fixed-IP tests and traffic-heavy collection when the target accepts hosting IPs; residential addresses fit requests requiring consumer-ISP addresses, a larger rotating pool or more granular location selection. Neither type guarantees access.

For a direct price comparison, hold the rental period, IP count, target location and expected traffic constant. Then use the measured cost per usable result, including retries and any fair-usage charges. If an address must persist, compare dedicated datacenter with static residential or ISP access rather than assuming a rotating residential plan will retain the same IP. If results must arrive already parsed, a scraper API may remove proxy management from the workload, but its response-based billing needs a separate cost calculation.

How to choose

• If you need exclusive IPs for an allowlist, choose dedicated datacenter access, because the address is reserved for one buyer; Thordata bills this access by IP and duration.

• If you need many independent requests but few fixed addresses, choose a rotating, traffic-billed pool, because per-GB billing follows traffic rather than the number of reserved IPs.

• If you expect heavy traffic through fixed addresses, compare per-IP offers, because Thordata advertises unlimited traffic while Bright Data specifies 100 GB of monthly fair usage per IP.

• If the target requires consumer-ISP addresses, choose residential proxies, because a dedicated datacenter IP remains a hosting address even when nobody else uses it.

FAQ

Are datacenter proxies cheaper than residential proxies?

Datacenter proxies can cost less for traffic-heavy work, but the billing units prevent a universal price verdict. the first purchases time on an IP and the second purchases traffic.

Does a rotating datacenter proxy give me a dedicated IP?

A rotating datacenter proxy does not necessarily give exclusive access. Rotation controls when an address changes; dedication controls whether another buyer can use it. Select both properties explicitly when a workload needs them.

Which figures should decide between two providers?

Cost per usable result on the intended targets should decide between providers after the required location and session behavior are met. Record retries, traffic and successful outputs at the same concurrency; published network-wide uptime and average latency cannot replace that comparison.