What Is the Difference from Rotating Datacenter Proxies?
The table below compares the two proxy types across multiple dimensions:
| Feature | Rotating Datacenter Proxies | Dedicated Datacenter Proxies |
|---|---|---|
| IP allocation model | Shared IP pool rotation: Users receive IPs randomly from the provider’s public IP pool, and the IP changes automatically on each request/session. | Exclusive fixed IPs: Users exclusively occupy one or more specific IPs, with no sharing by others. |
| IP ownership | Temporary lease (not exclusive); the IP returns to the pool after the task ends. | Long-term exclusive ownership; the IP remains bound to the user until it is actively released. |
| IP stability | Low: IPs change frequently and cannot maintain long-term sessions. | Very high: IPs stay fixed and are suitable for persistent connections. |
| Anonymity | Medium to high: Continuous IP rotation makes behavior harder to trace, but the IP itself is still easy to identify as a datacenter proxy. | Lower: Fixed IPs are easier for target websites to flag and block, so anti-detection techniques may be needed. |
| Cost structure | Billed by traffic / IP usage: Suitable for short-term burst tasks with controllable costs. | Billed by IP quantity + duration (monthly / yearly packages), with a higher per-IP cost. |
| Speed performance | High: Datacenter network bandwidth is sufficient (1-10Gbps) with low latency (<50ms). | Equally high: Shares the same hardware class as rotating proxies. |
| Management complexity | Low: Automatic rotation with no need to maintain IP lists. | High: Requires manual management of IP allowlists/blocklists and replacement of invalid IPs. |
| Typical use cases | • Large-scale data scraping (e-commerce price monitoring, SEO analysis) | • Long-term account maintenance (social media, multi-instance gaming) |