
Core differences between static and dynamic ISPs
A static ISP is like a fixed phone number that uses the same IP address for every connection. This kind of proxy IP is suitable for scenarios that require stable authentication over time, such as maintaining account login status or whitelisted access to specific servers. A dynamic ISP, on the other hand, randomly switches to a different IP every time it connects, which is equivalent to changing to a new number every time you make a phone call, and is more suited to network operations where you need to avoid being recognized as machine behavior.
From a technical implementation point of view, static ISPs are implemented through theFixed Gateway Assignmentmaintains the IP unchanged, and dynamic ISPs useIntelligent Route Rotation Systemipipgo's static ISP service supports up to 72 hours of IP binding, and dynamic ISPs can be set up with switching intervals ranging from 30 seconds to 24 hours, which can be flexibly configured by users according to their business needs.
Actual Performance Comparison Test
We use ipipgo's two proxy types for comparison testing, focusing on three core metrics:
| Test items | Static ISP | Dynamic ISP |
|---|---|---|
| Connection Success Rate | 99.3% | 98.7% |
| Average Response Speed | 85ms | 92ms |
| Continuous use stability | stable and continuous | fluctuate occasionally |
The test data show that static ISPs have a significant impact on the need topersistent and stable connectionscenes perform better, while the Dynamic ISP, although slightly slower to respond, itsIP Rotation MechanismIt can effectively reduce the risk of use. ipipgo's specially optimized intelligent scheduling system can keep the latency difference between the two types of proxies within 10ms.
How to choose a model based on your business
Situations where a static ISP must be selected: Ongoing tasks such as maintaining fixed session status, interfacing with API interfaces that require IP filing, and device monitoring. For example, when using ipipgo's static proxy to manage multiple social media accounts, a fixed IP can avoid frequent authentication.
Scenarios that prioritize dynamic ISPs: Large-scale data collection, high-frequency network requests, and applications that need to simulate natural user behavior. ipipgo's dynamic residential IP library contains 90 million+ real home IPs, which perfectly simulates the geographic distribution characteristics of real users when rotating.
Mixed Use Tips
Advanced users can employ thestrategy of combining physical and mental activitiesThe API of ipipgo supports calling two types of proxies at the same time. By setting the traffic distribution ratio (e.g. 30% static + 70% dynamic) both the necessary stability and the overall anonymity can be maintained.
For specific implementation, it is recommended that the core verification link be assigned to a static ISP, and the data request task be given to a dynamic ISP. this combination can maintain account security and circumvent the anti-climbing mechanism in scenarios such as e-commerce price monitoring.
Frequently Asked Questions QA
Q: Will static ISPs be banned?
A: All proxies are risky, so it is recommended to set a reasonable request frequency. ipipgo's static proxies provide anomaly monitoring function, which actively reminds you to change IPs when triggering the risk control rules.
Q: Does changing the IP of a dynamic ISP affect the operation?
A: ipipgo adopts intelligent session maintenance technology, which automatically maintains cookies and basic session information when IP is changed, so that users do not perceive the switching process.
Q: Can I switch between the two quickly?
A: Proxy mode can be switched in real time from the ipipgo control panel, and all configuration changes will take effect within 20 seconds without the need to re-authenticate or interrupt existing connections.
By understanding the differences between static/dynamic ISPs and combining the professional tools provided by ipipgo, users can build the optimal proxy solution according to their specific needs. The service provider covers residential IP resources in 240+ countries, and the feature of full protocol support makes the technical adaptation easier. It is recommended to actually verify the difference in effect of different modes through a free trial.

