Native IP vs Shared IP | Native IP vs Shared IP Performance Review

I. What is Native IP and Shared IP

Native IPs are like a unique number in a cell phone that is used independently by each device and is not re-assigned. These IPs are issued directly by the local network operator and have aComplete geographic attribution attributes, will be recognized as a real local user when accessing network services.

Shared IPs are more similar to public phone booths, where multiple users share the same pool of IP addresses. This type of IP may be used in a variety of scenarios, such as web browsing, data querying, and so on.The IP assigned may be different for each connection, with a high degree of randomness.

Second, the key performance indicators measured comparison

We conducted 72 hours of real-world testing on both IP types using the test tool provided by ipipgo:

Responsiveness:原生IP平均在50ms以内，共享IP受并发量影响会出现200ms以上的波动。尤其在视频流传输场景中，原生IP缓冲时间缩短40%以上。

Connection Stability:Native IPs have a drop rate of less than 0.51 TP3T, while shared IPs can experience more than 51 TP3T of connection drops during peak hours, requiring frequent reconnections.

Agreement support level:ipipgo's native IP supports the full range of TCP/UDP/HTTPs protocols, while the shared IP has limitations in its support for UDP protocols, and some P2P applications will have compatibility issues.

III. Application Scenario Selection Guide

Native IP Applicable Scenarios:
- Automated operations required to maintain stable sessions
- Business systems with strict IP purity requirements
- Operations requiring specific country/city-level positioning

Shared IP applicable scenarios:
- Short-term, high-frequency IP-switching crawling tasks
- Batch operations requiring decentralization of request sources
- Basic IP cost-sensitive requirements

IV. How to choose a suitable agency program

It is recommended to adoptfour-step decision-making processMake a selection:

1. Confirmation of the length of time the business needs the IP to be online (how long a single connection needs to be maintained)
2. Assessing the strength of anti-crawling mechanisms on target websites
3. Calculate acceptable IP authentication failure rates
4. Test the actual response speed of different IP types

Take cross-border e-commerce for example: use ipipgo'sNative Residential IPThe platform does not trigger security validation when performing store management; and for short-term tasks such as product comparison, selecting a shared IP reduces the cost of more than 70%.

V. Frequently Asked Questions QA

Q: Will I be banned for sharing IP?
A: Under reasonable control of request frequency, ipipgo's rotating shared IP pool updates 20% resources daily, which can effectively avoid the risk of blocking.

Q: How do I detect whether an IP is native or not?
A: Use in the ipipgo control panelIP Traceability, you can view core parameters such as ASN number, registry, etc. The native IP will be displayed as the local residential broadband operator.

Q: Must native IP be more expensive?
A: Through ipipgo's intelligent scheduling system, you can use native IP resources on a per-minute billing basis, which reduces short-term business costs by 60% compared to the traditional monthly subscription model.

In practice, it is recommended to pass ipipgo'shybrid scheduling modelFlexible configuration: Native IP is used for critical services to ensure stability, and shared IP is used for auxiliary tasks to reduce costs. The platform provides an IP quality inspection API that monitors IP availability in real time and automatically switches to the optimal connection scheme.