Performance Comparison of Residential Agents vs. Data Center Agents in Crawling Projects

What exactly is the best way to choose between a real IP and a server room IP?

Engage in the crawler is the most headache is the IP is blocked, the common proxy IP on the market is mainly divided intoResidential Agentsrespond in singingData Center AgentsThere are two types of proxies. Residential proxies use real home network IPs, while data center proxies are mass-produced IPs from the server room.The difference in performance between the two in a crawler project is huge, and choosing the wrong one may directly lead to failure in data collection.

Comparison of IP camouflage in real life

The anti-crawl system of the target website will focus on detecting the IP source. When we tested an e-commerce platform with ipipgo's residential proxy50 consecutive page visitsNeither triggered the captcha, and with a regular server room IP just accessed it for the 7th time and it was banned.

This is because the residential IP'sdevice fingerprintrespond in singingNetwork Behavioral CharacteristicsCloser to real people: e.g. IPs registered for more than 2 years, regular up and down records, associated real home addresses, etc. In contrast, server room IPs often haveIP segmentation,Access frequency anomaliesand other issues.

Request success rate life and death line

When crawling websites that require a login, the ipipgo residential agent'sCompleteness of data capturereached 921 TP3T, while the test group used a server room proxy with a success rate of only 631 TP3T. the key gap is:

- Captcha trigger rate:Authentication is triggered by about 1/20th of a request for residential agents and up to 1/3rd of a request for server room agents.
- Login status maintained:Residential IPs can stay logged in for more than 2 hours, while server room IPs drop out in 15 minutes on average.

The game of speed and cost

The biggest advantage of a server room agent isfast response time, the measured average latency is around 80ms, which is suitable for scenarios that require fast polling. But be careful:
1. too fast instead of triggering the anti-climbing mechanism
2. Increase in actual costs due to frequent IP changes
ipipgo's residential agent, while averaging 200ms latency through theIntelligent Routing TechnologyYou can automatically select the optimal route, and speed up 40% while ensuring the pass rate.

Recommended Mixed-Use Strategies

In practice, it is recommended to useResidential agent as the primary + server room agent as the secondaryThe combination of the

ipipgo supportDynamic switching of proxy typesThis program saves 371 TP3T in real-world cost, and can be set to automatically switch the server room agent to replenish the collection when the residential agent triggers the authentication.

Frequently Asked Questions QA

Q: What should I choose for a small team with a limited budget?
A: Prioritize the use of residential agents to capture the core data, non-key field capture can be paired with the server room agent. ipipgo providestraffic billing modelNo wastage, 1G minimum purchase

Q: How to deal with the emergency when I encounter IP blocking?
A: Switch IP types immediately + reduce request frequency. ipipgo'sIP cooling functionWill automatically quarantine IPs suspected of being tagged for 12 hours before reusing them

Q: What if I need a specific country IP?
A: ipipgo's residential agents cover 240+ countries and regions and support theCity-level positioning. For example, if you need an IP for Chicago, USA, you can select that city node directly from the console

Choosing a proxy IP for a crawler project is like choosing battle armor; residential proxies arecloak of invisibilityThe engine room agent isbulletproof vest. To be both secure and efficient, it's recommended to choose a program like ipipgo that supportsDual mode switchingThe service provider. Their 90 million+ real residential IP resources coupled with the intelligent scheduling system have been measured to increase the data collection efficiency by more than 3 times. In particular, the function of dynamic and static IP free switching is especially practical when dealing with different anti-climbing strategies.