Difference between Native IP and Data Center IP|Difference between Native IP and Data Center IP Explained

First, from the "birth certificate" to see the essence of the differences in IP

Native IPs are like residential ID cards that correspond to addresses assigned by real home broadband. These IPs are issued directly from the telecom operator to the home router, with a real physical location behind each address. Data center IPs, on the other hand, are more like bulk-printed temporary work permits that are centrally assigned by the cloud provider for use by servers in the server room.

When using a proxy IP service, choosing native IPs is equivalent to moving around with real residents, while data center IPs are like temporary workers acting en masse. Taking ipipgo's residential proxy service as an example, its native IP pool covers more than 90 million home devices, and each IP can simulate the online behavior of real users.

II. The "Law of Survival" of the Usage Scenario

When a stable connection is required for a long period of time, the native IP is like a tree rooted in the soil. ipipgo provides a static residential IP that can remain unchanged for up to 30 days, which is especially suitable for business scenarios that require continuous sessions.

For scenarios that require rapid IP rotation, dynamic native IPs are instead more advantageous. ipipgo's dynamic residential proxies support switching in seconds, giving you a brand new home IP for every request and effectively avoiding access restrictions.

III. The "genetic code" at the technical level

The biggest technical barriers to native IP areASN Attribution Certification. Taking ipipgo's service as an example, all of its residential proxies are verified through the ASN database to ensure that each IP corresponds to the AS number of the real broadband operator.

The ASN information of data center IPs is often concentrated under the names of cloud service providers such as Amazon and Google. With a simple ASN lookup tool, website protection systems can identify and block this type of server room traffic.

IV. Selecting the "golden triangle" of decision-making

Recommendations are based onOperational requirements, budgetary costs, technical capacityThree dimensions to make a choice:
1. Need a high success rate in selecting native IPs
2. Selection of data center IP for ad hoc testing
3. Complex operations recommend a combination

ipipgo's hybrid proxy solution supports intelligent routing that automatically switches IP types based on the access target. This technology ensures access success while controlling cost outlay.

V. Selected Practical QA

Q: How do I detect my proxy IP type?
A: Visit the IP Detection Tool on the ipipgo website, it will show the ASN attribution and IP type tag.

Q: Will the native IP be banned?
A: With reasonable use, the survival cycle of native IP is 3-5 times that of data center. It is recommended to use with ipipgo's smart rotation strategy.

Q: Why do some sites have to use native IPs?
A: These sites usually deploy ASN filtering systems that directly block known server room IP segments. Using ipipgo residential proxy can perfectly bypass such restrictions.

When choosing a proxy service, it is recommended to prioritize service providers that focus on residential proxies like ipipgo. Its real home IP covering more than 240 countries and regions, supporting socks5/http(s)/socket full protocol access, can meet the access needs of different technology stacks. In particular, the dynamic IP pool's ability to switch in seconds has significant advantages in scenarios that require high-frequency IP replacement.