High defense server and ordinary IP have significant differences in the server field, mainly concentrated in terms of security, anti -DDOS attack capabilities, performance, availability and cost.

　　1. DDOS attack protection capabilities:

　　High defense server:

　　Professional protection system: High -defense servers are usually equipped with professional DDOS attack protection systems, which can detect and prevent various scale and types of distributed refusal service attacks. This includes SYN/ACK attacks, UDP attacks, HTTP attacks, etc.

　　Real -time monitoring and response: High -defense servers use real -time monitoring traffic and take active response measures to ensure rapid response when DDOS attacks occur, and protect the server from service interruption.

　　Ordinary IP:

　　Lack of professional protection: Ordinary IP usually lacks a special DDOS protection system, so it is easily affected when facing large -scale attacks.

　　It may not be unable to deal with large -scale attacks: Ordinary IP may not be able to effectively handle large -scale DDOS attacks, resulting in unavailable or delay services.

　　2. Security:

　　High defense server:

　　Cyber ​​security level: High -defense servers usually have a stronger network security level, including the invasion detection system (IDS) and the invasion defense system (IPS) to monitor and resist potential network attacks.

　　Data encryption: High -defense servers may provide additional data encryption functions to ensure that data in transmission is protected.

　　Ordinary IP:

　　Relatively low security: Ordinary IP may not have advanced network security measures, so it is more likely to be threatened by various network attacks.

　　3. Performance:

　　High defense server:

　　Hardware configuration: In order to cope with complex security and network tasks, high -defense servers usually have stronger hardware configuration, including high -performance processors, large memory and fast storage equipment.

　　Ordinary IP:

　　More general hardware configuration: Ordinary IP may configure relatively general hardware, which is sufficient to handle normal traffic, but may decline in performance when facing attacks.

　　4. Utility:

　　High defense server:

　　Stable services: Due to the DDOS attack protection and strong security, high -defense servers can provide more stable services and reduce service interruption caused by attack.

　　Ordinary IP:

　　May face service interruption: ordinary IP may face service interruptions when facing large -scale attacks, affecting user experience and business availability.

　　5. Cost:

　　High defense server:

　　Relatively high cost: Due to the provision of professional DDOS protection and advanced security, the cost of high defense servers is usually high.

　　Ordinary IP:

　　Lower cost: The cost of ordinary IP is usually low, suitable for scenes with lower safety requirements.

　　6. Applicable scenario:

　　High defense server:

　　Business that requires high security and availability: suitable for online services that require high security and availability, such as financial institutions, e -commerce platforms, game servers, etc.

　　Ordinary IP:

　　Applicable applications for low security requirements: applicable to applications with low security requirements and sensitive costs, such as personal blogs, small websites, etc.

　　Choosing a high -defense server or ordinary IP depends on the specific needs of the business. For those business that requires high security and availability, especially when facing DDOS attack threats, high -defense servers are more suitable choices, although their costs may be higher. For some applications with low security requirements and limited budgets, ordinary IP may be a more economical choice.