Static proxy IPs are typically configured on servers to support both HTTP and HTTPS protocols. Whether you're sending requests via HTTP or HTTPS, these can be forwarded through the configured proxy server ensuring smooth operation.

Static proxy IPs not only support HTTP and HTTPS but also other protocols such as FTP and Socks5. By using a proxy server, the real IP address is hidden, with all requests and responses being relayed through the proxy server for effective network traffic control and management. Depending on different needs, users can select suitable proxy servers and protocols for configuration and use.

For most application scenarios, HTTP protocol is recommended as the optimal choice for static proxy IPs. HTTP is widely used at the application layer, especially suitable for transmitting hypertext and other types of data. It is known for its simplicity, flexibility, and ease of implementation. By configuring the IP address and port of the proxy server, setting up a static proxy service becomes straightforward. Additionally, HTTP protocol supports features like caching and authentication, enhancing the quality of proxy services.

Generally, static proxies using HTTP protocol tend to be faster than those using HTTPS because HTTPS requires encryption and decryption of data, increasing server computational load and network transmission time. In contrast, HTTP does not involve encryption processing, making it relatively faster. However, actual speed differences depend on specific network environments and server performance. Sometimes, HTTPS speeds may closely match or even surpass HTTP. Therefore, when choosing whether to use a static proxy, it's important to weigh the specifics accordingly.

Typically, using an HTTP proxy is faster than a Socks5 proxy. This is because an HTTP proxy focuses solely on passing HTTP requests, whereas a Socks5 proxy handles all types of network traffic. Given that HTTP proxies deal with specific request types, they are more efficient in processing. Nonetheless, actual speed still depends on network conditions and proxy server performance.

The primary protocols used by static proxy IPs include HTTP and Socks5:

• HTTP Proxy: Static HTTP proxies operate based on the HTTP protocol. When a user initiates a request, it first reaches the HTTP proxy server before being forwarded to the target server. This method is ideal for applications like browsers and web crawlers that rely on HTTP protocol. Besides hiding IP addresses, static HTTP proxies also offer access control and caching functionalities.
• Socks5 Proxy: Static Socks5 proxies work based on the Socks5 protocol, allowing broader protocol support including TCP and UDP. Similarly, Socks5 proxies hide user IP addresses and provide access control functions. Compared to HTTP proxies, Socks5 proxies are more flexible and adaptable to various types of network applications.

In summary, the main distinctions between different protocols used by static proxy IPs lie in their applicable scenarios and supported protocol types. HTTP proxies are better suited for applications based on the HTTP protocol, while Socks5 proxies are more versatile due to their extensive protocol support.