High-speed http proxy: high-speed HTTP proxy configuration optimization guide, speed up 50%

Hands-on teaching you to drain proxy IPs of Internet speeds

Engage in proxy IP most people's brain ache is the problem of network speed, obviously spend money to buy the service, but used like an old cow pulling a broken car. Today we will nag some real, teach you how to HTTP proxy transmission speed directly up a cut.

Connection pooling must be played to understand

A lot of people don't realize thatmultiplexed connectionIt would save at least 30% time over switching frequently. It's like asking the driver to wait and not leave when you take a cab, it's faster than re-hailing the cab every time, right? Look at this Python example:

import requests
from requests.adapters import HTTPAdapter

session = requests.Session()
 Here's the key magic
adapter = HTTPAdapter(pool_connections=10, pool_maxsize=50)
session.mount('http://', adapter)

Remember to set pool_maxsize to 50 or so, too small is not enough, too large takes up memory. Tested with ipipgo's static residential IP, so that after the configuration of the request per second directly doubled.

There is a way to choose the agreement

Don't be stupid and just use HTTP/1.1, it's 2024! Proxy services that support HTTP/2 can be sky fast, look at this comparison table:

To confirm whether the agent supports the new protocol, like ipipgo's enterprise package comes with HTTP/2 support by default, no need to configure extra.

Geographic location metaphysics optimization

Selection of nodes is not the closer the better, you have to look at the direction of the backbone network. Take a chestnut:

• Beijing users choose Seoul node instead of Guangzhou
• Shanghai's visit to L.A. might as well be a transit through Tokyo.

Recommended for ipipgo clientsIntelligent RoutingIf you want to test it manually, you can use tracert command to see the route hop count. For manual testing, use the tracert command to see the number of route hops, and pass directly if there are more than 20 hops.

Requesting a Slimming Solution

Giving packets weight loss is immediate:

headers = {
    'Accept-Encoding': 'gzip, br', compression switch
    'Connection': 'keep-alive', keep-alive connection
    'User-Agent': 'miniUA' thin UA headers
}

Compression alone saves 601 TP3T of traffic, especially with the Dynamic Residential package, which breaks the traffic bill right down to the bone.

Client Tuning Triple Axe

1. Turn off the automatic detection of system proxies (search for "proxy" in Win Settings).
2. Adjust the MTU value to about 1400 (router background change)
3. Disable IPv6 protocol (Control Panel -- Network Settings)

After these three tricks are used, even with the cheapest dynamic standard package, the Internet speed can run full 50M bandwidth.

QA session

Q: Why is it slower if I use a proxy?
A: 80% is DNS pollution, in the client to change the DNS to 223.5.5.5 try!

Q: Which package should I choose?
A: individual users choose dynamic standard enough, enterprise-level business directly on the TK line, do data collection must be static residential

Q: Does it support socks5?
A: ipipgo is supported by all packages, but HTTP protocol scenarios suggest prioritizing the use of native HTTP proxy

Finally, to be honest, proxy speed is seven points by the service provider and three points by tuning. Like ipipgo with intelligent routing, basically no need to toss. Their new cross-border line I measured, the delay can be pressed to 150ms or less, do live push flow are no problem. Package price is also conscientious, especially static residential 35 dollars an IP, cheaper than peers small half. Do not know how to choose can directly find their technical brother, can give you customized program.