Cross-border data line optimization: reducing latency packet loss! Practical program

Why is cross-border data transfer always stuck in PPT?

Have done cross-regional business of the old iron understand that the data run up with the driving of a classic car like. For example: Shanghai to visit the server in Frankfurt, the fiber optic cable has to go around the Pacific Ocean and then through the Atlantic Ocean.Carrier routing strategy pumps uporPhysical line deteriorationThe packet disappearance trick will be performed for you in a few minutes.

A cross-border e-commerce team has planted a heel - they use ordinary agents to capture overseas commodity data, the result is that every 3 requests have 1 timeout. Later, the routing log out to see, found that the packet in a node in India circled around 5 jumps before going out, which is not to lose packets to hell.

Practical four axes specializing in the line of the pumping wind

Tip 1: Don't make a detour with a dedicated direct connection
Ordinary agents are like taking a bus, not to mention the detour, but also the old interchange. ipipgo's cross-border line directly to you to open the VIP channel, as if from Beijing to Berlin's express special train. Their TK special line can be pressed to 150ms or less latency, more than 3 times faster than the regular line.

 Python Example: Dedicated Proxy Setup
import requests
proxies = {
    "http": "socks5://tk01.ipipgo.com:30080",
    "https": "socks5://tk01.ipipgo.com:30080"
}
resp = requests.get("destination address", proxies=proxies)

Tip #2: There's something to be said for protocol selection
Don't stick to the HTTP protocol, Socks5 is the best for cross-border transmission. This thing supports UDP protocol transmission, especially suitable for video conferencing such real-time applications. Socks5 protocol can be measured with the packet loss rate from 8% dry to 1.5% below.

Tip #3: The Great Dynamic IP Rotation
Fixed IP is easy to be limited by the operator. ipipgo's dynamic residential IP pool supports second switching, measured 100 consecutive requests have not triggered the wind control. Their enterprise-level packages also come with intelligent routing that automatically avoids congested nodes.

Tip #4: Don't be lazy with your client's settings!
Many people write dead proxy configurations directly in the code, what's the difference between that and driving without shifting gears? It is recommended to use their client tool, which can automatically detect the optimal node. When encountering line fluctuations, manually cut the static residential IP to protect the peace.

Don't be a sucker for packages

ipipgo three slot packages so choose without stepping in the hole:

• Personal Small Business → Dynamic Standard ($7.67/GB)
• Enterprise Crawler → Dynamic Enterprise ($9.47/GB)
• Live streaming/video conferencing → static residential IP ($35/each)

Hands-on solutions to common problems

Q: Why is the latency higher when I use a proxy?
A: Eighty percent of the nodes are selected for reverse routing. Check the box in the ipipgo clientIntelligent Route Optimization, or manually cut to an exit node closer to the target server.

Q: How do I test the line quality?
A: Their client comes with a ping test function, or run a continuous monitoring with the command line:

 Linux Continuous Monitoring Script
while true; do
  curl -x socks5://proxy -o /dev/null -s -w "%{time_total}" target url
  sleep 10
done

Q: What makes Enterprise Edition expensive 20%?
A: more failures of automatic switching, exclusive customer service channel, customized routing policy these buffs. a live company has done the accounts, with the enterprise version of the lagging complaints less than 70%, the money spent is absolutely worth it.

The line optimization is a delicate work. Instead of tossing the open source agent, it is better to use ready-made professional services. ipipgo that 1v1 customized service is really fragrant, the last time a cross-border e-commerce customers, their technology directly to the allocation of a dynamic + static mixed program, the cost of saving forty percent not to mention the speed of data collection also doubled.