4G mobile proxies on real European handsets
Our 4g mobile proxies route through physical phones on Tier-1 EU carrier networks — not datacenter ranges dressed up to pass as mobile. Every exit IP comes from a genuine LTE subscriber block, and that's exactly why LTE mobile IPs carry a level of trust datacenter and even residential ranges can't reach.
Why carrier-grade 4G IPs matter
At any moment, a 4G LTE IP on a real EU carrier ASN is shared by thousands of ordinary subscribers. That organic footprint is what makes an LTE exit read like a person rather than a server.
The trust of a shared LTE block
Route traffic through one of our handsets and you inherit that reputation — sites that hammer datacenter blocks wave carrier LTE traffic through as ordinary everyday phone usage. The shared subscriber footprint behind a 4G exit is the whole reason an LTE mobile IP slips past checks that flag server ranges on sight.
Built on physical devices, not emulation
There's no shortcut here. The pool is real hardware on real SIMs, spread across multiple EU regions and four anonymized Tier-1 operators. Each device reports genuine LTE radio characteristics, so the carrier ASN, mobile user agent and jitter profile all line up the way a real phone presents them. That consistency is what holds an LTE session stable across long-running jobs.
Hold the LTE exit, or rotate on demand
Hold one 4G exit IP for the lifetime of a session — up to 30 days — when a multi-step flow needs a stable identity. Rotation is a feature you reach for when you want a fresh IP per request, but the default is a held LTE IP the target already trusts. You pick the behaviour per session; the infrastructure won't box you into one model.
Built for carrier-grade LTE work
Real LTE handsets
Physical phones on genuine carrier SIMs — authentic 4G radio characteristics, never an emulated profile.
Carrier ASN trust
Exits sit in real Tier-1 EU subscriber blocks, so the IP reads as everyday phone usage to risk engines.
Held or rotating
Pin one LTE exit for up to 30 days, or switch on per-request rotation through the rotation API.
SOCKS5 + HTTP(S)
Drop-in proxy URL for Playwright, Puppeteer or any HTTP client — one line changes, nothing else.
4G LTE proxy at a glance
Where 4G mobile proxies fit
Ad verification on EU-targeted campaigns, market research against local search and retail data, QA from genuine carrier conditions, and headless automation behind a stable LTE exit.
One LTE exit, real radio conditions
When a job needs to read as an ordinary phone on a real network — genuine LTE latency, carrier ASN and mobile user agent — a 4G exit is the right lane. Point Playwright, Puppeteer or any HTTP client at the SOCKS5 or HTTP(S) endpoint, and the proxy URL is the one thing you change. Need more throughput for media-heavy work? Compare the headroom on the 5G lane.
4G mobile proxy questions
What is a 4G mobile proxy?+
Are these real LTE IPs or datacenter ranges in disguise?+
Can a 4G exit hold one IP for a long session?+
How do I connect?+
Try a real mobile IP, free
One live Polish 4G/5G IP for an hour — no card, no checkout. Run your task against it, confirm it works, then scale into a plan.