A 5G proxy is a mobile proxy whose host device connects to a carrier's fifth-generation network (5G) instead of fourth-generation LTE (4G). In practice the IP you receive is identical in type a real carrier address shared behind CGNAT so it carries the same 100% trust score whether the modem is on 4G or 5G. What changes is the pipe: 5G can deliver materially higher peak bandwidth and lower round-trip latency. Proxy4G offers 5G on select carriers across roughly half of its 18-country footprint; the rest run on robust 4G/LTE.
Does 4G vs 5G change the IP or just the speed?
This is the most common misconception, so it is worth stating plainly: the generation of the radio does not change what the destination server sees. Whether the device is camped on a 4G LTE cell or a 5G cell, the public IP is assigned from the carrier's mobile pool and shared across thousands of real subscribers via CGNAT. To Instagram, Google or a sneaker site, a 4G IP and a 5G IP on the same carrier are equally legitimate mobile IPs both score 100% on trust, both rotate cleanly, both are practically un-blockable as a class because banning them would punish real customers.
What 5G actually buys you is on your side of the connection:
- Throughput faster downloads of media-heavy pages, large scrapes, or video.
- Latency snappier request/response cycles, which helps interactive automation and checkout flows.
- Headroom a 5G-backed port is less likely to become the bottleneck when you run aggressive concurrency.
If your workload is latency- or bandwidth-bound, 5G helps. If it is IP-reputation-bound, 4G and 5G are interchangeable.
4G vs 5G mobile proxies, side by side
| Attribute | 4G / LTE proxy | 5G proxy |
|---|---|---|
| IP type | Real carrier IP via CGNAT | Real carrier IP via CGNAT |
| Trust score | 100% | 100% |
| Typical latency | Higher (LTE round-trip) | Lower |
| Peak throughput | Good for most tasks | Higher peak bandwidth |
| IP rotation | On demand or timed (1–60 min) | On demand or timed (1–60 min) |
| Protocols | HTTP, HTTPS, SOCKS5 | HTTP, HTTPS, SOCKS5 |
| Availability at Proxy4G | All 18 countries, 43 carriers | Select carriers/countries |
| Best for | Account creation, scraping, rank tracking | Media-heavy scraping, video, high-concurrency, low-latency automation |
Behaviour and trust score are identical; 5G differs only in the radio-layer speed and latency it can deliver.
Which Proxy4G carriers and countries offer 5G?
5G is available on specific carrier configurations, not everywhere. As you build an order in the configurator, 5G carriers are listed explicitly so you always know what radio the modem is on. Current 5G-capable carriers include:
- United States T-Mobile 5G
- United Kingdom Three 5G
- France SFR 5G
- Germany Vodafone 5G
- Spain Orange 5G and Movistar 5G
- Czech Republic T-Mobile 5G
- India Jio 5G
Every other carrier in the inventory AT&T, Verizon and T-Mobile (US); EE (UK); Free Mobile, Orange and Bouygues (France); O2 (Germany); DIGI (Spain); and the rest across all 18 countries runs reliable 4G/LTE. See the full list on the locations page or a specific country page such as US 4G proxies or France 4G proxies.
Proxy4G mobile network coverage
When does 5G actually matter, and when is 4G enough?
Choose 5G when speed is the constraint: scraping image- or video-heavy targets, streaming or media verification, downloading large datasets, or running latency-sensitive automation where every saved millisecond per request compounds across thousands of calls. High-concurrency web scraping and fast checkout flows for sneaker bots are classic 5G candidates.
4G is enough for the majority of proxy work, because most tasks are reputation-bound, not bandwidth-bound. Account creation, social-media multi-accounting, SERP rank tracking and ad verification all depend on the IP looking like a genuine mobile subscriber which 4G delivers identically. If your target carrier or country only offers 4G, you lose nothing on trust or stealth by using it.
A practical rule: pick by country and carrier first (the IP geo and reputation you need), and treat 5G as a speed upgrade where it happens to be available.
What stays the same on 4G and 5G at Proxy4G
- Real physical SIM on a real carrier genuine mobile IP, never datacenter or emulated
- 100% trust score and CGNAT-shared addressing on both radios
- Dedicated (rotate on demand or auto every 1–60 min) and Shared (auto-rotate every 5 min) options
- HTTP, HTTPS and SOCKS5 with username/password or IP-whitelist auth
- No-KYC signup and crypto-only payment (BTC, ETH, SOL, USDT)
- Credentials (HOST:PORT, user, pass) emailed within minutes of payment
Test your proxy's exit IP (4G or 5G)
# Works the same whether the modem is on 4G or 5G
curl -x http://USER:PASS@HOST:PORT https://api.ipify.org
# SOCKS5 variant
curl --socks5 USER:PASS@HOST:PORT https://api.ipify.org
# Confirm it reads as a mobile carrier IP
curl -x http://USER:PASS@HOST:PORT https://ipinfo.io/jsonKeep comparing
Mobile vs residential vs datacenter
Why carrier IPs outscore residential and datacenter for trust.
Rotating vs dedicated proxies
Exclusive port vs shared budget pool how rotation differs.
4G mobile proxies
The core product: real-SIM 4G/LTE proxies across 18 countries.
SOCKS5 vs HTTP proxy
Pick the right protocol both ship on every plan.
Frequently Asked Questions
Not inherently. The IP type, CGNAT addressing and 100% trust score are identical on both 4G and 5G, so for stealth and ban-resistance they are interchangeable. 5G is only "better" when you are limited by speed: lower latency and higher peak throughput help media-heavy scraping, video and high-concurrency automation. For reputation-bound tasks like account creation or rank tracking, 4G is fully sufficient.
5G is available on select carriers: T-Mobile 5G (United States), Three 5G (United Kingdom), SFR 5G (France), Vodafone 5G (Germany), Orange 5G and Movistar 5G (Spain), T-Mobile 5G (Czech Republic) and Jio 5G (India). All other carriers across the 18-country, 43-carrier inventory run reliable 4G/LTE. Available 5G options are labelled in the configurator as you build an order.
No. Detection is about whether the IP looks like a genuine mobile subscriber, not about the radio generation. Both 4G and 5G IPs at Proxy4G come from real physical SIMs on real carriers, shared behind CGNAT exactly like any consumer phone. A destination server cannot distinguish a 4G mobile IP from a 5G one in a way that changes trust; both behave as ordinary mobile traffic.
Yes. Rotation is a feature of your plan, not the radio. On a Dedicated plan you rotate the IP on demand instantly via the dashboard or a reset link, or automatically on a 1–60 minute schedule. On a Shared plan the IP auto-rotates every 5 minutes. This is identical whether the underlying modem is on 4G or 5G.
Yes, where a 5G carrier exists for that country. In the configurator, pick the country and then select a 5G-labelled carrier for example Jio 5G in India or T-Mobile 5G in the United States. If a country only lists 4G carriers, you can still order there; the IP geo, trust score and rotation behaviour are the same as any 5G port.
The radio is determined by the carrier you selected at checkout, shown in your order and credentials. From the network's perspective the exit IP behaves identically, so an IP lookup (such as ipinfo.io through the proxy) will confirm the carrier and that it reads as a mobile address, but it will not always print the radio generation — the carrier label you chose is the authoritative source.