5G Mobile Proxies: 50 Mbps and Up on a Dedicated US Carrier Line

5G mobile proxies from 5G Proxies USA are built around one number: 50 Mbps and up, through a carrier address that reads as a phone. Each line is a 5G modem, router or handset we own, racked in a US city with its own T-Mobile, Verizon or AT&T 5G SIM, and carrying one customer's traffic for the term. Unlimited data and rotation come with every plan, because a 5G line that meters gigabytes defeats its own purpose. This page covers how much faster a 5G line is than an LTE one, which of our eight metros have 5G hardware, what latency looks like, the radios behind the lines and what each term costs.

5G first, LTE on the shelf

Each term is one dedicated line. The 5G column buys the throughput; the LTE column buys the same carrier address with less headroom.

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5G against LTE: the throughput gap

A 4G LTE line on our racks moves 20 to 45 Mbps. A 5G line with good signal moves 50 Mbps and up. The address is the same kind of trusted carrier address either way; what the fifth generation adds is room. Heavy pages render without waiting, large files arrive in a fraction of the time and many browser profiles can work through one address without starving each other.

That room is the whole case for 5G. If your work is a few account sessions and light scraping, an LTE line does it comfortably. If it is video verification, media catalog checks, big downloads, parallel automation or anything where a slow link is the bottleneck, the extra dollar a day for 5G buys back the time.

The practical test is simple. Load the heaviest page your work touches through an LTE line and then through a 5G one and watch how long the browser spends waiting. On a single page the difference is a few seconds; across a day of automation with a dozen profiles it is hours of wall-clock time, and that is what the extra dollar buys.

Which cities have 5G

All eight metros we run carry 5G hardware: New York, Los Angeles, Chicago, Houston, Phoenix, Miami, Boston and North Carolina. Which 5G carriers are in stock differs by rack, and so does the signal. T-Mobile runs mid-band 5G, Verizon runs C-band, and AT&T has its own 5G layer; which one has the strongest cell depends on the rack and the neighbourhood around it. The city pages linked at the bottom list what each rack has and how the addresses geolocate.

If the carrier you want is out of stock in one metro, take it in another and move later. Moving a 5G line between metros is self-service from the dashboard and free, and it takes effect in minutes.

5G coverage inside a metro is not uniform, so which carrier we offer on 5G at a given rack follows what the radio can actually hold there. A 5G line that spends its day on LTE because the cell is weak would be an LTE line at a 5G price, and we would rather not sell that one.

Latency on a 5G line

Throughput gets the headlines, but latency is what you feel in an interactive session. 5G shortens the round trip from the modem to the carrier core, so a browser behind a 5G line responds more like a browser on a wired connection than one behind LTE. That shows up in API-heavy tools, streaming tests, cloud gaming checks and anything that makes many small requests rather than a few big ones.

Latency to the target then depends on where the target is. A 5G line in Los Angeles reaching a West Coast service is quick; the same line reaching a server in Europe adds the ocean, as any connection would. Pick the metro nearest the thing you are testing when round trip matters.

Latency also decides how a sticky session feels. A long login flow, a checkout with several redirects or a dashboard that polls every second all stack round trips, and shaving each one is noticeable in a way raw throughput is not. For jobs that live in a browser rather than a download bar, that is the part of 5G you will feel first.

The radios behind the lines

Throughput starts with the hardware, so every 5G line is a device we own. A 5G USB modem with its own carrier SIM is the quickest way to a 5G line and the most common. A 5G router with its own SIM adds external antennas where the signal needs them and router-grade uptime for lines that stay up for a month. A real 5G Android phone with its own SIM is for work that must look like a handset end to end, because it is one. You choose the device at checkout and the price is the same.

Each device exposes HTTP(S) and SOCKS5 with UDP on its own port, with access by username and password or by whitelisting your IP, switched from the dashboard without touching the other.

The device type does not change the address or the carrier; it changes what the far end sees when it looks past the IP. A site that fingerprints the client is happiest when the handset it infers matches the network it sees, which is what the 5G phone is for. For throughput alone, the USB modem and the router are the same radio in different housings, and the router's antennas simply hold a strong cell more reliably.

Rotation on 5G

A 5G line rotates exactly as often as you ask and never on its own. Trigger a new carrier address from the dashboard button, your rotation link, the API or a timer, with no cap on how many times. The new address comes from the same carrier in the same metro. Leave the line alone and it holds its address for as long as the carrier keeps it, which is a sticky session and what most account work wants.

Rotation on 5G takes the same few seconds a reconnect takes on LTE. The generation does not change how the carrier hands out addresses, only how fast data moves once you have one.

Timers suit collection work: set the interval and each batch leaves on a new address at full 5G speed without touching your code. The rotation link and the API suit account work, where a script calls them between sessions and the line otherwise holds still. Both come with every term.

What a 5G line costs, with LTE on the shelf

A 5G line is $7 for a day, $35 for a week and $85 for thirty days. The LTE tier on the same racks is $6, $31 and $75: the same address trust with less headroom, for when the job does not need the speed. Every term on either tier includes unlimited data, unlimited rotation, both protocols, free moves between metros and the same dashboard.

To see the throughput before committing to a day, take a 5G line by the hour: $3 for the first two hours and $3 per hour after that, up to four hours in one purchase, never auto-renewed. An LTE line by the hour is $2 and $2. Keep the line for the full day and the hours you paid are taken off the day price.

Terms are the only variable in price. There is no premium for a particular carrier or metro, no setup fee and no surcharge for the device type, so a 5G phone in New York costs the same as a 5G modem in Phoenix. Balance sits in your account and is spent per purchase, so a single top-up can run several lines in several cities.

Work that needs a fast carrier line

These are the jobs where an LTE link gets in the way and a dedicated 5G line pays for itself in the first session. If the job is lighter than this list, the LTE tier on the same racks will do it for a dollar less a day.

• Streaming QA: playback, bitrate ladders and startup time from a real US 5G network
• Ad verification of video and display ads on ad-supported tiers, from the metro and carrier they target
• Large transfers of files, datasets and builds through a carrier address without waiting on LTE
• Parallel automation with many threads through one line and the headroom to keep them moving
• App performance measured on a real 5G carrier network rather than a simulator
• Catalog and storefront monitoring at speed, every day, as a US subscriber sees it
• Cloud gaming latency and throughput checks from a carrier line in the right metro
• Account work from one dedicated carrier address with 5G speed behind it

Getting a 5G line

Create an account at the dashboard, add balance by card, PayPal, crypto, Zelle or wire, and pick the term, 5G or LTE, the metro, the carrier and the device. The line activates the instant payment clears and the credentials appear on screen. If the line does not do the job within the first twenty-four hours of a first order, support refunds it. The same purchases work from the mobile app and from our Telegram bot, on the same balance.

Once the line is up, the dashboard holds the rotation link and API key, the IP whitelist, moves between metros, auto-renew for day, week and month plans and the extension of a running term. Support is a person by email or in the bot, around the clock, and the first thing they will ask is the city and the kind of traffic, because that decides the carrier.

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