A Flat-Rate Dedicated 5G Line Against Mobile Data Sold by the Gigabyte
Published
Mobile proxies are sold in two shapes. One is a dedicated line: a single SIM in a single device, priced per period with unlimited data, which is what USA 5G Proxies sells. The other is a shared pool: addresses drawn from many phones, priced per gigabyte moved. Both produce a carrier address that reads as a phone. They differ in speed, in what happens to the price as volume rises, in who controls the address and when it changes, and in which jobs they suit. This page compares them on those points with figures from our own price list and states plainly when a metered pool is the better buy.
What each product physically is
A dedicated 5G line is one carrier SIM inside one phone, modem or router that we own and rack in a US metro. It serves one customer for the term. Its public address is the carrier's, shared with real subscribers through carrier-grade NAT, and it changes only when the customer rotates it or the carrier resets the session. Its speed is the device's radio speed on that tower: up to 50 Mbps download on our 5G tier, up to 25 Mbps on 4G, and a 70 Mbps+ average on lines carrying 5G+.
A metered mobile pool is a set of addresses from many real phones, often belonging to app users who have agreed to share their connection, aggregated by a vendor and sold as data. Each request may exit from a different phone, or one phone may be kept for a few minutes. The customer buys gigabytes and spends them as requests pass through. Speed is whatever the phone at the other end has at that moment, and it varies from request to request.
Speed, and why it is the deciding factor here
A pool cannot promise speed because it does not control the phones in it; a request may exit on a strong 5G handset or on a weak LTE one in a basement. A dedicated line can be measured, because the device is ours: free 5G lines are tested every hour and the buy page shows the speed of those that qualify for 5G+. For browsing and account work the difference is invisible. For video, heavy pages and parallel sessions it decides whether the job completes at the quality the test requires. That is why this comparison matters more for a 5G brand than for a generic one: the speed tiers are the product.
Side by side
The table sets the properties that decide most purchases against each other.
| Property | Flat-rate dedicated 5G line | Metered mobile pool |
|---|---|---|
| What you rent | One SIM in one device, yours alone for the term | Gigabytes spent through many shared phones |
| Speed | 5G up to 50 Mbps, 5G+ 70 Mbps+ average on selected lines | Whatever the exit phone has at that moment |
| Address control | Sticky until you rotate; rotate without limit | Per request, or sticky for a few minutes |
| Pricing | 5G $7 a day, $34 a week, $84 a month; 4G $6, $30, $74 | Per gigabyte, rising with volume |
| Data allowance | Unlimited | What you bought |
| Who else uses it | Nobody | Every other customer of the pool |
| Metro choice | Eight US metros, free moves | By country, state or city as the vendor allows |
| Best for | One identity, heavy or long sessions, video | Many addresses for short, light requests |
Cost at different volumes
A metered pool is cheap for a few gigabytes and expensive for hundreds, because the price rises with every byte. A dedicated line is a flat price per period: a month of 5G at $84 costs the same whether the line moves ten gigabytes or a terabyte. The crossover arrives early for video work. A single hour of high-definition streaming QA moves several gigabytes; a day of it on a metered pool costs more than a week on a flat-rate 5G line. For account work and light checks the comparison inverts: a customer who needs fifty different addresses for fifty short tasks spends less on a few gigabytes of pool than on fifty lines.
Control over the address
On a dedicated line you decide when the address changes: by link, API, timer or button, or never. Between rotations the address holds as long as the carrier keeps it, usually hours. On a pool the vendor decides, within the stickiness option you chose, and a session that needs the same address for a long login cannot rely on it. For QA that records a player for an hour, for a logged-in account, for a monitor that must not see a mid-session change, the line's control is the whole point.
When the metered pool is the better buy
When the job needs many different addresses for brief, light requests and does not care about speed: broad price sampling across many cities, checks that touch a page once each, tasks where any one address will be used for seconds. When the job needs a state or city we do not have a line in. When the total data is small and the number of distinct addresses is large. We sell a shared pool product too, by the gigabyte, in the dashboard beside the lines, for exactly these cases, and we would rather you bought the right one.
When the flat-rate 5G line is the better buy
When speed is part of the test: streaming and video QA, video ad verification, media-heavy pages, several browser profiles on one address. When one identity must hold one address for hours or days. When the volume is large and the price must be known in advance. When you want to see a line's tested speed before you buy. For these jobs a USA 5G Proxies line at $7 a day, with 5G+ at $2 a day where the line qualifies, is the product built for the purpose.
Questions about per-GB pricing
Is a shared pool slower than a dedicated 5G line?
Usually, and unpredictably: a pool exits on whatever phone is available. Free 5G lines are tested every hour, and the speed of those that qualify for 5G+ is shown before you buy.
Can I combine both?
Yes. Many customers run accounts and video work on a dedicated line and use a few gigabytes of pool data for broad sampling. Both are sold in the same dashboard from the same balance.
Does unlimited data on a line really mean unlimited?
Yes. There is no monthly allowance and nothing is billed by the gigabyte. Days of 60 GB or more are counted under the fair-use rule, and repeated heavy days in one plan period can lead to a warning and then a slower line.
Which costs less for a month of streaming QA?
The line, by a wide margin. High-definition streaming moves several gigabytes an hour; at $84 a month a 5G line costs the same at any volume, while a pool bills every gigabyte.