Unlimited Traffic Proxies

Setup is standard and takes a couple of minutes:

1. Pick a proxy package by duration and proxy thread count in your IPrazon dashboard.
2. Get the access data host, port, login, password.
3. Enter it in your software: parser, browser or script, protocol HTTP, HTTPS or SOCKS5.
4. Run the proxy task: no need to watch traffic, it is not capped.

Volume is limited only by the proxy package thread count. Need more threads? Take a higher package.

When traffic is billed, the proxy traffic counter measures bytes: response bodies, headers, images, scripts, repeat loads after errors. The same thousand pages can come to two hundred megabytes or to several gigabytes depending on how heavy the pages turn out to be.

That is the core problem with volume based accounting: forecasting the spend in advance is close to impossible. A site can ship heavy scripts, change its markup or add media, and the calculation you made at the start of the month stops matching reality.

The package model removes that variable entirely. You pay for the term and the proxy thread count, and the number of bytes passed does not touch the proxy bill. Planning comes down to two understandable figures: how long the job runs and how many parallel connections it needs.

With volume unmetered, concurrency becomes the bottleneck. The proxy thread count per proxy decides how many requests run at once, and that is what sets the real collection speed.

The arithmetic is simple. Speed equals the proxy thread count divided by the time of one request. Ten threads at two seconds per request gives five pages per second, roughly four hundred thousand a day, provided the target sustains that rhythm.

So when a job grows you scale threads. And you often meet the limits of the target before the ceiling of the proxy package: the safe rate per address is almost always lower than what your software could technically push.

Unlimited removes the question of volume but not the question of distribution over time. The same thousand pages gathered in an hour or across a day put very different load on a proxy address and draw very different reactions from the platform.

It is easier to plan from the peak than from the total. Look at the hour where the proxy task is most intense and size threads for that moment. The rest of the time the system runs with headroom, and that is fine.

The second figure is the duration of one request. It sets how long a proxy thread stays busy and when it frees up. Heavy pages with many resources hold a proxy thread longer, so at the same proxy thread count the real speed on them is lower.

The practical conclusion: with unlimited traffic the bottleneck sits in two places almost every time, the proxy thread count and the permitted rate per address. Data volume does not affect either, and that is precisely why the proxy package model is simpler to plan around.

Bandwidth describes how many bytes pass per second. Collection speed describes how many pages are processed in the same time. They are different quantities, and the second almost never hits the ceiling of the first.

The reason is that a proxy thread spends most of its time waiting. Opening a connection, waiting for the server, parsing the page: all of it is pauses during which the proxy channel sits idle. So at a dozen threads real bandwidth use stays modest even on heavy pages.

It follows that raising speed comes through concurrency and through shortening one cycle. Connection reuse, skipping unnecessary resources and parsing only the part of the page you need all help.

And the reverse: when collection hits a ceiling, traffic is rarely the cause. What to look at is the platform limits, the response time and how many threads are genuinely working.

The proxy pool runs on our own hardware: stable fast addresses, low latency, uptime without drops. Unlimited is not quietly throttled by a fair-use clause in fine print.

The cost is predictable: you plan by package and threads. The pool holds 12,000 IPv4 addresses across 200+ countries, up to 3000 threads on the top plan.

HTTP, HTTPS and SOCKS5 are in every proxy package, and rotation delivers new IPs on schedule or on demand. A fit for long, high-volume tasks.