What a fast proxy really means for your workload
Raw megabits look great on a speed test and decide almost nothing in account work or data collection. What pays off is completed actions per hour: uploads that go through, pages parsed without captchas, logins that never hit a checkpoint. A port at 20 Mbit/s with a 95–99% success rate finishes a scraping job sooner than a 500 Mbit/s channel that gets challenged on every third request.
So a fast proxy is judged by time to result, not by a bandwidth graph. Every block adds a retry, every retry adds minutes, and on a large task those minutes become hours of paid work with nothing collected. Cut the block rate and the same script covers the same volume with less compute and fewer rented hours burned.
Fast mobile proxy: carrier IP, fewer retries
OnlineProxy ports send traffic through real SIM cards in 3G, 4G and 5G networks, so requests reach a website from a mobile carrier ASN — the highest trust level among proxy types. A typical mobile IP scores 0–15 out of 100 on fraud checks, while hosting addresses sit at 75–100. Fewer challenges at the door means your automation spends its time collecting data instead of solving captchas.
There is a second effect worth money. Hundreds of real subscribers share one carrier address, so platform security systems answer odd traffic with soft rate limiting rather than a hard ban, and one aggressive session no longer drags a whole account farm down. That is why mobile IPs keep access to targets where cheaper categories stall below 80% success.
Pro tip: track "minutes per 1,000 successful requests" instead of ping. A channel with 150 ms latency and a 2% failure rate finishes ahead of a 20 ms channel that fails a third of the time.
Speed numbers you can plan around
Mobile internet channels are honestly slower than datacenter ones, and pretending otherwise leads to broken plans. Latency usually lands between 50 and 300 ms, throughput between 5 and 50 Mbit/s, with 5G ports reaching higher. For multi-accounting, SERP checks by region, ad verification and most parsing that ceiling changes nothing; for video streaming or terabyte transfers it is a real limit, better known before payment than after.
| Parameter | Mobile port | Datacenter proxy (other category) |
|---|
| Latency | 50–300 ms | 5–30 ms |
| Throughput | 5–50 Mbit/s, higher on 5G | Very high |
| Fraud score | 0–15 of 100 | 75–100 of 100 |
| Success on protected targets | 95–99% | Frequent blocks |
Rotation control is a speed feature, not a checkbox
On Lite the IP changes automatically every 2–5 minutes and the schedule is not yours to set, which suits stateless requests and quick geo checks. Regular hands over the whole device: sticky sessions for logins, rotation by link straight from a script, timer rotation for overnight runs, plus a device reboot when the channel degrades. For long campaigns the fast proxy that pays off is the one whose IP changes exactly when the task needs it, not when a shared timer decides.
| Plan | IP control | Best for |
|---|
| Lite | Shared device, up to 5 users, auto rotation 2–5 min | Light parsing, regional checks |
| Regular | Dedicated device, sticky, rotation by link or timer, reboot, priority support | Account farms, API automation, long sessions |
Buy fast proxies without per-gigabyte billing
Billing is per port for a period — 1, 7 or 30 days, with 24 hours as the minimum. No plan meters gigabytes, so an overnight run or a heavy upload day will not produce a surprise invoice; unlimited traffic here means no GB counter, not unlimited speed. Prices depend on the country and carrier you select and appear on the plan page.
Cashback arrives as promo credit on the internal balance once a paid rental ends. Refunds follow the refund and replacement policy: within the first hour after access is issued in full, later minus the time used, while technical issues are handled with a replacement port first. A free server proxy is available through the site widget for basic connectivity tests, mobile ports are paid, and support answers around the clock with a 4-hour target for the first reply.
What makes a quick connection behave slowly
Most speed complaints trace back to setup, not to the channel. Unlike a VPN that pushes everything through one address, a proxy stack needs each element aligned:
- The fastest way to lose a warmed account is a region mismatch — keep IP geo, browser language, timezone and currency in one country.
- One port per antidetect profile; reusing a port across accounts on the same platform links them and wipes out the trust advantage.
- Use SOCKS5 with your antidetect browser and close WebRTC leaks, otherwise the real address surfaces regardless of the proxy.
- Verify each new IP through IPQualityScore or Spur.us: a mobile ASN and a low fraud score confirm you are paying for what was promised.
Fix those four points and the same ports deliver measurably more finished actions per hour — which is the only speed that shows up in revenue.