Simulate passive OS fingerprint consistency, cellular MTU clamping, and anti-bot mismatch signals across 4G/5G mobile carriers vs datacenter proxies.
| Infrastructure / Gateway | Radio Protocol | MTU / MSS | TCP Window | TTL | Passive OS Match | Bot Score Impact |
|---|---|---|---|---|---|---|
| UK EE 5G Modems | 5G NR / Sub-6 | 1420 / 1380 | 65535 (WS 8) | 64 | Coherent (Cellular) | 0.02 (Legitimate) |
| Vodafone UK 4G LTE | LTE Cat-4 | 1440 / 1400 | 65535 (WS 7) | 64 | Coherent (Cellular) | 0.03 (Legitimate) |
| Three UK 5G NR | 5G Standalone | 1420 / 1380 | 64240 (WS 8) | 64 | Coherent (Cellular) | 0.04 (Legitimate) |
| Datacenter Proxy (Squid) | Gigabit Fiber | 1500 / 1460 | 29200 (WS 7) | 64 | OS Mismatch (Linux 5.x) | 0.92 (Bot Trigger) |
| Standard Residential | Broadband DSL | 1492 / 1452 | 64240 (WS 8) | 128 | Variable Jitter | 0.21 (Moderate) |
Access high-trust dedicated mobile proxy pools backed by enterprise physical SIM modems and Carrier Grade NAT rotation.
Complete engineering guide to aligning antidetect browser profiles with physical cellular modem TCP stacks to eliminate OS spoofing flags.
Direct access to dedicated UK EE 5G hardware modems featuring 1420B MTU clamping and clean cellular baseband handshakes.
Test live IP rotation, passive fingerprint consistency, and latency benchmarks with instant 24-hour sandbox access.