Czy wolisz polską wersję strony elektroda?
Nie, dziękuję Przekieruj mnie tamtop69 wrote:I need help, I have an offer with orange, router 535 232 4g pro, which I can count on in this generally difficult area
location
https://mapabts.pl/?center=53.422687%2C16.670...3&area=53.42810833946045%2C16.638295440429687
matek451 wrote:This LTE1800 is doubtful and the signal is some debris, only on LTE800 it is quite correct, but still weak. The 800mHz antenna will probably improve it, but you would have to check near BTS-A Currents if they actually added LTE1800 there. And do some speedtest.
TL;DR: Aggregating two LTE bands (e.g., 2600 + 1800 MHz) on a Huawei B535 can lift download speed from 30 Mb/s to 90 Mb/s “if signal and antenna match” [Elektroda, WarHawk480, post #18279118] “There is no one-size antenna for the B535” [Elektroda, matek451, post #18197795]
Why it matters: Correct band tests and a tuned MIMO antenna prevent costly, slow ‘electro-breakers’.
• Huawei B535 supports 2×2 MIMO and 2-band aggregation (max 40 MHz total bandwidth) [Huawei Spec]. • SMA-F connectors accept ≤ 10 m 50 Ω coax; each extra metre loses ≈ 0.2 dB at 1800 MHz [Coax Loss Chart]. • Dual-polar Cybertech 17 dBi panel covers 1800-2600 MHz; price ~PLN 260 [Elektroda, matek451, post #18340642] • Wideband ATK-504 (2×9 dBi) spans 800-2600 MHz but gains only 7 dBi at 2600 MHz [Telkob Data]. • Oversize Yagi across 800-2600 MHz loses > 4 dB on high bands—edge-case to avoid [Elektroda, matek451, post #18236762]