Kuze kube manje, abasebenzisi abaningi ngokwengeziwe badinga ama-booster wesignali eselula angaphandle. Izimo ezijwayelekile zokufakwa kwangaphandle zifaka izindawo zasemaphandleni, emaphandleni, amapulazi, amapaki omphakathi, izimayini, nezindawo zikawoyela. Uma kuqhathaniswaama-booster esignali angaphakathi, ukufaka i-booster yesignali yeselula yangaphandle kudinga ukunaka amaphuzu alandelayo:
1. Ingabe wonke ama-booster amasignali eselula angaphandle awangeni manzi? Uma kungenjalo, yini okufanele yenziwe?
Ngokuvamile,ama-booster wesignali yeselula yangaphandlezingamadivayisi ezinga eliphezulu lamandla okuhweba futhi ngokuvamile aklanyelwe ukuthi angangeni manzi. Kodwa-ke, isilinganiso sazo esingangenwa amanzi singase singabi phezulu kakhulu, ngokuvamile sisukela phakathi kwe-IPX4 (ukuvikela ekuchaphazeni kwamanzi kusuka kunoma iyiphi indlela) kanye ne-IPX5 (ukuvikela ngokumelene namajethi amanzi anengcindezi ephansi). Ngaphandle kwalokhu, sisancoma abasebenzisi ukuthi bafake izithuthukisi zabo zesignali yeselula endaweni evalekile evikela elangeni nasemvuleni. Lokhu kunganweba kakhulu isikhathi sokuphila seyunithi eyinhloko ye-booster.
I-Mobile Signal Booster Yendawo Yasemakhaya
2. Yini okufanele icatshangelwe lapho ufaka uthi lwangaphandle?
Lapho ufaka uthi lwendawo yangaphandlei-booster yesignali yeselula, i-antenna enkulu yephaneli ivame ukusetshenziswa. Lokhu kungenxa yokuthi izimpondo zephaneli zinikeza inzuzo ephezulu futhi zingathuthukisa ngempumelelo ukuncishiswa kwesignali ngesikhathi sokudlulisa. I-antenna yephaneli ngokuvamile ivala i-engeli engu-120°, okusho ukuthi izimpondo ezintathu ezinjalo zinganikeza ukumbozwa okungu-360° endaweni ethile.
- I-GSM 2G ivamise ukumboza ibanga elingaba ngu-1 km.
- I-LTE 4G ivamise ukumboza ibanga elingamamitha angama-400.
- Izimpawu ze-5G high-frequency, nokho, zihlanganisa kuphela ububanzi obungamamitha angu-200.
Ngakho-ke, kubalulekile ukukhetha i-booster yesignali yeselula efanele kanye ne-antenna ngokusekelwe endaweni efiselekayo yokukhava yangaphandle. Uma unemibuzo, zizwe ukhululekile ukuyiphendulaxhumana nokwesekwa kwamakhasimende ethu.
3. Imaphi ama-booster wesignali eselula angaphandle avame ukutuswa?
Kuzinhlelo zokusebenza zangaphandle, i-Lintratek ivame ukuncomai-fiber optic repeaters. Njengoba ukufakwa kwangaphandle kuvame ukudinga ukudluliswa kwesignali yebanga elide, isiginali izokwehliswa nakanjani phezu kwezintambo ezinde. Ngakho-ke, i-fiber optic repeater, esebenzisa i-fiber optics ukuze idlulise isignali, ikhethwa ngaphezu kwama-booster wesignali weselula wamandla aphezulu.Ungafunda kabanzi mayelana nokuncishiswa kwesignali kumakhebuli angama-coaxial lapha.
4. Indlela yokufaka amandla i-booster yesignali yeselula ezindaweni ezikude ezingenawo ugesi?
Ezimweni ezinjalo, i-Lintratek inikeza izixazululo ezimbili:
A. Ikhebula le-Fiber Optic eliyinhlanganisela
Le ntambo ihlanganisa i-fiber optics yokudlulisa isignali ngezintambo zethusi zokudlulisa amandla. Amandla adluliselwa kusuka kuyunithi yesilawuli kude kuya kuyunithi yendawo. Le nketho iyonga imali kodwa ngokuvamile inconywa kumaphrojekthi angaphakathi kwebanga lamamitha angu-300, njengoba amandla azolahlekelwa okuphawulekayo kumabanga amade.
B. Uhlelo lwamandla elanga
Ama-solar panel angasetshenziswa ukukhiqiza ugesi, obese ugcinwa kumabhethri. Ukugodla ibhethri kosuku olulodwa kwanele ukunika amandla iyunithi yendawo yesiphindaphindi se-fiber optic. Kodwa-ke, lolu khetho lubiza kakhulu ngenxa yezindleko zemishini yelanga.
Iziphindaphinda ze-fiber optic ze-Lintratek zifaka ubuchwepheshe bamandla aphansi, okuvumela ukusetshenziswa kwamandla ukuthi kulungiswe ngokuya ngezimo zokusebenza, ngaleyo ndlela kuncishiswe ukusetshenziswa kwamandla ukuze kuhlangatshezwane nokufakwa okwengeziwe kwangaphandle.
I-Lintratekube nguchwephesheumkhiqizi wama-mobile signal boosterngemishini ehlanganisa i-R&D, ukukhiqiza, nokudayiswa iminyaka eyi-13. Imikhiqizo yokumboza isignali emkhakheni wezokuxhumana ngomakhalekhukhwini: izithuthukisi zesiginali yeselula, izinti, izihlukanisi zamandla, ama-couplers, njll.
Isikhathi sokuthumela: Nov-07-2024