Ukuza kuthi ga ngoku, abasebenzisi abangakumbi nangakumbi bafuna i-booster yesignali yangaphandle. Iimeko eziqhelekileyo zofakelo lwangaphandle ziquka iindawo zasemaphandleni, emaphandleni, iifama, iipaki zoluntu, imigodi, kunye neendawo zeoli. Kuthelekiswa neizixhobo zokukhuthaza umqondiso wangaphakathi, ukufaka i-booster yesignali yeselula yangaphandle kufuna ingqalelo kula manqaku alandelayo:
1. Ngaba zonke ii-booster zesignali ezihambayo zangaphandle azinamanzi? Ukuba akunjalo, yintoni efanele yenziwe?
Ngokubanzi,izixhobo zokwandisa imiqondiso yeselula yangaphandlezizixhobo ezikumgangatho ophezulu worhwebo kwaye zidla ngokuyilwa ukuba zingangeni manzi. Nangona kunjalo, umlinganiselo wabo wokungangeni manzi usenokungabi phezulu kakhulu, ngokwesiqhelo usukela phakathi kwe-IPX4 (ukhuselo lokuchaphaza kwamanzi ukusuka kulo naliphi na icala) kunye ne-IPX5 (ukhuseleko kwiijethi zamanzi ezinoxinzelelo oluphantsi). Ngaphandle koku, sisacebisa abasebenzisi ukuba bafakele ii-booster zabo zangaphandle zeselfowuni kwindawo ebiyelweyo ebakhusela elangeni nasemvuleni. Oku kunokwandisa kakhulu ubomi beyunithi ephambili ye-booster.
I-Mobile Signal Booster yoMmandla wasemaphandleni
2. Yintoni ekufuneka iqwalaselwe xa ufaka i-eriyali yangaphandle?
Xa ufaka i-eriyali kwindawo yangaphandlei-booster ye-mobile signal, i-eriyali yendawo enkulu idla ngokusetyenziswa. Oku kungenxa yokuba ii-eriyali zephaneli zibonelela ngenzuzo ephezulu kwaye zinokuphucula ngokusebenzayo ukuthomalalisa umqondiso ngexesha lothumelo. I-eriyali yephaneli ikholisa ukugquma i-engile ye-120°, okuthetha ukuba i-eriyali ezintathu ezinjalo zinokubonelela ngama-360° kwindawo ethile.
- I-GSM 2G idla ngokugubungela uluhlu olumalunga ne-1 km.
- I-LTE 4G idla ngokugubungela uluhlu olujikeleze i-400 yeemitha.
- Iimpawu ze-5G eziphezulu ze-frequency, nangona kunjalo, zigubungela kuphela uluhlu olumalunga neemitha ezingama-200.
Ke ngoko, kubalulekile ukukhetha i-booster efanelekileyo yeselula kunye ne-eriyali esekwe kwindawo efunwayo yangaphandle. Ukuba unayo nayiphi na imibuzo, zive ukhululekileqhagamshelana nenkxaso yethu yabathengi.
3. Zeziphi ii-booster zesignali ezihambayo zangaphandle ezicetyiswa ngokubanzi?
Kwizicelo zangaphandle, iLintratek iyacebisaiifiber optic repeaters. Kuba ufakelo lwangaphandle luhlala lufuna ukuhanjiswa komqondiso omde, umqondiso ngokuqinisekileyo uya kuthotywa phezu kweentambo ezinde. Ke ngoko, i-fiber optic ephindaphindayo, esebenzisa i-fiber optics ukuhambisa umqondiso, ikhethwa ngaphezu kwe-booster yesiko esinamandla esineselfowuni.Unokufunda ngakumbi malunga nokunciphisa umqondiso kwiintambo ze-coaxial apha.
4. Indlela yokunika amandla i-booster ye-mobile signal kwiindawo ezikude ezingenawo umbane?
Kwiimeko ezinjalo, iLintratek ibonelela ngezisombululo ezibini:
A. Intambo yeFiber Optic ehlanganisiweyo
Le ntambo idibanisa i-fiber optics yokuhanjiswa komqondiso kunye neentambo zobhedu zokuhambisa amandla. Amandla athunyelwa ukusuka kwiyunithi ekude ukuya kwiyunithi yendawo. Olu khetho luyonga iindleko kodwa luyacetyiswa ngokubanzi kwiiprojekthi ezikuluhlu lweemitha ezingama-300, njengoko amandla aya kuba nelahleko ebonakalayo kumgama omde.
B. Inkqubo yaMandla eSolar
Iiphaneli zelanga zinokusetyenziselwa ukuvelisa umbane, othi ke ugcinwe kwiibhetri. Ugcino lwebhetri losuku olunye lwanele ukunika amandla iyunithi yendawo yefiber optic ephindayo. Nangona kunjalo, olu khetho luxabisa kakhulu ngenxa yeendleko zezixhobo zelanga.
I-Lintratek ye-fiber optic ephindaphindayo ibonakalisa itekhnoloji yamandla aphantsi, evumela ukusetyenziswa kwamandla ukuba kuhlengahlengiswe ngokusekwe kwiimeko zokusebenza, ngaloo ndlela kuncitshiswe ukusetyenziswa kwamandla ukuze kulungiselelwe ukufakwa ngakumbi kwangaphandle.
Lintratekibe yingcaliumenzi wezixhobo zokwandisa umqondiso weselulangezixhobo ezidibanisa i-R&D, imveliso, kunye neentengiso zeminyaka eyi-13. Iimveliso zokugubungela umqondiso kwinkalo yonxibelelwano lweselula: i-boosters yefowuni yeselula, ii-antenna, izahlulo zamandla, i-couplers, njl.
Ixesha lokuposa: Nov-07-2024