Isistimu ye-Kingtone JIMTOM® Fiber Optic Repeaters yakhelwe ukuxazulula izinkinga zesignali yeselula ebuthakathaka, eshibhe kakhulu kunokusethwa kwe-Base Station entsha (BTS).Ukusebenza okuyinhloko kohlelo lwe-RF Repeaters: Ukuze uthole isixhumanisi esiphansi, amasignali asuka ku-BTS aphakelwa ku-Master Unit(MU), i-MU bese iguqula isignali ye-RF ibe isignali ye-laser bese iphakela ku-fiber ukuze idluliselwe ku-Remote Unit(RU).I-RU bese iguqula isignali ye-laser ibe isignali ye-RF, futhi isebenzisa Isihlelamandla ukuze ikhulise amandla aphezulu ku-IBS noma i-antenna yokumboza.Ukuze uthole isixhumanisi saphezulu, Ingabe inqubo yokuhlehla, amasiginali asuka kumakhalekhukhwini womsebenzisi anikezwa echwebeni le-MU le-MS.Nge-duplexer, isignali ikhuliswa isikhulisi somsindo ophansi ukuze kuthuthukiswe amandla esignali.Bese amasiginali anikezwa i-RF fibre optical module bese iguqulelwa kumasiginali ye-laser, bese isiginali ye-laser idluliselwa ku-MU, isiginali ye-laser esuka ku-RU iguqulelwa kusiginali ye-RF nge-RF optical transceiver.Bese amasiginali e-RF akhuliswa abe amasiginali wamandla engeziwe anikezwa i-BTS.
I-RF Repeater yakhelwe ukuthuthukisa ukumbozwa kwenethiwekhi yamaselula futhi igcwalise izindawo eziyimpumputhe.Ukusebenza okuyinhloko kwesiphindaphinda ukuthola isignali yamandla aphansi evela ku-Base Station (BS) ngokudluliswa kwefrikhwensi yerediyo (RF) nge-antenna yayo yokunikela, inqubo, ikhulise futhi idlulisele isignali ku-Mobile Station (MS) endaweni eqondiswe kuyo ngenkonzo yayo. uthi.
Izici Eziyinhloko
- Ubuchwepheshe be-FPGA Base SDR, Ukucijwa kwebhendi ukuthola ukwenqatshwa;
- Ukuqapha kwangaphakathi okuhlakaniphile, kulula ukuthola amaphutha ukuze kugcinwe;
- Ukusetshenziswa kwamandla okuphansi, ukuchithwa kokushisa okuhle kakhulu;
- I-PA ephezulu yomugqa, inzuzo ephezulu yesistimu;
- Ukuqapha kwasendaweni nokukude (ongakukhetha) nge-alamu yephutha elizenzakalelayo &isilawuli kude;
- Usayizi ohlangene, oguquguqukayo ukuze ufakwe futhi uthuthwe;
- Idizayini evikela isimo sezulu yokufakwa kwesimo sezulu sonke;
- I-MU eyodwa ingashayela i-Max 32 RUs, Yonga izindleko futhi wenze lula ukufakwa.
- Indandatho yokusekela, iketango le-daisy, i-topology yenkanyezi, thuthukisa ukuguquguquka kwenethiwekhi.
- Idizayini yezinkampani eziningi, abathwali abakhulu abayi-16, Bamba kalula izimo zohlelo lokusebenza lwethrafikhi ephezulu
I-MOU+ROU Ukucaciswa Kobuchwepheshe Kwesistimu Yonke
Izinto | Isimo sokuhlola | Ukucaciswa Kwezobuchwepheshe | Imemo | ||
uplink | isixhumanisi esingezansi | ||||
I-Frequency Range | Ukusebenza ku-band | 320MHz ~400MHz,400MHz ~470MHz | eyenziwe ngokwezifiso | ||
I-Max Bandwidth | Ukusebenza ku-band | 5MHz |
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Umkhawulokudonsa wesiteshi | Ukusebenza ku-band | 25KHz |
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Inombolo ye-Max Chanel | Ukusebenza ku-band | 16 |
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Amandla Okukhiphayo | Ukusebenza ku-band | -10±2dBm | +37±2dBm | Ngokwezifiso | |
I-ALC (dB) | Okokufaka engeza i-10dB | △Po≤±2 |
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I-Max Gain | Ukusebenza ku-band | 90±3dB | 90±3dB |
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I-Ripple in Band(dB) | Umkhawulokudonsa Osebenzayo | ≤3 |
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Max.input level Ngaphandle Kokulimala | Qhubeka u-1min | -10 dBm |
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I-IMD | Eqenjini Lokusebenza | Amathoni ama-2 aneSikhala Sesiteshi esingu-75KHz | ≤ -45dBc@RBW 30KHz |
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Amathoni angu-8 aneSikhala Sesiteshi esingu-75KHz | ≤ -40dBc@RBW 30KHz |
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2.5MHz Offset, Ngaphandle kwebhendi Yokusebenza | 9KHz-1GHz | -36dBm@RBW100KHz |
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1GHz-12.5GHz | -30dBm@RBW1MHz |
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Inkampani yenethiwekhi iphumile ekunqatshweni kwesiteshi ene-6dB offset | ±50KHz | ≤-20dBc |
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±75KHz | ≤-25dBc |
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±125KHz | ≤-30dBc |
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±250KHz | ≤-63dBc |
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±500KHz | ≤-67dBc |
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Ukulibaziseka kokudlulisela (thina) | Ukusebenza ku-band | ≤35.0 |
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Umfanekiso Womsindo (dB) | Ukusebenza ku-band | ≤5 (Max.gain) |
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Imbobo ye-VSWR | Ichweba le-BS | ≤1.5 |
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I-MS Port | ≤1.5 |