▪ Umkhawulokudonsa 1.4Mhz/3Mhz/5Mhz/10Mhz/20Mhz
▪ Isekela izinketho zefrikhwensi engu-800Mhz/1.4Ghz
▪ Ayincikile kunoma yisiphi isiteshi senkampani yenethiwekhi.
Ubuchwepheshe bokugxuma-gxuma obuzenzakalelayo bokulwa nokugxambukela
Ukwakhiwa kwemeshi okuziphilisayo, okuziphilisayo
▪ Ukuphela kokubambezeleka okuphansi ekupheleni kuka-60-80ms
▪ Sekela i-WEBUI yokuphathwa kwenethiwekhi kanye nepharamitha elungisekayo.
▪ Ibanga le-NLOS 10km-30km ukusuka phansi ukuya phansi
▪ Ukulawula amandla okuzenzakalelayo
▪ Isilawuli sephuzu lefrikhwensi ezenzakalelayo
▪ Isekela i-UDP/TCPIP FULL HD Video transmission.
● Ukulawula Iphuzu Lokuphindaphinda Okuzenzakalelayo
Ngemva kokuqalisa, izozama ukwakha inethiwekhi ngamaphoyinti efrikhwensi afakwe ngaphambili ngaphambi kokuvala shaqa kokugcina. Uma amaphoyinti efrikhwensi agciniwe engafanele ukwakha inethiwekhi, izozama ngokuzenzakalela ukusebenzisa enye ifrikhwensi etholakalayo ekusetshenzisweni kwenethiwekhi.
● Ukulawula Amandla Okuzenzakalelayo
Amandla okudlulisa e-node ngayinye alungiswa ngokuzenzakalelayo futhi alawule ngokuvumelana nekhwalithi yayo yesignali.
● I-Frequency-Hopping Spread Spectrum(FHSS)
Ngokuphathelene nomsebenzi wokugxuma okuyimvamisa, ithimba le-IWAVE line-algorithm yalo nendlela.
Umkhiqizo we-IWAVE IP MESH uzobala ngaphakathi futhi uhlole isixhumanisi samanje ngokusekelwe ezicini ezifana namandla esiginali atholiwe i-RSRP, isilinganiso sesignali-kuya-kumsindo we-SNR, kanye nesilinganiso sephutha elincane i-SER. Uma ukwahlulela kwayo kuhlangatshezwana nayo, izokwenza i-frequency hopping bese Khetha iphoyinti elifanele lokuvama ohlwini.
Ukuthi ukwenza i-frequency hopping kuncike esimweni esingenantambo. Uma isimo esingenantambo sisihle, i-frequency hopping ngeke yenziwe kuze kuhlangatshezwane nesimo sokwahlulela.
Isoftware ye-IWAVE yokuphatha inethiwekhi ethuthukisiwe ye-MESH izokukhombisa ngesikhathi sangempela i-topology, i-RSRP, i-SNR, ibanga, ikheli le-IP nolunye ulwazi lawo wonke ama-node. Isofthiwe isekelwe ku-WebUi futhi ungakwazi ukungena ngemvume nganoma yisiphi isikhathi noma kuphi ngesiphequluli se-IE. Kusuka kusofthiwe, ungamisa izilungiselelo ngokwesidingo sakho, njengemvamisa yokusebenza, umkhawulokudonsa, ikheli le-IP, i-topology eguquguqukayo, ibanga lesikhathi sangempela phakathi kwamanodi, ukulungiselelwa kwe-algorithm, isilinganiso sohlaka oluphansi olukhuphuka phansi, imiyalo ye-AT, njll.
I-FD-6710T ilungele ukuthunyelwa ngaphandle njengohlelo lwesayithi oluhambayo kanye nelungaguquki oluqashwe ezindaweni ezisemhlabeni, ezisemoyeni nezasolwandle. Okufana nokubhekwa emngceleni, imisebenzi yezimayini, ukusebenza kukawoyela negesi okukude, ingqalasizinda yezokuxhumana eyisipele yasemadolobheni, amanethiwekhi ama-microwave angasese njll.
JIKELELE | |||
UBUCHWEPHESHE | I-MESH | UKUKHUBUKA | POLE MOUNT |
UKUBEKELWA | I-ZUC/SNOW3G/AES (128/256) OptionalLayer-2 | ||
AMAKHETHI | |||
ISIKHATHI SOKUSEBENZA | ≤5s | TEMPERATURE | -20 kuya ku-55ºC |
DATE RATE | I-30Mbps (Uplink ne-Downlink) | Ingangeni manzi | IP66 |
DIMENSIONS | 216*216*70mm | ||
UKUZWAKALA | 10MHz/-103dBm | ISISINDO | 1.3kg |
UMBANGO | I-NLSO 10km-30km (Ground to ground)(Kuya ngendawo yangempela) | IZINTO | I-aluminium Alloy |
I-NODE | 32 node | UKUKHUBUKA | Ifakwe ngepali |
I-MIMO | 2*2 MIMO | AMANDLA | |
AMANDLA | 10watts | I-VOLTAGE | I-DC24V POE |
MODULATION | I-QPSK, 16QAM, 64QAM | UKUSEBENZISA AMANDLA | 30watts |
I-ANTI-JAM | Ukugxuma okuvama ngokuzenzakalelayo | IMIHLANGANO | |
I-LATENCY | Ukuphela ukuya EKUPHELENI: 60ms-80ms | RF | 2 x N-Uhlobo |
IFREQUENCY | ETHERNET | 1xrj45 | |
1.4Ghz | 1427.9-1447.9MHz | ||
800Mhz | 806-826 MHz |
UKUZWAKALA | ||
1.4GHZ | 20MHZ | -100dBm |
10MHZ | -103dBm | |
5MHZ | -104dBm | |
3MHZ | -106dBm | |
800MHZ | 20MHZ | -100dBm |
10MHZ | -103dBm | |
5MHZ | -104dBm | |
3MHZ | -106dBm |
IMIHLANGANO | |||
RF | 2 x N-Type Antenna Port | ||
PWER INPUT | 1 x Imbobo ye-Ethernet(POE 24V) | ||
Okunye | 4*Izimbobo Ezifakwayo |