Imitha yamandla ePon
Ingenza uvavanyo lwangaphakathi lwe-PON signals (1310/1490/1550nm) kuyo nayiphi na indawo yenethiwekhi. Uhlalutyo lokupasa/lokungaphumeleli lwenziwa lula ngokusebenzisa umda ohlengahlengiswayo wabasebenzisi we-wavelength nganye.
Isebenzisa i-CPU enamanani angama-32 kwaye isebenzisa amandla aphantsi, i-DW-16805 iba namandla ngakumbi kwaye ikhawuleza. Ukulinganisa okulula ngakumbi kungenxa yendlela esebenza ngayo enobuhlobo.
Ezona mpawu
1) Vavanya amandla ee-wavelengths ezi-3 zenkqubo ye-PON ngokulandelelana: 1490nm, 1550nm, 1310nm
2) Ifanelekile kuzo zonke iinethiwekhi zePON (APON, BPON, GPON, EPON)
3) Iiseti zoMda ezichazwe ngumsebenzisi
4) Nika amaqela ama-3 ee-threshold values; hlalutya kwaye ubonise imeko yokupasa/yokungaphumeleli
5) Ixabiso elihambelanayo (ilahleko yomahluko)
6) Gcina kwaye ulayishe iirekhodi kwikhompyutha
7) Beka ixabiso lomlinganiselo, layisha idatha, kwaye ulinganise ubude bexesha ngokusebenzisa isoftware yolawulo
8) I-CPU enamanani angama-32, kulula ukuyisebenzisa, ilula kwaye ilula ukuyisebenzisa
9) Ukucima umbane ngokuzenzekelayo, ukucima isibane sangasemva ngokuzenzekelayo, ukucima umbane ophantsi
10) Ubungakanani besundu obungabizi kakhulu obuyilelwe uvavanyo lwasendle naselabhoratri
11) I-interface elula ukuyisebenzisa enesikrini esikhulu ukuze kube lula ukubonakala
Imisebenzi ephambili
1) Amandla ee-wavelengths ezi-3 zenkqubo ye-PON ngokulandelelana: 1490nm, 1550nm, 1310nm
2) Vavanya isignali yemo yokuqhushumba ye-1310nm
3) Umsebenzi wokuseta ixabiso lomgca
4) Umsebenzi wokugcina idatha
5) Umsebenzi wokucima isibane sangasemva ngokuzenzekelayo
6) Bonisa i-voltage yebhetri
7) Cima ngokuzenzekelayo xa ikwi-voltage ephantsi
8) Umboniso wewotshi wexesha langempela
Iinkcukacha
| Ubude bamaza | ||||
| Amaza ombane aqhelekileyo | 1310 (phezulu) | 1490 (ezantsi) | 1550 (ezantsi) | |
| Indawo yokupasa (nm) | 1260~1360 | 1470~1505 | 1535~1570 | |
| Uluhlu(dBm) | -40~+10 | -45~+10 | -45~+23 | |
| Ukuzahlula @1310nm(dB) | >40 | >40 | ||
| Ukuzahlula @1490nm(dB) | >40 | >40 | ||
| Ukuzahlula @1550nm(dB) | >40 | >40 | ||
| Ukuchaneka | ||||
| Ukungaqiniseki (dB) | ± 0.5 | |||
| Ukulahleka okuxhomekeke kwi-Polarization (dB) | <±0.25 | |||
| Umgca (dB) | ± 0.1 | |||
| Ngokusebenzisa i-Insertion Loss (dB) | <1.5 | |||
| Isisombululo | 0.01dB | |||
| Iyunithi | dBm / xW | |||
| Iinkcukacha ngokubanzi | ||||
| Inombolo yokugcina | Izinto ezingama-99 | |||
| Ixesha lokucima isibane sangasemva ngokuzenzekelayo | Imizuzwana engama-30 ukuya kwengama-30 ngaphandle kokusebenza | |||
| Ixesha lokucima umbane ngokuzenzekelayo | Imizuzu eli-10 ngaphandle kotyando | |||
| Ibhetri | Ibhetri yeLithium etshajwayo ye-7.4V 1000mAH okanye ibhetri eyomileyo | |||
| Ukusebenza rhoqo | Iiyure ezili-18 zebhetri yeLithium; malunga neeyure ezili-18 zebhetri ibhetri eyomileyo nayo, kodwa yahlukile kwiimpawu ezahlukeneyo zebhetri | |||
| Ubushushu bokusebenza | -10~60℃ | |||
| Ubushushu bokugcina | -25~70℃ | |||
| Ubukhulu (mm) | 200*90*43 | |||
| Ubunzima (g) | Malunga nama-330 | |||
