Gigabit fiber optic transceiver (haske daya da wutar lantarki 8)
bayanin samfurin:
Wannan samfurin na gigabit fiber optic transceiver tare da 1 gigabit na gani tashar jiragen ruwa da 8 1000Base-T(X) adaptive Ethernet RJ45 mashigai.Zai iya taimaka wa masu amfani su gane ayyukan musayar bayanan Ethernet, tarawa da watsawar gani mai nisa.Na'urar tana ɗaukar ƙirar mara amfani da ƙarancin wutar lantarki, wanda ke da fa'idodin amfani mai dacewa, ƙaramin girman da kulawa mai sauƙi.Tsarin samfurin ya dace da ma'aunin Ethernet, kuma aikin yana da karko kuma abin dogaro.Ana iya amfani da kayan aikin sosai a fannonin watsa bayanai daban-daban kamar sufuri na hankali, sadarwa, tsaro, tsare-tsaren kudi, kwastam, jigilar kaya, wutar lantarki, kiyaye ruwa da wuraren mai.
abin koyi | Saukewa: CF-1028GSW-20 | |
tashar tashar sadarwa | 8×10/100/1000Base-T Ethernet tashoshin jiragen ruwa | |
Fiber tashar jiragen ruwa | 1 × 1000Base-FX SC dubawa | |
Ƙarfin wutar lantarki | DC | |
jagoranci | PWR, FDX, FX, TP, SD/SPD1, SPD2 | |
ƙimar | 100M | |
tsayin haske | TX1310/RX1550nm | |
misali yanar gizo | IEEE802.3, IEEE802.3u, IEEE802.3z | |
Nisa watsawa | 20km | |
yanayin canja wuri | cikakken duplex / rabin duplex | |
IP rating | IP30 | |
Babban bandwidth | 18 Gbps | |
adadin isar da fakiti | 13.4Mpps | |
Wutar shigar da wutar lantarki | DC 5V | |
Amfanin wutar lantarki | Cikakken kaya | 5W | |
Yanayin aiki | -20 ℃ ~ + 70 ℃ | |
zafin jiki na ajiya | -15 ℃ ~ + 35 ℃ | |
Yanayin aiki | 5% - 95% (babu ruwa) | |
Hanyar sanyaya | maras so | |
Girma (LxDxH) | 145mm*80*28mm | |
nauyi | 200 g | |
Hanyar shigarwa | Desktop/Dutsen bango | |
Takaddun shaida | CE, FCC, ROHS | |
LED nuna alama | yanayi | ma'ana |
SD/SPD1 | Mai haske | Adadin tashar wutar lantarki na yanzu gigabit |
Saukewa: SPD2 | Mai haske | Adadin tashar wutar lantarki na yanzu shine 100M |
kashe | Adadin tashar wutar lantarki na yanzu shine 10M | |
FX | Mai haske | Haɗin tashar tashar gani al'ada ce |
flicker | Tashar tashar gani tana da watsa bayanai | |
TP | Mai haske | Haɗin wutar lantarki al'ada ce |
flicker | Tashar wutar lantarki tana da watsa bayanai | |
FDX | Mai haske | Tashar jiragen ruwa na yanzu yana aiki a cikin cikakken yanayin duplex |
kashe | Tashar jiragen ruwa na yanzu yana aiki a cikin jihar rabin-duplex | |
PWR | Mai haske | Ikon yana da kyau |
Menene alamun aikin guntu fiber transceiver guntu?
1. Ayyukan gudanarwa na hanyar sadarwa
Gudanar da hanyar sadarwa ba zai iya inganta ingantaccen hanyar sadarwa kawai ba, har ma yana ba da garantin amincin cibiyar sadarwa.Koyaya, ma'auni da kayan aiki da ake buƙata don haɓaka transceiver na fiber optic tare da aikin sarrafa hanyar sadarwa sun zarce na samfuran makamantansu ba tare da sarrafa hanyar sadarwa ba, waɗanda galibi suna nunawa a cikin bangarori huɗu: saka hannun jari na hardware, saka hannun jari na software, aikin lalata, da saka hannun jari na ma'aikata.
1. Hardware zuba jari
Don gane aikin gudanar da cibiyar sadarwa na na'urar sarrafa fiber na gani, ya zama dole a saita sashin sarrafa bayanan cibiyar sadarwa akan allon da'ira na transceiver don aiwatar da bayanan gudanarwar cibiyar sadarwa.Ta wannan naúrar, ana amfani da tsarin gudanarwa na guntu musayar matsakaici don samun bayanan gudanarwa, kuma ana raba bayanan gudanarwa tare da bayanan talakawa akan hanyar sadarwa.tashar data.Masu ɗaukar fiber na gani tare da aikin sarrafa cibiyar sadarwa suna da nau'ikan nau'ikan da yawa da yawa fiye da samfuran iri ɗaya ba tare da sarrafa hanyar sadarwa ba.Daidai, wayoyi yana da rikitarwa kuma tsarin ci gaba yana da tsawo.
2. Software zuba jari
Bugu da ƙari, na'ura mai ba da hanya tsakanin hanyoyin sadarwa, shirye-shiryen software ya fi mahimmanci a cikin bincike da haɓaka masu amfani da fiber optic na Ethernet tare da ayyukan gudanarwa na cibiyar sadarwa.Ayyukan ci gaba na software na gudanarwa na cibiyar sadarwa yana da girma, ciki har da ɓangaren ƙirar mai amfani da hoto, ɓangaren tsarin da aka saka na tsarin gudanarwa na cibiyar sadarwa, da kuma ɓangaren sashin sarrafa bayanai na cibiyar sadarwa a kan allon kewayawa na transceiver.Daga cikin su, tsarin da aka haɗa na tsarin gudanarwa na cibiyar sadarwa yana da rikitarwa musamman, kuma R&D kofa yana da girma, kuma ana buƙatar amfani da tsarin aiki da aka saka.
3. Aikin gyara kuskure
Ƙaddamarwa na mai ɗaukar hoto na Ethernet tare da aikin sarrafa cibiyar sadarwa ya haɗa da sassa biyu: gyara software da gyara kayan aiki.A lokacin gyara kuskure, duk wani abu a cikin tafiyar jirgi, aikin kayan aiki, siyar da kayan aikin, ingancin hukumar PCB, yanayin muhalli, da shirye-shiryen software na iya shafar aikin transceiver fiber na gani na Ethernet.Dole ne ma'aikatan gyara kurakurai su sami cikakkiyar inganci, kuma su yi la'akari da dalilai daban-daban na gazawar transceiver.
4. Shigar da ma'aikata
Za a iya kammala ƙirar ƙirar fiber optic transceivers na yau da kullun ta hanyar injiniyan kayan aiki guda ɗaya kawai.Zane na Ethernet fiber optic transceiver tare da aikin gudanar da cibiyar sadarwa ba kawai yana buƙatar injiniyoyin kayan aiki don kammala wayoyi na allon kewayawa ba, har ma yana buƙatar injiniyoyin software da yawa don kammala shirye-shiryen gudanar da cibiyar sadarwa, kuma yana buƙatar haɗin gwiwa tsakanin software da masu ƙira.
2. Daidaituwa
OEMC yakamata su goyi bayan ka'idojin sadarwar gama gari kamar IEEE802, CISCO ISL, da sauransu, don tabbatar da dacewa mai kyau na transceivers fiber optic.
3. Bukatun muhalli
a.Wutar shigarwa da fitarwar wutar lantarki da ƙarfin aiki na OEMC galibi 5 volts ko 3.3 volts, amma wata muhimmiyar na'ura akan mai ɗaukar fiber na gani na Ethernet - ƙarfin aiki na na'urar transceiver na gani shine galibi 5 volts.Idan wutar lantarki guda biyu masu aiki ba su da daidaituwa, zai ƙara rikitar da na'urar wayar PCB.
b.Yanayin aiki.Lokacin zabar yanayin zafin aiki na OEMC, masu haɓakawa suna buƙatar farawa daga mafi ƙarancin yanayi kuma su bar wurinsa.Misali, matsakaicin zafin jiki a lokacin rani shine 40 ° C, kuma ciki na fiber transceiver chassis yana zafi da abubuwa daban-daban, musamman OEMC..Sabili da haka, babban ma'aunin zafin jiki na aiki na Ethernet fiber optic transceiver bai kamata gabaɗaya ya zama ƙasa da 50 ° C ba.