10-tashar jiragen ruwa 10/100/1000M WDM Media Converter (Single-mode Single-fiber SC)

10-tashar jiragen ruwa 10/100/1000M WDM Media Converter (Single-mode Single-fiber SC)

Siffofin Samfur:

Gabatar da ku Gigabit 2 na gani 8 na lantarki guda ɗaya-yanayin guda-fiber 3km fiber optic transceiver Ethernet Converter, samfuran yankan-baki da Huizhou Changfei Optoelectronics Technology Co., Ltd. ya kawo muku a matsayin sabon kamfani wanda ke mai da hankali kan kayan aikin sadarwa na zamani, muna alfaharin bayar da wannan na'ura ta zamani wanda ya haɗa mafi kyawun aiki tare da fasahar ci gaba.

Yanayin Single Fiber Transceiver Ethernet Converters an ƙera su don samar da watsa bayanai maras sumul a kan dogon nesa.Amintaccen haɗin kai har zuwa kilomita 3 ta amfani da kebul na fiber optic na yanayi guda ɗaya, manufa don aikace-aikacen waje.Ko kuna buƙatar kafa haɗin yanar gizo a wurare masu nisa ko faɗaɗa ababen more rayuwa na cibiyar sadarwa, wannan mai jujjuya shine mafita ga mafita.

An tsara masu musanya mu tare da matsugunin ƙarfe masu ɗorewa don tabbatar da aiki mai ɗorewa ko da a cikin yanayi mara kyau.Matsayin kariya na IP30 yana tabbatar da kariya daga ƙura da tarkace, yana sa ya dace da aikace-aikacen masana'antu da yawa.Kuna iya amincewa da wannan samfurin don samar da ingantaccen, ingantaccen watsa bayanai a ƙarƙashin yanayi mai buƙata.

Mai juyawa yana da wutar lantarki ta waje kuma ana iya haɗa shi cikin sauƙi cikin saitin cibiyar sadarwar da kake da ita.Tsarin shigarwa mai sauƙi da sauƙi yana ba da damar ƙaddamar da sauƙi.Ko kai gogaggen mai sakawa ne ko novice, ƙirar mai sauƙin amfani da mai sauya yana tabbatar da ƙwarewar da ba ta da wahala.

A Huizhou Changfei Photoelectric Technology Co., Ltd., mun san mahimmancin samfurori masu inganci.Wannan shine dalilin da ya sa aka ƙera masu canza canjin fiber optic ɗin mu guda ɗaya don saduwa da mafi girman matsayin masana'antu.Muna alfahari da isar da samfuran da suka wuce tsammanin abokan cinikinmu, kuma wannan mai canzawa ba banda.

Tare da ƙwarewarmu mai yawa a cikin masu rarraba fiber optic da kayan aikin sadarwar, mun sami suna don isar da sabbin hanyoyin warwarewa.A matsayinmu na babban kamfani, mun himmatu don ci gaba da tura iyakokin fasaha.

Don taƙaitawa, Gigabit 2-fiber 8-power single-mode single-fiber 3km transceiver Ethernet Converter babban samfuri ne wanda ke haɗa fasahar yankan-baki da kyakkyawan aiki.Tsarin harsashi na ƙarfe, matakin kariya na IP30, da samar da wutar lantarki na waje suna tabbatar da ingantaccen watsa bayanai a kowane yanayi.Na yi imani cewa Huizhou Changfei Photoelectric Technology Co., Ltd. na iya samar muku da ingantattun samfuran inganci don biyan bukatun cibiyar sadarwar ku.Gane bambanci tare da sabbin hanyoyin magance mu.Zaɓi masu canza hanyar fiber optic ɗin mu don ingantaccen aiki da haɗin kai mara kyau.

Sigar Fasaha:

Girman samfur:

samfurin aikace-aikacen zane:

Yadda za a zabi transceiver fiber optic?

Masu ɗaukar fiber na gani suna karya iyakacin mita 100 na igiyoyin Ethernet a watsa bayanai.Dogaro da manyan juzu'ai masu sauyawa da manyan caches, yayin da suke samun nasarar watsawa da gaske ba tare da toshewa ba da canza aiki, suna kuma samar da daidaiton zirga-zirga, keɓewa da rikici.Gano kuskure da sauran ayyuka suna tabbatar da babban tsaro da kwanciyar hankali yayin watsa bayanai.Sabili da haka, samfuran fiber optic transceiver har yanzu za su kasance wani yanki mai mahimmanci na ainihin ginin cibiyar sadarwa na dogon lokaci.Don haka, ta yaya za mu zaɓi transceivers fiber optic?

1. Gwajin aikin tashar jiragen ruwa
Ainihin gwada ko kowane tashar jiragen ruwa na iya aiki akai-akai a cikin yanayin duplex na 10Mbps, 100Mbps da kuma rabin-duplex state.A lokaci guda, ya kamata a gwada ko kowace tashar jiragen ruwa za ta iya zaɓar mafi girman saurin watsawa ta atomatik kuma ta dace da adadin watsa na wasu na'urori ta atomatik.Ana iya haɗa wannan gwajin a cikin wasu gwaje-gwaje.

2. Gwajin dacewa
Yana gwada ƙarfin haɗin kai tsakanin mai ɗaukar fiber na gani da wasu na'urori masu jituwa tare da Ethernet da Fast Ethernet (ciki har da katin cibiyar sadarwa, HUB, Canja, katin cibiyar sadarwa na gani, da maɓallin gani).Dole ne buƙatun ya sami damar tallafawa haɗin samfuran da suka dace.

3. Haɗin haɗin kebul
Gwada ikon transceiver na fiber optic don tallafawa igiyoyin hanyar sadarwa.Na farko, gwada ikon haɗin kebul na cibiyar sadarwa na Category 5 tare da tsayin mita 100 da 10m, kuma gwada ƙarfin haɗin haɗin kebul na cibiyar sadarwa na Category 5 (120m) na nau'ikan iri daban-daban.A lokacin gwajin, ana buƙatar tashar tashar gani na mai ɗaukar hoto don samun damar haɗin kai na 10Mbps da ƙimar 100Mbps, kuma mafi girma dole ne ya iya haɗawa zuwa cikakken duplex 100Mbps ba tare da kurakuran watsawa ba.Ƙila 3 murɗaɗɗen igiyoyi guda biyu bazai gwada ba.Ana iya haɗa ƙananan gwaje-gwaje a cikin wasu gwaje-gwaje.

4. Halayen watsawa (asara asarar watsa bayanai na fakitin tsayi daban-daban, saurin watsawa)
Ya fi gwada ƙimar fakitin asarar fakiti lokacin da tashar tashar fiber transceiver na gani ke watsa fakitin bayanai daban-daban, da saurin haɗin gwiwa a ƙarƙashin ƙimar haɗin kai daban-daban.Don ƙimar fakiti, zaku iya amfani da software na gwaji da katin cibiyar sadarwa ya bayar don gwada ƙimar fakiti lokacin da girman fakitin ya kasance 64, 512, 1518, 128 (na zaɓi) da 1000 (na zaɓi) bytes ƙarƙashin ƙimar haɗin kai daban-daban., adadin kurakuran fakiti, adadin fakitin da aka aika da karɓa dole ne ya wuce 2,000,000.Gudun watsawa na gwaji na iya amfani da perform3, ping da sauran software.

5. Daidaituwar dukkan na'ura zuwa tsarin sadarwar watsawa
Ya fi gwada dacewa da masu ɗaukar fiber optic zuwa ka'idojin cibiyar sadarwa, waɗanda za a iya gwada su a cikin Novell, Windows da sauran mahalli.Dole ne a gwada waɗannan ƙa'idodin cibiyar sadarwar ƙananan matakan kamar TCP/IP, IPX, NETBIOS, DHCP, da sauransu, kuma dole ne a gwada ka'idojin da ake buƙatar watsa shirye-shirye.Ana buƙatar transceivers na gani don tallafawa waɗannan ka'idoji (VLAN, QOS, COS, da sauransu).

6. Gwajin matsayi mai nuni
Gwada ko matsayin alamar haske ya yi daidai da bayanin panel da littafin mai amfani, da kuma ko ya dace da halin yanzu na transceiver fiber optic.