I-PCIE MINI SAS SFF-8088 26P Isithako sabesifazane ku-SFF 8644 Ikhebula Lokuxhumanisa Iseva-JD-D013

I-PCIE MINI SAS SFF-8088 26P Isithako sesifazane ku-SFF 8644 Ikhebula Lokuxhuma Iseva-JD-D013 Isithombe Esivelele

Incazelo emfushane:

1. I-MINI SAS SFF-8088 yabesifazane kuya ku-SFF 8644

2. Izixhumi ezimbozwe ngegolide

3. Umqhubi: TC/BC (ithusi elingenalutho),

4. Igeyiji: 28AWG

5. Ijakethi: Inayiloni noma iThubhu

6. Ubude: 0.5m/ 1m noma ezinye. (ongakukhetha)

7. Zonke izinto ezinesikhalazo sikaRosh

Singamukela ukwenza ngokwezifiso ngokwezidingo zamakhasimende.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Okuqukethwe okuhlobene

Amathegi Omkhiqizo

Izicelo:

I-SFF 8088izintambo zisetshenziswa kabanzi emishinini yekhompyutha esebenza kahle kakhulu，njengeKhompyutha, iSeva…njll.

Iisikhombikubona

I-SFF (Small Form Factor) 8088 iyincazelo yesixhumi sokuxhumana ngefayibha ye-optical, echaza izici zomzimba nezikagesi zezixhumi zefayibha ye-optical. Isixhumi se-SFF 8088 sisetshenziswa kakhulu ezikhungweni zedatha kanye nemishini yenethiwekhi yokudlulisa idatha ngesivinini esikhulu. Lesi sixhumi sokuxhumana sivame ukusetshenziselwa ukuxhuma amamojula e-optical kanye nezintambo zefayibha ye-optical futhi singenye yezingxenye ezibalulekile zokufeza ukuxhumana kwedatha ngesivinini esikhulu.

Imininingwane

Izintambo zangaphakathi zivame ukwenziwa ngethusi elisezingeni eliphezulu, elinomoya omuhle kagesi nokushisa ukuqinisekisa ukudluliswa kwedatha okuzinzile nokuphumelelayo. Ingaphandle ligoqwa ngezinto zokuvikela, ngokuvamileI-HDPEnoma ezinye izinto ezinezakhiwo ezinhle zokuvikela, ezivikela izintambo zangaphakathi endaweni engaphandle futhi zivimbele neziyingi ezimfushane nezinye izinkinga phakathi kwezintambo.

Ukuqina nokusebenza kokuvikela okuphezulu

IsixhumiKhiyakanye nengxenye yokuxhumana ngokuvamile kuzosebenzisa izinto zensimbi, njengethusi, ithusi le-phosphor njalo njalo.oxhumana nayeine-conductivity enhle kagesi kanye namandla omshini, ukuqinisekisa ukuxhumana okuzinzile phakathi kwesixhumi kanye nemishini, futhi ingamelana nokufakwa kanye nokukhishwa okuningi futhi akulula ukuyonakalisa. I-Lock ingangena kahle nedivayisi. thuthukisa ukuzinza kokudluliswa kwesignali.

Imininingwane Yomkhiqizo

I-SFF 8088 26p yabesifazane kuya ku-4 sata ene-speing

Ubude bekhebula 0.5M/1M/2M

Umbala Omnyama

Isitayela Sokuxhuma Esiqondile

Isisindo Somkhiqizo

Ububanzi bentambo

Ulwazi Lokupakisha

Iphakheji

Ubuningi 1Ukuthunyelwa (Iphakheji)

Isisindo

Ukudluliselwa okuphezulu kwedijithali ngamanani

Imininingwane Yomkhiqizo

Ulwazi Lwewaranti

Inombolo yengxenye JD-D013

UWarranty Unyaka ongu-1

Ihadiwe

Uhlobo lweJakethi

Umqhubi Wekhebula

Izinto Zokuxhuma Zimbozwe Ngegolide

Isixhumi(izixhumi)

Isixhumi A I-SFF 8088 26P yabesifazane

Isixhumi B I-SFF 8644

I-MINI SAS SFF-8088 yowesifazane kuya ku-SFF 8644

Igolide Elihlanganisiwe

Umbala Omnyama

Imininingwane

Ugesi
Uhlelo Lokulawula Ikhwalithi	Ukusebenza ngokwemigomo nemithetho ku-ISO9001
I-voltage	I-DC300V
Ukumelana Nokushintshwa Kokushisa	10M min
Ukumelana Nokuxhumana	3 ohm ubuningi
Izinga Lokushisa Elisebenzayo	-25C—80C
Izinga lokudluliswa kwedatha	6G

Okwedlule: Ikhebula lokuxhumanisa iseva le-PCIE MINI SAS SFF-8088 26P kuya kwesobunxele eli-4 jika ugobe kwesobunxele i-SATA 7P-JD-D012

Olandelayo: I-PCIE MINI SAS SFF-8088 26P Isitsha sabesifazane esiya ku-SFF 8088 isitsha sabesifazane Ikhebula Lokuxhuma Iseva-JD-D014

Yiziphi izici zezintambo ze-SAS kanye nezintambo ze-SAS

Ikhebula le-SAS liyinkambu yokugcina yemidiya yediski iyidivayisi ebaluleke kakhulu, yonke idatha nolwazi kufanele lugcinwe kumidiya yediski. Isivinini sokufunda idatha sinqunywa yi-interface yokuxhuma yemidiya yediski. Esikhathini esidlule, besilokhu sigcina idatha yethu ngokusebenzisa izixhumi ze-SCSI noma ze-SATA kanye nama-hard drive. Kungenxa yentuthuko esheshayo yobuchwepheshe be-SATA kanye nezinzuzo ezahlukahlukene ukuthi abantu abaningi bazocabanga ukuthi ikhona yini indlela yokuhlanganisa i-SATA ne-SCSI, ukuze izinzuzo zazo zombili zidlalwe ngesikhathi esisodwa. Kulesi simo, kuvele i-SAS. Amadivayisi okugcina axhunyiwe angahlukaniswa cishe ngezigaba ezintathu ezinkulu, okungukuthi, i-middle-end ephezulu kanye ne-near-end (Near-Line). Amadivayisi okugcina aphezulu ikakhulukazi ayi-Fibre channel. Ngenxa yesivinini sokudlulisa esisheshayo se-Fibre channel, amadivayisi amaningi okugcina i-optical fiber asetshenziswa ekugcinweni kwedatha yokhiye wezinga lomsebenzi omkhulu. Idivayisi yokugcina ephakathi nendawo ikakhulukazi amadivayisi e-SCSI, futhi inomlando omude, isetshenziswa ekugcinweni kwedatha ebalulekile yezinga lokuhweba. Ifushaniswe ngokuthi (SATA), isetshenziswa ekugcinweni okukhulu kwedatha engabalulekile futhi ihloselwe ukufaka esikhundleni sekhophi yokusekelayo yedatha yangaphambilini kusetshenziswa itheyiphu. Inzuzo engcono kakhulu yamadivayisi okugcina i-Fibre Channel ukudluliswa okusheshayo, kodwa inentengo ephezulu futhi kunzima ukuyinakekela; Amadivayisi e-SCSI anokufinyelela okusheshayo kanye nentengo ephakathi, kodwa anwetshiwe kancane, ikhadi ngalinye lesikhombimsebenzisi se-SCSI lixhuma amadivayisi afinyelela ku-15 (isiteshi esisodwa) noma angu-30 (amashaneli amabili). I-SATA ubuchwepheshe obuthuthuka ngokushesha eminyakeni yamuva. Inzuzo yayo enkulu ukuthi ishibhile, futhi ijubane alinciphi kakhulu kunesikhombimsebenzisi se-SCSI. Ngokuthuthuka kobuchwepheshe, isivinini sokufunda idatha se-SATA siyasondela futhi sidlula isikhombimsebenzisi se-SCSI. Ngaphezu kwalokho, njengoba i-hard disk ye-SATA ishibhile futhi ibiza kakhulu, ingasetshenziswa kancane kancane ekulondolozeni idatha. Ngakho-ke isitoreji sebhizinisi sendabuko ngoba uma sicabangela ukusebenza nokuzinza, nge-SCSI hard disk kanye ne-fiber optic channel njengesikhulumi esiyinhloko sokugcina, i-SATA isetshenziswa kakhulu kwidatha engabalulekile noma kwikhompyutha yomuntu siqu yedeskithophu, kodwa ngokukhula kobuchwepheshe be-SATA kanye nemishini ye-SATA evuthiwe, le modi iyashintshwa, abantu abaningi baqala ukunaka i-SATA ngale ndlela yokuxhumeka kwedatha yochungechunge.

Bhala umlayezo wakho lapha bese uwuthumela kithi