I-PCIE Oculink SAS SFF - 8611 8I kuya ku-Two SFF 8611 4I Server Data Cable

I-PCIE Oculink SAS SFF - 8611 8I kuya ku-Two SFF 8611 4I Ikhebula Ledatha Yeseva Yesithombe Esifakiwe

Incazelo emfushane:

I-PCIE Oculink SAS SFF - 8611 8I kuya ku-Two SFF 8611 4I Server Data Cable

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Okuqukethwe okuhlobene

Omaka bomkhiqizo

Izicelo:

Izintambo ze-MINI SAS zisetshenziswa kakhulu kukhompuyutha, ukudluliswa kwedatha kanye nedivayisi yeseva.

【INTERFACE】

- I-PCIE Oculink SAS SFF - 8611 8I Interface: I-Oculink iyindinganiso encane yesixhumi se-PCIE, futhi igama layo eligcwele i-Optical Copper Link. Ilandela isiteshi se-PCIe esimsulwa futhi isekela izivumelwano eziningi ezifana ne-PCIe 3.0 noma i-PCIe 4.0. I-"8I" ku-SFF - 8611 8I ikhombisa okokufaka nokuphumayo kweziteshi eziyisi-8 (imizila engu-8), inamandla omkhawulokudonsa ophakeme kakhulu kanye nekhono lokudlulisa idatha, futhi ingafinyelela ukudluliswa kwedatha ngesivinini esikhulu. Lesi sixhumanisi sivame ukusetshenziswa ezimeni ezifana namaseva namadivayisi okugcina anezidingo eziphezulu zesivinini sokudlulisa idatha.

- Izixhumi ezibonakalayo ezimbili ze-SFF 8611 4I: I-SFF 8611 iyindinganiso yesixhumi esibonakalayo ye-Serial SCSI (i-Small Computer System Interface), futhi i-"4I" ikhombisa okokufaka nokuphumayo kwamashaneli angu-4. Nazi izindlela ezimbili zokusebenzelana ze-SFF 8611 4I, okusho ukuthi le ntambo ingahlukanisa umthombo wesignali wamashaneli angu-8 ube yimiphumela emibili yamashaneli angu-4 ukuze ixhunywe kumadivayisi ahlukene noma amamojula okugcina.

Isici somkhiqizo:

Amandla Wokudlulisa Idatha Yesivinini esikhulu:

Ngokusekelwe kubuchwepheshe be-PCIE kanye ne-SAS, le ntambo isekela ukudluliswa kwedatha okunesivinini esikhulu. Isibonelo, ngaphansi kwephrothokholi ye-PCIE 3.0, umkhawulokudonsa wayo wethiyori uphakeme ngokuqhathaniswa, kuze kufike ku-8 Gbps ngesiteshi ngasinye, futhi umkhawulokudonsa ophelele weziteshi ezingu-8 ungafinyelela ku-32 Gbps; ngaphansi kwephrothokholi ye-PCIE 4.0, umkhawulokudonsa wesiteshi ngasinye unyuselwa ku-16 Gbps, futhi umkhawulokudonsa ophelele weziteshi ze-8 ungafinyelela ku-64 Gbps, ongahlangabezana nezidingo zeseva zokudlulisa ngokushesha inani elikhulu ledatha.

Ukusatshalaliswa Kwesiginali nomsebenzi Wokunweba:

Ingxenye eyodwa yale khebula iyisixhumi esibonakalayo se-8I, kanti esinye isiphetho izixhumi ezibonakalayo ezimbili ze-4I, ezingakwazi ukubona ukuhlukaniswa komthombo wesiginali wesiteshi esingu-8 kube imiphumela emibili yeziteshi ezi-4. Lo mklamo ungaxhuma kalula amadivaysi amaningi, ubone ukusatshalaliswa kwedatha kanye nokudlulisa ngaphakathi kweseva, unikeze lula ukunwetshwa kwesitoreji kanye nokuxhumeka kwedivayisi yeseva, futhi kwandise ukuqina kweseva.

Imininingwane Yomkhiqizo

Ikhebula le-PCIE Oculink SAS SFF - 8611 8I kuya ku-Two SFF 8611 4I

Ubude bekhebula 0.5M /0.8M/1M

Umbala Omnyama

Isitayela Sesixhumi Siqondile

Isisindo Somkhiqizo

I-Wire Gauge 28/30 AWG

I-Wire Diameter

Iphakhejig Ulwazi

IphakhejiUbuningi 1Ukuthumela

(Iphakheji)

Isisindo

Izilinganiso Eziphezulu Zedijithali

Imininingwane Yomkhiqizo

Ulwazi Lwewaranti

Ingxenye #:JD-DC37

Iwaranti1 Unyaka

Izingxenyekazi zekhompuyutha

Ubulili SFF - 8611 8I kuya kokuBili SFF 8611 4I

Ijakhethi Lekhebula Uhlobo lwe-HDPE/PP

I-Cable Shield Uhlobo lwe-Al foil

Isixhumi Plating Igolide plated

Izixhumi

Isixhumi A SFF 8611

Isixhumi B SFF 8611

I-PCIE Oculink SAS SFF - 8611 8I kuya ku-Two SFF 8611 4I Ikhebula

Igolide Elicwecwe

Umbala Omnyama

I-Oculink SAS SFF - 8611 8I kuya kukhebula le-SFF 8611 4I

Imininingwane

1.PCIE Oculink SAS SFF - 8611 8I to Two SFF 8611 4I Cable

2. Izixhumi ezinamapulangwe egolide

3. I-Conductor: TC/BC (ithusi elingenalutho),

4. Igeji: 28/30AWG

5. Ijakhethi: Inayiloni noma Ishubhu

6. Ubude: 0.5m/ 0.8m noma okunye. (uyazikhethela)

7. Zonke izinto ezisetshenziswayo ezinezikhalazo ze-RoHS

Ezogesi
Uhlelo lokulawula ikhwalithi	Ukusebenza ngokuhambisana nemithetho nemithetho ku-ISO9001
Amandla kagesi	I-DC300V
I-Insulation Resistance	2M imiz
Xhumana Nokumelana	3 ohm max
Izinga Lokushisa Lokusebenza	-25C—80C
Izinga lokudluliswa kwedatha

Okwedlule: I-PCIE Oculink SFF 8611 4I kuya ku-MINI SAS SFF-8611 4I Server High Speed Wire Harness

Olandelayo: I-SLIM SAS 8654 8I ukuya ku-2X MINI SAS 8087 Ikhebuli Yokuxhuma Ngaphakathi Kweseva Esheshayo

Yiziphi izici zezintambo ze-SAS nezintambo ze-SAS

Ikhebula le-SAS liyindawo yokugcina imidiya yediski iyithuluzi elibaluleke kakhulu, yonke idatha nolwazi kufanele kugcinwe kumidiya yediski. Isivinini sokufunda sedatha sinqunywa isikhombimsebenzisi sokuxhuma semidiya yediski. Esikhathini esidlule, besilokhu sigcina idatha yethu ngokusebenzisa i-SCSI noma i-SATA interface nama-hard drive. Kungenxa yokuthuthukiswa okusheshayo kobuchwepheshe be-SATA kanye nezinzuzo ezihlukahlukene ukuthi abantu abaningi bazocabangela ukuthi kukhona yini indlela yokuhlanganisa kokubili i-SATA ne-SCSI, ukuze izinzuzo zombili zidlalwe ngesikhathi esifanayo. Kulokhu, i-SAS iye yavela. Amadivayisi okulondoloza axhumene nenethiwekhi angahlukaniswa cishe abe izigaba ezintathu ezinkulu, okungukuthi, ekupheleni okuphakathi nendawo kanye nasekupheleni (Near-Line). Amadivayisi esitoreji asezingeni eliphezulu ikakhulukazi isiteshi se-Fiber. Ngenxa yesivinini sokudlulisa esisheshayo sesiteshi se-Fiber, amathuluzi amaningi we-fiber optical fiber yokugcina ephezulu asetshenziswa ekugcinweni kwesikhathi sangempela komthamo omkhulu wedatha yokhiye wezinga lomsebenzi. Idivayisi yokugcina yebanga eliphakathi kakhulu ingamadivayisi e-SCSI, futhi inomlando omude, isetshenziswa ekugcinweni kwenqwaba yedatha ebalulekile yezinga lezentengiso. Ifushanisiwe njenge-(SATA), isetshenziswa ekugcinweni kwenqwaba yedatha engabalulekile futhi ihloselwe ukufaka isipele sedatha yangaphambilini kusetshenziswa itheyiphu. Inzuzo engcono kakhulu yamadivayisi wesitoreji se-Fiber Channel ukudluliswa okusheshayo, kodwa inenani eliphezulu futhi kunzima ukuyigcina; Amadivayisi e-SCSI anokufinyelela okusheshayo uma kuqhathaniswa nenani eliphakathi nendawo, kodwa inwetshiwe kancane, ikhadi ngalinye le-SCSI lixhuma kufika ku-15 (isiteshi esisodwa) noma amadivaysi angu-30 (ama-dual-channel). I-SATA ubuchwepheshe obuthuthuka ngokushesha eminyakeni yamuva. Inzuzo yayo enkulu ukuthi ishibhile, futhi ijubane alinensa kakhulu kune-SCSI interface. Ngokuthuthuka kobuchwepheshe, isivinini sokufunda idatha se-SATA siyasondela futhi sidlula isixhumi esibonakalayo se-SCSI. Ukwengeza, njengoba i-hard disk ye-SATA iya ishibhile futhi ibiza kakhulu, ingasetshenziswa kancane kancane ukulondoloza idatha. Ngakho-ke isitoreji sebhizinisi lendabuko ngoba ucabangela ukusebenza nokuzinza, ne-SCSI hard disk kanye nesiteshi se-fiber optic njengesikhulumi esikhulu sokugcina, i-SATA isetshenziselwa kakhulu idatha engabalulekile noma ikhompyutha yomuntu siqu yedeskithophu, kodwa ngokukhuphuka kobuchwepheshe be-SATA kanye nemishini ye-SATA. abavuthiwe, le modi iyashintshwa, abantu abaningi baqala ukunaka i-SATA le ndlela yokuxhuma isitoreji sedatha ye-serial.

Bhala umyalezo wakho lapha futhi usithumelele wona