I-PCIE Oculink SAS SFF – 8611 8I ukuya kwi-Two SFF 8611 4I Server Data Cable

Inkcazo emfutshane:

1.PCIE Oculink SAS SFF – 8611 8I ukuya kwiTwo SFF 8611 4I Cable

2. Izihlanganisi zegolide ezigqunywe ngegolide

3. Umqhubi: TC/BC (ubhedu olungenanto),

4. Igeyiji: 28/30AWG

5. Ijakethi: Inayiloni okanye ityhubhu

6. Ubude: 0.5m/ 0.8m okanye ezinye. (ukhetho)

7. Zonke izixhobo ezinesikhalazo seRoHS

Singayamkela indlela yokwenza ngokwezifiso ngokweemfuno zomthengi.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Umxholo onxulumeneyo

Iithegi zeMveliso

Izicelo:

Iintambo zeMINI SAS zisetyenziswa kakhulu kwikhompyutha, uthumelo lwedatha kunye nesixhobo seseva.

【I-INTERFACE】

- I-PCIE Oculink SAS SFF - 8611 8I Interface: I-Oculink yi-PCIE connector standard encinci, kwaye igama layo elipheleleyo yi-Optical Copper Link. Ilandela itshaneli ye-PCIe ecocekileyo kwaye ixhasa iiprotokholi ezininzi ezifana ne-PCIe 3.0 okanye i-PCIe 4.0. "8I" kwi-SFF - 8611 I-8I ibonisa igalelo kunye nemveliso yeziteshi ezi-8 (iindlela ezi-8), inomthamo ophezulu we-bandwidth kunye nokudluliselwa kwedatha, kwaye inokufikelela kuthumelo lwedatha olukhawulezayo. Olu thumelo ludla ngokusetyenziswa kwiimeko ezifana neeseva kunye nezixhobo zokugcina ezineemfuno eziphezulu zesantya sokudluliselwa kwedatha.

- Ii-SFF 8611 4I Interfaces ezimbini: I-SFF 8611 yi-interface eqhelekileyo ye-Serial SCSI (Small Computer System Interface) encinci, kwaye i-"4I" ibonisa ukungena kunye nokuphuma kweziteshi ezi-4. Nazi ii-interfaces ezimbini ze-SFF 8611 4I, oko kuthetha ukuba le ntambo inokwahlulahlula umthombo wesignali yeziteshi ezi-8 ibe zii-outputs ezimbini zeziteshi ezi-4 eziza kuqhagamshelwa kwizixhobo ezahlukeneyo okanye kwiimodyuli zokugcina.

Uphawu lwemveliso:

Umthamo woThumelo lweDatha oluSisantya esiphezulu:

Ngokusekelwe kubuchwepheshe be-PCIE kunye ne-SAS, le ntambo ixhasa ukuhanjiswa kwedatha ngesantya esiphezulu. Umzekelo, phantsi kweprotocol ye-PCIE 3.0, i-bandwidth yayo yethiyori iphezulu, ukuya kuthi ga kwi-8 Gbps ngetshaneli nganye, kwaye i-bandwidth iyonke yeziteshi ezi-8 inokufikelela kwi-32 Gbps; phantsi kweprotocol ye-PCIE 4.0, i-bandwidth ngetshaneli nganye yonyuswa ukuya kwi-16 Gbps, kwaye i-bandwidth iyonke yeziteshi ezi-8 inokufikelela kwi-64 Gbps, enokufikelela kwiimfuno zeseva zokudluliselwa kwedatha ngokukhawuleza.

Umsebenzi woSasazo lweSignali kunye noKwandiswa:

Isiphelo esinye sale ntambo yi-interface ye-8I, kwaye esinye isiphelo zii-interfaces ezimbini ze-4I, ezinokuhlulahlula umthombo wesignali ye-8-channel ibe ziziphumo ezimbini ze-4-channel. Olu yilo lunokuqhagamshela izixhobo ezininzi ngokulula, lufezekise ukusasazwa kwedatha kunye nokudluliselwa ngaphakathi kwiseva, lubonelele ngokulula ukwandiswa kwendawo yokugcina kunye noqhagamshelo lwesixhobo seseva, kwaye lonyuse ukwandiswa kweseva.

Iinkcukacha zeMveliso

Intambo ye-PCIE Oculink SAS SFF - 8611 8I ukuya kwi-Two SFF 8611 4I

Ubude beCable 0.5M /0.8M/1M

Umbala Omnyama

Isitayile soQhagamshelo esithe Tye

Ubunzima beMveliso

I-Wire Gauge 28/30 AWG

Ububanzi bentambo

Iphakhejig Ulwazi

IphakhejiUbungakanani1Ukuthunyelwa

(Iphakheji)

Ubunzima

Izisombululo zeDijithali eziphezulu

Iinkcukacha zeMveliso

Ulwazi lwewaranti

Inombolo yenxalenye JD-DC37

IwarantiUnyaka o-1

Izixhobo zekhompyutha

Isini I-SFF - 8611 8I ukuya kwi-Two SFF 8611 4I

Uhlobo lweJakethi yeCable HDPE/PP

Uhlobo lwe-Cable Shield Al foil

Isidibanisi seGolide esifakwe ipleyiti

Isiqhagamsheli (iziqhagamsheli)

Isixhumi A SFF 8611

Isixhumi B SFF 8611

I-PCIE Oculink SAS SFF - 8611 8I ukuya kwi-Two SFF 8611 4I Intambo

Ipleyite zegolide

Umbala Omnyama

Intambo ye-Oculink SAS SFF - 8611 8I ukuya kwi-SFF 8611 4I

Iinkcukacha

1.PCIE Oculink SAS SFF - 8611 8I ukuya kwiTwo SFF 8611 4I Cable

2. Izihlanganisi zegolide ezigqunywe ngegolide

3. Umqhubi: TC/BC (ubhedu olungenanto),

4. Igeyiji: 28/30AWG

5. Ijakethi: Inayiloni okanye ityhubhu

6. Ubude: 0.5m/ 0.8m okanye ezinye. (ukhetho)

7. Zonke izixhobo ezinesikhalazo seRoHS

Zombane
Inkqubo yoLawulo loMgangatho	Ukusebenza ngokwemigaqo nemithetho kwi-ISO9001
I-Voltage	DC300V
Ukumelana nobushushu	2M imizuzu
Ukumelana noQhagamshelwano	Ubuninzi be-3 ohm
Ubushushu bokusebenza	-25C—80C
Izinga lokudluliselwa kwedatha

Ngaphambili: I-PCIE Oculink SFF 8611 4I ukuya kwi-MINI SAS SFF-8611 4I Server Speed Wire Harness

Okulandelayo: Intambo yoQhagamshelo oluSisantya esiphezulu lwe-SLIM SAS 8654 8I ukuya kwi-2X MINI SAS 8087 ngaphakathi kwiseva

Zithini iimpawu zeentambo ze-SAS kunye neentambo ze-SAS?

Intambo ye-SAS yindawo yokugcina idatha yediski, isixhobo esibaluleke kakhulu, yonke idatha kunye nolwazi kufuneka lugcinwe kwidiski. Isantya sokufunda idatha simiselwa lujongano lonxibelelwano lwediski. Kwixesha elidlulileyo, besisoloko sigcina idatha yethu nge-SCSI okanye i-SATA interfaces kunye nee-hard drives. Kungenxa yophuhliso olukhawulezayo lwetekhnoloji ye-SATA kunye neenzuzo ezahlukeneyo apho abantu abaninzi baya kuqwalasela ukuba kukho indlela yokudibanisa zombini i-SATA kunye ne-SCSI, ukuze iingenelo zazo zombini zidlalwe ngaxeshanye. Kule meko, i-SAS ivele. Izixhobo zokugcina idatha ezidityanisiweyo zinokwahlulwahlulwa zibe ziindidi ezintathu eziphambili, ezizezi, i-middle-end ephezulu kunye ne-near-end (Near-Line). Izixhobo zokugcina idatha ezikwi-high-end ikakhulu zii-Fibre channel. Ngenxa yesantya sokudlulisa idatha yeFibre channel, uninzi lwezixhobo zokugcina idatha ye-optical fiber ezikwi-high-end zisetyenziswa kwindawo yokugcina idatha yesitshixo semisebenzi emininzi. Isixhobo sokugcina idatha esikwi-middle-range ikakhulu zizixhobo ze-SCSI, kwaye sinembali ende, esetyenziswa kwindawo yokugcina idatha ebalulekileyo yenqanaba lorhwebo. Ifinyeziwe njenge (SATA), isetyenziswa ekugcinweni okukhulu kwedatha engengomsebenzi ubalulekileyo kwaye yenzelwe ukuthatha indawo yogcino lwedatha lwangaphambili kusetyenziswa iteyiphu. Eyona nzuzo ilungileyo yezixhobo zokugcina iFibre Channel kukudluliselwa ngokukhawuleza, kodwa inexabiso eliphezulu kwaye kunzima ukuyigcina; izixhobo ze-SCSI zinokufikelela ngokukhawuleza kunye nexabiso eliphakathi, kodwa ayinwebeki kangako, ikhadi ngalinye le-SCSI interface liqhagamshela ukuya kuthi ga kwi-15 (itshaneli enye) okanye izixhobo ezingama-30 (ezine-dual channel). I-SATA yiteknoloji ephuhla ngokukhawuleza kwiminyaka yakutshanje. Eyona nzuzo yayo inkulu kukuba ingabizi kakhulu, kwaye isantya asicothi kakhulu kune-SCSI interface. Ngophuhliso lwetekhnoloji, isantya sokufunda idatha se-SATA sisondela kwaye sidlula i-SCSI interface. Ukongeza, njengoko i-hard disk ye-SATA isiya ibiza kwaye ibiza kakhulu, ingasetyenziselwa ukugcina idatha kancinci kancinci. Ngoko ke indawo yokugcina yeshishini yendabuko kuba xa kujongwa ukusebenza kunye nozinzo, kunye ne-SCSI hard disk kunye ne-fiber optic channel njengeqonga lokugcina eliphambili, i-SATA isetyenziswa kakhulu kwidatha engabalulekanga okanye kwikhompyutha yomntu yedesktop, kodwa ngokukhula kwetekhnoloji ye-SATA kunye nezixhobo ze-SATA zivuthiwe, le ndlela iyatshintshwa, abantu abaninzi baqala ukuhoya i-SATA ngale ndlela yoqhagamshelo lokugcina idatha.

Bhala umyalezo wakho apha uze uwuthumele kuthi