USB3.1 Nau'in-C babban allon katako na katako na gwajin gwajin gwaji-JD-MC01
Aikace-aikace:
Siffofin:
A USB3.1 Nau'in Nau'in-C na sake jujjuya gwajin gwaji mai goyan bayan ƙimar bayanai har zuwa 10 Gbps don tashar jiragen ruwa mai fuskantar ƙasa (Mai watsa shiri).ana iya amfani dashi don gwada aikin PCBA tare da nau'in c na fuskantar tashar jiragen ruwa.
Faɗin dacewa:
Aikace-aikace na yau da kullun sun haɗa da Kwamfuta, rumbun ajiya, da sauransu,
Ƙayyadaddun Bayanan Samfur
Halayen Jiki
Tsawon Kebul
Launi Baƙar fata
Salon Mai Haɗi Madaidaici
Nauyin samfur
Diamita Waya
Bayanin Marufi Kunshin
Yawan Jigila 1 (Package)
Nauyi
Ƙayyadaddun Bayanan Samfur
Mai haɗa (s)
Connector ATYPE C CONN
Mai Haɗa BPCB
USB3.1 Nau'in Nau'in-C Gwajin sauya fasaliner
Ƙayyadaddun bayanai
| Lantarki | |
| Tsarin Kula da inganci | Aiki bisa ga tsari & ka'idoji a cikin ISO9001 |
| Juriya na Insulation | |
| Tuntuɓi Resistance | |
| Yanayin Aiki | -25C-80C |
| Yawan canja wurin bayanai |
Menene fasalulluka na igiyoyin SAS da igiyoyin SAS
SAS kebul shine filin ajiya na faifan diski shine mafi mahimmancin na'urar, duk bayanai da bayanai yakamata a adana su akan kafofin watsa labarai na diski. An ƙayyade saurin karanta bayanan ta hanyar haɗin haɗin haɗin yanar gizon faifai. A baya, koyaushe muna adana bayananmu ta hanyar SCSI ko SATA Interfaces da hard drives. Saboda saurin haɓaka fasahar SATA da fa'idodi iri-iri ne mutane da yawa za su yi la'akari da ko akwai hanyar haɗa duka SATA da SCSI, ta yadda za a iya buga fa'idodin duka biyun a lokaci guda. A wannan yanayin, SAS ya fito. Ana iya raba na'urorin ma'ajiyar hanyar sadarwa zuwa kusan manyan rukunai uku, wato, babban ƙarshen tsakiya da kuma kusa (Near-Line). Na'urorin ajiya masu inganci galibi tashar Fiber ne. Saboda saurin watsawa na tashar Fiber, yawancin na'urorin fiber na gani mai mahimmanci ana amfani da su zuwa babban ma'auni na ainihin ma'auni na maɓalli na matakin aiki. Na'urar ajiya ta tsakiyar kewayon na'urorin SCSI ne, kuma tana da dogon tarihi, ana amfani da ita a cikin tarin tarin bayanai masu mahimmanci na kasuwanci. An gajarta shi azaman (SATA), ana amfani da shi ga tarin tarin bayanai marasa mahimmanci kuma ana nufin maye gurbin bayanan baya ta amfani da tef. Mafi kyawun amfani da na'urorin ajiya na Fiber Channel shine watsawa da sauri, amma yana da farashi mai yawa kuma yana da wuyar kulawa; Na'urorin SCSI suna da ingantacciyar hanya mai sauri da matsakaicin farashi, amma ya ɗan rage tsawo, kowane katin SCSI yana haɗa na'urori har zuwa 15 (tashoshi ɗaya) ko 30 (dual-channel). SATA fasaha ce ta haɓaka cikin sauri a cikin 'yan shekarun nan. Babban fa'idarsa shine yana da arha, kuma saurin ba shi da hankali fiye da ƙirar SCSI. Tare da haɓakar fasaha, saurin karatun bayanan SATA yana gabatowa kuma ya zarce ƙirar SCSI. Bugu da kari, yayin da hard disk din SATA ke samun sauki da tsada, ana iya amfani da shi a hankali wajen adana bayanai. Don haka ajiyar kayan aiki na gargajiya saboda la'akari da aiki da kwanciyar hankali, tare da SCSI hard disk da fiber optic channel a matsayin babban dandamali na ajiya, SATA galibi ana amfani da su don bayanan da ba su da mahimmanci ko kwamfutar tafi-da-gidanka, amma tare da haɓaka fasahar SATA da kayan aikin SATA balagagge, ana canza wannan yanayin, mutane da yawa sun fara mai da hankali ga SATA wannan hanyar haɗin bayanan serial.
