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PCI e 5.0 high gudun USB samar da tsari
Babban mitar na'ura mai sauri mai sauri + kayan haɗin kai ta atomatik masana'antar Waya + sarrafa taro ta atomatik Babban saurin gwajin ingancin gwajin na USBKara karantawa -
Gabatarwa zuwa PCIe 5.0 ƙayyadaddun bayanai
Gabatarwa zuwa ƙayyadaddun PCIe 5.0 An kammala ƙayyadaddun PCIe 4.0 a cikin 2017, amma dandamalin mabukaci ba su goyi bayan sa ba har sai jerin AMD's 7nm Rydragon 3000, kuma a baya kawai samfuran kamar su supercomputing, babban ma'adanin kasuwanci, da na'urorin sadarwar da aka yi amfani da su ...Kara karantawa -
Gabatarwa PCIe 6.0
Ƙungiyar PCI-SIG ta sanar da sakin hukuma na PCIe 6.0 ƙayyadaddun ƙayyadaddun v1.0, yana bayyana kammalawa. Ci gaba da al'ada, saurin bandwidth yana ci gaba da ninki biyu, har zuwa 128GB / s (unidirectional) a x16, kuma tun da fasahar PCIe ta ba da damar cikakkun bayanai na bidirectional ...Kara karantawa -
Wannan sashe yana bayyana kebul na USB
Kebul na USB USB, taƙaitaccen Universal Serial BUS, ƙayyadaddun bas ne na waje, ana amfani da shi don daidaita haɗin gwiwa da sadarwa tsakanin kwamfutoci da na'urorin waje. Fasaha ce da ake amfani da ita a fagen PC. USB yana da abũbuwan amfãni daga cikin sauri watsa gudun (USB1.1 ne 12Mbps, USB ...Kara karantawa -
Wannan sashe yana bayyana kebul na HDMI
HDMI: Babban Ma'anar Multimedia Interface High Definition Multimedia Interface (HDMI) cikakken bidiyo ne na dijital da watsa sauti wanda zai iya watsa siginar sauti da bidiyo mara nauyi. Ana iya haɗa igiyoyin Hdmi zuwa akwatunan saiti, ƴan wasan DVD, kwamfutoci na sirri, wasannin TV, haɗaka...Kara karantawa -
Wannan sashe yana bayyana kebul na DisplayPort
Kebul na DisplayPort babban ma'auni ne na nuni na dijital na dijital wanda za'a iya haɗa shi da kwamfutoci da masu saka idanu, da kwamfutoci da gidajen wasan kwaikwayo na gida. Dangane da aiki, DisplayPort 2.0 yana goyan bayan iyakar watsa bandwidth na 80Gb/S. Daga Yuni 26, 2019, VESA standard organ...Kara karantawa -
Ana nuna na'urorin DP2.1, kuma ana nuna bincike na DisplayPort 2.1
Dangane da WccfTech, katin zane na RNDA 3 zai kasance a ranar 13 ga Disamba, biyo bayan ƙaddamar da aikin AMD na Ryzen 7000-jerin processor. Abu mafi ban sha'awa game da sabon katin zane na AMD Radeon shine, ban da sabon tsarin gine-gine na RNDA 3, babban makamashi ef ...Kara karantawa -
Gabatarwa zuwa Waya Harness Machining -2023-1
01: Waya Harness Ana amfani da shi don haɗa wayoyi biyu ko fiye tare da abubuwan da aka haɗa don watsa na yanzu ko sigina. Zai iya sauƙaƙe tsarin haɗuwa na samfuran lantarki, sauƙin kulawa, sauƙin haɓakawa, haɓaka haɓakar ƙira. Babban gudun da dijital na watsa sigina, hadewar wani ...Kara karantawa -
Wannan sashe yana bayyana tsarin gwajin TDR
TDR gajeriyar magana ce ta Reflectometry na yanki-lokaci. Fasaha ce mai nisa wacce ke yin nazarin raƙuman ruwa da ke nunawa kuma suna koyon matsayin abin da aka auna a wurin sarrafa nesa. Bugu da kari, akwai lokaci yankin reflectometry; Bada lokacin jinkiri; Transmit Data Register shine yafi ...Kara karantawa -
Gabatarwa zuwa SAS don layi mai sauri
SAS (Serial Attached SCSI) sabon ƙarni ne na fasahar SCSI. Daidai ne da mashahurin Serial ATA (SATA) hard disks. Yana amfani da fasahar Serial don cimma mafi girman saurin watsawa da haɓaka sararin ciki ta hanyar rage layin haɗin gwiwa. Ga waya mara waya, a halin yanzu galibi daga zaɓaɓɓu ...Kara karantawa -
An sake haɓaka ma'aunin HDMI 2.1a: za a ƙara ƙarfin samar da wutar lantarki zuwa kebul, kuma za a shigar da guntu a cikin na'urar tushen.
A farkon wannan shekara, HDMI daidaitaccen hukumar gudanarwa HMDI LA ya fitar da daidaitattun ƙayyadaddun bayanai na HDMI 2.1a. Sabuwar HDMI 2.1a daidaitaccen ƙayyadaddun ƙayyadaddun bayanai zai ƙara fasalin da ake kira SOURce-based Tone Mapping (SBTM) don ba da damar abun ciki na SDR da HDR a nuna su a cikin Windows daban-daban lokaci guda don haɓaka…Kara karantawa -
Kebul na USB4 daban-daban
Universal Serial Bus (USB) tabbas yana ɗaya daga cikin mafi yawan mu'amala a duniya. Intel da Microsoft ne suka fara shi da farko kuma yana da fasali mai zafi da wasa sosai. Tun lokacin da aka ƙaddamar da kebul na USB a cikin 1994, bayan shekaru 26 na haɓakawa, ta hanyar USB 1.0/1.1, USB2.0, ...Kara karantawa
