| Usapho lomprosesa | Isizukulwana sesi-4 seeProsesa ze-AMD EPYC™ |
| I-cache yeprosesa | 64 MB, 128 MB, 256 MB okanye 384 MB L3 cache, kuxhomekeke kwimodeli yeprosesa |
| Inombolo yeprosesa | Ukuya kuthi ga kwi-2 |
| Uhlobo lonikezelo lwamandla | 2 Flexible Slot amandla unikezelo ubuninzi, ngokuxhomekeke imodeli |
| Ukwandiswa Slots | 8 ubuninzi, kwiinkcazo ezineenkcukacha bhekisa kwi-QuickSpecs |
| Ubuninzi benkumbulo | 6.0 TB |
| Iindawo zokubeka inkumbulo | 24 |
| Uhlobo lwenkumbulo | I-HPE DDR5 SmartMemory |
| Umlawuli womnatha | Ukukhetha i-OCP ekhethiweyo kunye nokuma, kuxhomekeke kwimodeli |
| Isilawuli sokugcina | Izilawuli ze-HPE ze-Tri-Mode, bhekisa kwi-QuickSpecs ngeenkcukacha ezithe vetshe |
| Ulawulo lweziseko zophuhliso | Umgangatho we-HPE we-ILO kunye noBonelelo oluBukrelekrele (olufakelweyo), i-HPE i-OneView Standard (ifuna ukukhuphela); I-HPE iLO Advanced, HPE iLO Advanced Premium Security Edition, kunye ne-HPE OneView Advanced (ifuna iilayisensi) Compute Ops Management Software |
| Qhuba inkxaso | 8 okanye 12 LFF SAS/SATA nge 4 LFF mid drive ozikhethelayo, 4 LFF ngasemva drive I-8 okanye 24 SFF SAS/SATA/NVMe ene-8 SFF mid drive ngokuzithandela kunye ne-2 SFF ngasemva yokuqhuba ngokuzithandela. |
Yintoni entsha
* Ixhaswe sisiZukulwana sesi-4 se-AMD EPYC™ 9004 iiProsesa zeTekhnoloji ezine-5nm yetekhnoloji exhasa ukuya kuthi ga kwii-cores ezingama-96
400W, 384 MB ye-L3 Cache, kunye ne-24 DIMMs ye-DDR5 imemori ukuya kwi-4800 MT/s.
* Iitshaneli ze-DIMM ezili-12 ngeprosesa ukuya kuthi ga kwi-6 TB iyonke imemori ye-DDR5 kunye nokwanda kwe-bandwidth yememori kunye nokusebenza, kunye neemfuno zamandla aphantsi.
* Amazinga aphezulu okudlulisa idatha kunye nezantya eziphezulu zenethiwekhi ukusuka kwi-PCIe Gen5 ibhasi yokwandisa i-serial, ukuya kuthi ga kwi-2x16 PCIe Gen5 kunye neendawo zokubeka ezimbini ze-OCP.
I-Intuitive Cloud Experience Experience: Ilula, iSelf-service, kunye ne-Automation
* Iiseva ze-HPE ProLiant DL385 Gen11 zenzelwe ihlabathi lakho elixubileyo.Iiseva ze-HPE ProLiant Gen11 zenza lula indlela olawula ngayo ikhompuyutha yeshishini lakho-ukusuka emphethweni ukuya kwilifu-ngamava okusebenza kwelifu.
* Guqula imisebenzi yeshishini kwaye ujike iqela lakho lisuke kwi-reactive ukuya kwi-proactive kunye nokubonakala kwehlabathi kunye nokuqonda ngokusebenzisa i-console ye-self-service console.
* Yenza imisebenzi ngokufanelekileyo ekuhanjisweni kunye nokukala ngokukhawuleza kokungenamthungo, inkxaso eyenziwe lula kunye nokulawula ubomi bomjikelo wobomi, ukunciphisa imisebenzi kunye nokunciphisa iifestile zokugcina.
Ukhuseleko oluThenjiweyo ngoYilo: Ukungalalanisi, okuSiseko, kunye nokuKhuselweyo
* Iseva ye-HPE ProLiant DL385 Gen11 ibotshelelwe kwingcambu ye-silicon yokuthembela kunye ne-AMD Secure Processor, iprosesa yokhuseleko ezinikeleyo efakwe kwi-AMD.
Inkqubo ye-EPYC kwi-chip (SoC), ukulawula i-boot ekhuselekileyo, ukubethelwa kwememori, kunye nokukhusela okukhuselekileyo.
* Iiseva ze-HPE ProLiant Gen11 zisebenzisa ingcambu ye-silicon yokuthembela ukubambelela kwi-firmware ye-HPE ASIC, ukwenza umnwe ongenakuguquguquka we-AMD Secure Processor leyo.
kufuneka ithelekiswe kanye phambi kokuba umncedisi aqale.Oku kuqinisekisa ukuba ikhowudi enobungozi iqulethwe, kwaye iiseva ezisempilweni zikhuselekile.
