| Umndeni womprosesa | Isizukulwane sesine se-AMD EPYC™ processors |
| Inqolobane yephrosesa | 64 MB, 128 MB, 256 MB noma 384 MB L3 inqolobane, kuye ngemodeli yokucubungula |
| Inombolo yephrosesa | Kufika ku-2 |
| Uhlobo lokuphakelwa kwamandla | 2 I-Flexible Slot amandla anikezela amandla aphezulu, kuye ngemodeli |
| Ukunwetshwa Slots | 8 esiphezulu, ukuze uthole izincazelo ezinemininingwane bheka i-QuickSpecs |
| Inkumbulo enkulu | 6.0 TB |
| Izikhala zememori | 24 |
| Uhlobo lwenkumbulo | I-HPE DDR5 SmartMemory |
| Isilawuli senethiwekhi | Ukukhetha kwe-OCP yokuzikhethela kanye nokuma, kuye ngemodeli |
| Isilawuli sesitoreji | I-HPE Tri-Mode Controllers, bheka i-QuickSpecs ukuze uthole imininingwane eyengeziwe |
| Ukuphathwa kwengqalasizinda | I-HPE iLO Standard ne-Intelligent Provisioning (eshumekiwe), i-HPE OneView Standard (idinga ukudawuniloda); I-HPE iLO Advanced, i-HPE iLO Advanced Premium Security Edition, ne-HPE OneView Advanced (idinga amalayisensi) I-Computer Ops Management Software |
| IDrayivu isekelwe | 8 noma 12 LFF SAS/SATA ene-4 LFF mid drive ngokuzikhethela, 4 LFF idrayivu yangemuva 8 noma 24 SFF SAS/SATA/NVMe ene-8 SFF mid drive ngokuzithandela kanye nedrayivu yangemuva engu-2 SFF ozikhethela yona |
Yini entsha
* Inikwa amandla yi-4th Generation AMD EPYC™ 9004 Series processors enobuchwepheshe be-5nm obusekela ama-cores afika kwangu-96
400W, 384 MB ye-L3 Cache, kanye nama-DIMM angu-24 ememori engu-DDR5 efika ku-4800 MT/s.
* Iziteshi ezingu-12 ze-DIMM ngephrosesa ngayinye kuze kufike ku-6 TB ingqikithi yenkumbulo ye-DDR5 enomkhawulokudonsa wememori okhuphukile nokusebenza, kanye nezidingo zamandla aphansi.
* Amazinga okudluliswa kwedatha athuthukile kanye nesivinini esiphezulu senethiwekhi kusukela kubhasi le-PCIe Gen5 lokunwetshwa kwe-serial, elifinyelela ku-2x16 PCIe Gen5 kanye nezikhala ezimbili ze-OCP.
Isipiliyoni sokusebenza kwamafu: Kulula, ukuzenzela wena ngokwakho, futhi kuyazenzekela
* Amaseva e-HPE ProLiant DL385 Gen11 akhelwe umhlaba wakho oyingxubevange. Amaseva e-HPE ProLiant Gen11 enza lula indlela olawula ngayo ikhompuyutha yebhizinisi lakho—kusuka ekugcineni kuye emafini—ngokuhlangenwe nakho kokusebenza kwamafu.
* Guqula imisebenzi yebhizinisi bese uzulazula ithimba lakho lisuke ekwenzeni izinto libe lisebenzayo ngokubonakala komhlaba wonke kanye nokuqonda ngokusebenzisa ikhonsoli yokuzisiza.
* Yenza imisebenzi ngokuzenzakalelayo ukuze isebenze kahle ekusetshenzisweni nasekulinganiseni ngokushesha kokusekela okungenamthungo, okwenziwe lula nokuphathwa komjikelezo wokuphila, ukunciphisa imisebenzi kanye nokunciphisa amawindi okulungisa.
Ukuphepha Okuthenjwayo Ngokuklama: Okungayekethisi, Okuyisisekelo, futhi Okuvikelwe
* Iseva ye-HPE ProLiant DL385 Gen11 iboshelwe empandeni ye-silicon yokwethenjwa kanye ne-AMD Secure Processor, iphrosesa ezinikele yokuphepha eshumekwe ku-AMD.
Uhlelo lwe-EPYC ku-chip (SoC), ukuphatha ibhuthi evikelekile, ukubethelwa kwememori, kanye nokwenza izinto ezibonakalayo okuvikelekile.
* Amaseva we-HPE ProLiant Gen11 asebenzisa impande yokwethenjwa ye-silicon ukugxilisa i-firmware ye-HPE ASIC, enza iminwe engashintshi ye-AMD Secure Processor leyo.
kufanele ifaniswe ncamashi ngaphambi kokuthi iseva iqale. Lokhu kuqinisekisa ukuthi ikhodi enonya iqukethwe, namaseva anempilo avikelekile.
