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Technical data sheet · ProLiant Gen10 · 2U dual-socket · refurbished

HPE ProLiant DL380 Gen10Specifications, configurations & comparisons

The DL380 Gen10 is the expandable 2U of HPE’s Gen10 rack line: four chassis fronts, three riser positions, as many as eight PCIe 3.0 slots and a processor table 113 rows long. HPE retired its QuickSpecs in June 2025, and Servnet supplies the machine refurbished — re-certified 2017-platform hardware, not a current product. This page reads that document for the builds it allows, the rules that quietly rule half of them out, and where DDR4 and PCIe 3.0 now cost you.

2U Rack1 or 2 sockets2nd Gen Intel Xeon Scalable (Platinum)1st Gen Intel Xeon Scalable (Platinum)2nd Gen Intel Xeon Scalable (Gold)1st Gen Intel Xeon Scalable (Gold)2nd Gen Intel Xeon Scalable (Silver)1st Gen Intel Xeon Scalable (Silver)2nd Gen Intel Xeon Scalable (Bronze)1st Gen Intel Xeon Scalable (Bronze)HPE iLO 5
28cores per CPU56 per server · 205 W at the top of the table
3.0TBDDR4 maximum24 slots · 1.54 TB on RDIMMs
30SFF drive bays24 front + 6 rear · or 19 LFF + 2 SFF
8PCIe 3.0 slotsthree risers · 48 lanes per processor
20accelerator optionsup to 8 of the single-width A2
113processor SKUs41 first-generation · 72 second

Every figure checked against the QuickSpecs - HPE ProLiant DL380 Gen10 Server (Version 77 - 16-June-2025 (footer: a00008180enw - 15930 - Worldwide - V77 - 16-June-2025))

Form factor
2U Rack · 2 sockets
Processors
2nd Gen Intel Xeon (Platinum) · 1st Gen Intel Xeon (Platinum) · 2nd Gen Intel Xeon (Gold) · 1st Gen Intel Xeon (Gold) · 2nd Gen Intel Xeon (Silver) · 1st Gen Intel Xeon (Silver) · 2nd Gen Intel Xeon (Bronze) · 1st Gen Intel Xeon (Bronze)
Memory
24 × DDR4 RDIMM · up to 3.0 TB
Drive bays
Up to 30 · 15 drive-cage kits
Expansion
8 × PCIe
GPUs
Up to 8 · 20 listed
Boot
M.2 and NS204i and microSD · 4 boot options
Management
HPE iLO 5
01 — Overview

The DL380 Gen10 at a glance

Our read of HPE’s documentation: where the DL380 Gen10 is strong, and the limits worth knowing before you spec one.

Strengths

  • Expansion is the whole argument for this chassis. Three riser positions carry as many as eight PCIe 3.0 slots, and the pair of x16/x16/x16 GPU riser kits each take three single-width accelerators — six across two processors. The 1U DL360 Gen10, built from the identical processor table, reaches three slots in total.
  • The front is assembled from boxes rather than fixed at the factory. Boxes 1, 2 and 3 accept plain SAS/SATA cages, the premium six-plus-two cage or a full eight-drive NVMe cage in combination, so an eight-bay server grows to sixteen and then twenty-four, and HPE’s own chassis list totals twenty-four front bays plus the rear option at thirty.
  • Twenty accelerators are named for the machine — Tesla, Quadro and A-series NVIDIA cards, AMD’s MI25, two Xilinx Alveo boards, two Intel FPGAs and an NEC vector module. None is a card you would specify new, but the risers, cables and fan kits that drive them are documented options rather than improvisation.
  • One hundred and thirteen processor rows is an unusually wide landing zone, from four cores at 85 W to twenty-eight at 205 W across both Xeon Scalable generations. Buying second-hand, that breadth is the point: you can match the core count a per-core licence wants, rather than the one a current range happens to offer.
  • Storage control is a real choice. Software RAID is embedded on every model, the modular type-a controllers bolt to the board and consume no slot at all, and the P816i-a adds sixteen internal lanes, 4 GB of cache and a SmartCache licence for the twelve-bay build.

Watch-outs

  • The 2933 MT/s rating belongs to less than half the table. Fifty of the 113 processors carry it; 41 stop at 2666, 18 at 2400 and four at 2133, and a channel runs at whichever figure is lower. Fit 2933 kits behind a Silver 4200 part and you own a 2400 MT/s machine.
  • Reaching 3 TB needs two things at once that version 77 no longer sells. The 128 GB LRDIMM appears only in the maximum-capacity row, with no kit to order against it, and 1.5 TB per socket rules out all but the M- and L-suffix parts: ninety-eight of the 113 rows stop at 768 GB or 1 TB.
  • PCIe 3.0 is the ceiling everywhere, and it bites on drives first. The SlimSAS risers that carry NVMe are third-generation like the rest of the machine, so a Gen4 SSD bought for a newer server buys you its capacity and nothing else. The same lane budget caps the chassis at twenty NVMe drives and holds it to two Tesla M10 cards, which HPE puts down to simply running out of lanes.
  • Three high-frequency parts arrive with a page of exclusions attached. Specify the 6250, 6250L or 6256 and HPE’s facilities matrix bars NVMe drives, rear 2SFF cages, every accelerator and the four-drive mid-tray outright, and drops the inlet limit to 20 °C in a twelve-bay LFF chassis unless blanks fill the empty memory slots.
  • Seventy-eight of the 113 listed processors have no orderable kit left in this revision — the table outlived the order book. On a refurbished build that is not a blocker, but it does decide where the part comes from, and a first-generation chip can never be swapped for a second-generation one in the field.
Processors113 SKUs
Cores / CPU4–28
DIMM slots24
Drive-cage kits15
Max bays30
GPUsup to 8
PSU options8 · to 2,200 W
02 — Processors

113 supported processors, mapped

HPE prints one processor table for this server, and 112 of those 113 rows also appear in the DL360 Gen10 document (the 6137 is listed only here, and the 8160M only in the DL360 document): the two machines share a socket, a chipset and a bin list. Read it by column rather than by row. Cores and thermal power decide the heat sink and the fan kit, but the DDR4 column and the memory-per-socket column are what govern the memory section further down — and on a second-hand build those two are where a good-looking specification quietly fails.

Processor landscape — cores × TDP

113 SKUs · 8 families
HPE ProLiant DL380 Gen10: every supported processor by cores and TDP0816243250 W100 W150 W200 W250 WCores per processorIntel Xeon Platinum 8280 — 28 cores · 205 W · 2.7 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8280L — 28 cores · 205 W · 2.7 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8280M — 28 cores · 205 W · 2.7 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8276 — 28 cores · 165 W · 2.2 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8276L — 28 cores · 165 W · 2.2 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8276M — 28 cores · 165 W · 2.2 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Platinum 8270 — 26 cores · 205 W · 2.7 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8268 — 24 cores · 205 W · 2.9 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8260 — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8260L — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8260M — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8260Y — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Platinum 8253 — 16 cores · 125 W · 2.2 GHz base · 22 MB cache · DDR4-2933Intel Xeon Platinum 8256 — 4 cores · 105 W · 3.8 GHz base · 16.5 MB cache · DDR4-2933Intel Xeon Platinum 8180 — 28 cores · 205 W · 2.5 GHz base · 38.5 MB cache · DDR4-2666Intel Xeon Platinum 8180M — 28 cores · 205 W · 2.5 GHz base · 38.5 MB cache · DDR4-2666Intel Xeon Platinum 8176 — 28 cores · 165 W · 2.1 GHz base · 38.5 MB cache · DDR4-2666Intel Xeon Platinum 8170 — 26 cores · 165 W · 2.1 GHz base · 35.75 MB cache · DDR4-2666Intel Xeon Platinum 8164 — 26 cores · 150 W · 2 GHz base · 35.75 MB cache · DDR4-2666Intel Xeon Platinum 8168 — 24 cores · 205 W · 2.7 GHz base · 33 MB cache · DDR4-2666Intel Xeon Platinum 8165 — 24 cores · 205 W · 2.3 GHz base · 33 MB cache · DDR4-2666Intel Xeon Platinum 8160 — 24 cores · 150 W · 2.1 GHz base · 33 MB cache · DDR4-2666Intel Xeon Platinum 8153 — 16 cores · 125 W · 2 GHz base · 22 MB cache · DDR4-2666Intel Xeon Platinum 8158 — 12 cores · 150 W · 3 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Platinum 8156 — 4 cores · 105 W · 3.6 GHz base · 16.5 MB cache · DDR4-2666Intel Xeon Gold 6258R — 28 cores · 205 W · 2.7 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Gold 6238R — 28 cores · 165 W · 2.2 GHz base · 38.5 MB cache · DDR4-2933Intel Xeon Gold 6230R — 26 cores · 150 W · 2.1 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6248R — 24 cores · 205 W · 3 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6240R — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6212U — 24 cores · 165 W · 2.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6252 — 24 cores · 150 W · 2.1 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6252N — 24 cores · 150 W · 2.3 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 5220R — 24 cores · 150 W · 2.2 GHz base · 35.75 MB cache · DDR4-2666Intel Xeon Gold 6262V — 24 cores · 135 W · 1.9 GHz base · 33 MB cache · DDR4-2933Intel Xeon Gold 6238 — 22 cores · 140 W · 2.1 GHz base · 30.25 MB cache · DDR4-2933Intel Xeon Gold 6238L — 22 cores · 140 W · 2.1 GHz base · 30.25 MB cache · DDR4-2933Intel Xeon Gold 6238M — 22 cores · 140 W · 2.1 GHz base · 30.25 MB cache · DDR4-2933Intel Xeon Gold 6242R — 20 cores · 205 W · 3.1 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6248 — 20 cores · 150 W · 2.5 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 6210U — 20 cores · 150 W · 2.5 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 6230 — 20 cores · 125 W · 2.1 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 6230N — 20 cores · 125 W · 2.3 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 6209U — 20 cores · 125 W · 2.1 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 5218R — 20 cores · 125 W · 2.1 GHz base · 27.5 MB cache · DDR4-2666Intel Xeon Gold 6222V — 20 cores · 115 W · 1.8 GHz base · 27.5 MB cache · DDR4-2933Intel Xeon Gold 6254 — 18 cores · 200 W · 3.1 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6240 — 18 cores · 150 W · 2.6 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6240L — 18 cores · 150 W · 2.6 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6240M — 18 cores · 150 W · 2.6 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6240Y — 18 cores · 150 W · 2.6 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 5220 — 18 cores · 125 W · 2.2 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 5220S — 18 cores · 125 W · 2.7 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6246R — 16 cores · 205 W · 3.4 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6242 — 16 cores · 150 W · 2.8 GHz base · 22 MB cache · DDR4-2933Intel Xeon Gold 6226R — 16 cores · 150 W · 2.9 GHz base · 22 MB cache · DDR4-2933Intel Xeon Gold 6208U — 16 cores · 150 W · 2.9 GHz base · 22 MB cache · DDR4-2933Intel Xeon Gold 5218 — 16 cores · 125 W · 2.3 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 5218B — 16 cores · 125 W · 2.3 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 5218N — 16 cores · 110 W · 2.3 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 6256 — 12 cores · 205 W · 3.6 GHz base · 33 MB cache · DDR4-2933Intel Xeon Gold 6246 — 12 cores · 165 W · 3.3 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6226 — 12 cores · 125 W · 2.7 GHz base · 19.25 MB cache · DDR4-2933Intel Xeon Gold 5215 — 10 cores · 85 W · 2.5 GHz base · 13.75 MB cache · DDR4-2666Intel Xeon Gold 5215L — 10 cores · 85 W · 2.5 GHz base · 13.75 MB cache · DDR4-2666Intel Xeon Gold 5215M — 10 cores · 85 W · 2.5 GHz base · 13.75 MB cache · DDR4-2666Intel Xeon Gold 6250 — 8 cores · 185 W · 3.9 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6250L — 8 cores · 185 W · 3.9 GHz base · 35.75 MB cache · DDR4-2933Intel Xeon Gold 6244 — 8 cores · 150 W · 3.6 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 6234 — 8 cores · 130 W · 3.3 GHz base · 24.75 MB cache · DDR4-2933Intel Xeon Gold 5217 — 8 cores · 115 W · 3 GHz base · 11 MB cache · DDR4-2666Intel Xeon Gold 5222 — 4 cores · 105 W · 3.8 GHz base · 16.5 MB cache · DDR4-2933Intel Xeon Gold 6152 — 22 cores · 140 W · 2.1 GHz base · 30.25 MB cache · DDR4-2666Intel Xeon Gold 6148 — 20 cores · 150 W · 2.4 GHz base · 27.5 MB cache · DDR4-2666Intel Xeon Gold 6138 — 20 cores · 125 W · 2 GHz base · 27.5 MB cache · DDR4-2666Intel Xeon Gold 6154 — 18 cores · 200 W · 3 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6150 — 18 cores · 165 W · 2.7 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6140 — 18 cores · 140 W · 2.3 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6143 — 16 cores · 205 W · 2.8 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 6142 — 16 cores · 150 W · 2.6 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 6130 — 16 cores · 125 W · 2.1 GHz base · 22 MB cache · DDR4-2666Intel Xeon Gold 6132 — 14 cores · 140 W · 2.6 GHz base · 19.25 MB cache · DDR4-2666Intel Xeon Gold 5120 — 14 cores · 105 W · 2.2 GHz base · 19.25 MB cache · DDR4-2400Intel Xeon Gold 5117 — 14 cores · 105 W · 2 GHz base · 19.25 MB cache · DDR4-2400Intel Xeon Gold 6146 — 12 cores · 165 W · 3.2 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6136 — 12 cores · 150 W · 3 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6126 — 12 cores · 125 W · 2.6 GHz base · 19.25 MB cache · DDR4-2666Intel Xeon Gold 5118 — 12 cores · 105 W · 2.3 GHz base · 16.5 MB cache · DDR4-2400Intel Xeon Gold 5115 — 10 cores · 85 W · 2.4 GHz base · 13.75 MB cache · DDR4-2400Intel Xeon Gold 6137 — 8 cores · 205 W · 3.9 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6144 — 8 cores · 150 W · 3.5 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6134 — 8 cores · 130 W · 3.2 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6134M — 8 cores · 130 W · 3.2 GHz base · 24.75 MB cache · DDR4-2666Intel Xeon Gold 6128 — 6 cores · 115 W · 3.4 GHz base · 19.25 MB cache · DDR4-2666Intel Xeon Gold 5122 — 4 cores · 105 W · 3.6 GHz base · 16.5 MB cache · DDR4-2666Intel Xeon Silver 4216 — 16 cores · 100 W · 2.1 GHz base · 22 MB cache · DDR4-2400Intel Xeon Silver 4214R — 12 cores · 100 W · 2.4 GHz base · 16.5 MB cache · DDR4-2400Intel Xeon Silver 4214 — 12 cores · 85 W · 2.2 GHz base · 16.5 MB cache · DDR4-2400Intel Xeon Silver 4214Y — 12 cores · 85 W · 2.2 GHz base · 16.5 MB cache · DDR4-2400Intel Xeon Silver 4210R — 10 cores · 100 W · 2.4 GHz base · 13.75 MB cache · DDR4-2400Intel Xeon Silver 4210 — 10 cores · 85 W · 2.2 GHz base · 13.75 MB cache · DDR4-2400Intel Xeon Silver 4215R — 8 cores · 130 W · 3.2 GHz base · 11 MB cache · DDR4-2400Intel Xeon Silver 4215 — 8 cores · 85 W · 2.5 GHz base · 11 MB cache · DDR4-2400Intel Xeon Silver 4208 — 8 cores · 85 W · 2.1 GHz base · 11 MB cache · DDR4-2400Intel Xeon Silver 4116 — 12 cores · 85 W · 2.1 GHz base · 16.5 MB cache · DDR4-2400Intel Xeon Silver 4114 — 10 cores · 85 W · 2.2 GHz base · 13.75 MB cache · DDR4-2400Intel Xeon Silver 4110 — 8 cores · 85 W · 2.1 GHz base · 11 MB cache · DDR4-2400Intel Xeon Silver 4108 — 8 cores · 85 W · 1.8 GHz base · 11 MB cache · DDR4-2400Intel Xeon Silver 4112 — 4 cores · 85 W · 2.6 GHz base · 8.25 MB cache · DDR4-2400Intel Xeon Bronze 3206R — 8 cores · 85 W · 1.9 GHz base · 11 MB cache · DDR4-2133Intel Xeon Bronze 3204 — 6 cores · 85 W · 1.9 GHz base · 8.25 MB cache · DDR4-2133Intel Xeon Bronze 3106 — 8 cores · 85 W · 1.7 GHz base · 11 MB cache · DDR4-2133Intel Xeon Bronze 3104 — 6 cores · 85 W · 1.7 GHz base · 8.25 MB cache · DDR4-2133828028 cores — the top SKU6262V5.6 W/core — most efficient
2nd Gen Intel Xeon Scalable (Platinum) 141st Gen Intel Xeon Scalable (Platinum) 112nd Gen Intel Xeon Scalable (Gold) 471st Gen Intel Xeon Scalable (Gold) 232nd Gen Intel Xeon Scalable (Silver) 91st Gen Intel Xeon Scalable (Silver) 52nd Gen Intel Xeon Scalable (Bronze) 21st Gen Intel Xeon Scalable (Bronze) 2Bubble size = L3 cache · hover a bubble for the full SKU

Processor explorer

filter · sort · compare
ProcessorCores / threadsBaseL3 cacheTDPW / coreMemory
Intel Xeon Platinum 8280282.7 GHz38.5 MB205 W7.3DDR4-2933
Intel Xeon Platinum 8280L282.7 GHz38.5 MB205 W7.3DDR4-2933
Intel Xeon Platinum 8280M282.7 GHz38.5 MB205 W7.3DDR4-2933
Intel Xeon Platinum 8276282.2 GHz38.5 MB165 W5.9DDR4-2933
Intel Xeon Platinum 8276L282.2 GHz38.5 MB165 W5.9DDR4-2933
Intel Xeon Platinum 8276M282.2 GHz38.5 MB165 W5.9DDR4-2933
Intel Xeon Platinum 8180282.5 GHz38.5 MB205 W7.3DDR4-2666
Intel Xeon Platinum 8180M282.5 GHz38.5 MB205 W7.3DDR4-2666
Intel Xeon Platinum 8176282.1 GHz38.5 MB165 W5.9DDR4-2666
Intel Xeon Gold 6258R282.7 GHz38.5 MB205 W7.3DDR4-2933
Intel Xeon Gold 6238R282.2 GHz38.5 MB165 W5.9DDR4-2933
Intel Xeon Platinum 8270262.7 GHz35.75 MB205 W7.9DDR4-2933
Intel Xeon Platinum 8170262.1 GHz35.75 MB165 W6.3DDR4-2666
Intel Xeon Platinum 8164262 GHz35.75 MB150 W5.8DDR4-2666
Intel Xeon Gold 6230R262.1 GHz35.75 MB150 W5.8DDR4-2933
Intel Xeon Platinum 8268242.9 GHz35.75 MB205 W8.5DDR4-2933
Intel Xeon Platinum 8260242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Platinum 8260L242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Platinum 8260M242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Platinum 8260Y242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Platinum 8168242.7 GHz33 MB205 W8.5DDR4-2666
Intel Xeon Platinum 8165242.3 GHz33 MB205 W8.5DDR4-2666
Intel Xeon Platinum 8160242.1 GHz33 MB150 W6.3DDR4-2666
Intel Xeon Gold 6248R243 GHz35.75 MB205 W8.5DDR4-2933
Intel Xeon Gold 6240R242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Gold 6212U242.4 GHz35.75 MB165 W6.9DDR4-2933
Intel Xeon Gold 6252242.1 GHz35.75 MB150 W6.3DDR4-2933
Intel Xeon Gold 6252N242.3 GHz35.75 MB150 W6.3DDR4-2933
Intel Xeon Gold 5220R242.2 GHz35.75 MB150 W6.3DDR4-2666
Intel Xeon Gold 6262V241.9 GHz33 MB135 W5.6DDR4-2933
Intel Xeon Gold 6238222.1 GHz30.25 MB140 W6.4DDR4-2933
Intel Xeon Gold 6238L222.1 GHz30.25 MB140 W6.4DDR4-2933
Intel Xeon Gold 6238M222.1 GHz30.25 MB140 W6.4DDR4-2933
Intel Xeon Gold 6152222.1 GHz30.25 MB140 W6.4DDR4-2666
Intel Xeon Gold 6242R203.1 GHz35.75 MB205 W10.3DDR4-2933
Intel Xeon Gold 6248202.5 GHz27.5 MB150 W7.5DDR4-2933
Intel Xeon Gold 6210U202.5 GHz27.5 MB150 W7.5DDR4-2933
Intel Xeon Gold 6230202.1 GHz27.5 MB125 W6.3DDR4-2933
Intel Xeon Gold 6230N202.3 GHz27.5 MB125 W6.3DDR4-2933
Intel Xeon Gold 6209U202.1 GHz27.5 MB125 W6.3DDR4-2933
Intel Xeon Gold 5218R202.1 GHz27.5 MB125 W6.3DDR4-2666
Intel Xeon Gold 6222V201.8 GHz27.5 MB115 W5.8DDR4-2933
Intel Xeon Gold 6148202.4 GHz27.5 MB150 W7.5DDR4-2666
Intel Xeon Gold 6138202 GHz27.5 MB125 W6.3DDR4-2666
Intel Xeon Gold 6254183.1 GHz24.75 MB200 W11.1DDR4-2933
Intel Xeon Gold 6240182.6 GHz24.75 MB150 W8.3DDR4-2933
Intel Xeon Gold 6240L182.6 GHz24.75 MB150 W8.3DDR4-2933
Intel Xeon Gold 6240M182.6 GHz24.75 MB150 W8.3DDR4-2933
Intel Xeon Gold 6240Y182.6 GHz24.75 MB150 W8.3DDR4-2933
Intel Xeon Gold 5220182.2 GHz24.75 MB125 W6.9DDR4-2666
Intel Xeon Gold 5220S182.7 GHz24.75 MB125 W6.9DDR4-2666
Intel Xeon Gold 6154183 GHz24.75 MB200 W11.1DDR4-2666
Intel Xeon Gold 6150182.7 GHz24.75 MB165 W9.2DDR4-2666
Intel Xeon Gold 6140182.3 GHz24.75 MB140 W7.8DDR4-2666
Intel Xeon Platinum 8253162.2 GHz22 MB125 W7.8DDR4-2933
Intel Xeon Platinum 8153162 GHz22 MB125 W7.8DDR4-2666
Intel Xeon Gold 6246R163.4 GHz35.75 MB205 W12.8DDR4-2933
Intel Xeon Gold 6242162.8 GHz22 MB150 W9.4DDR4-2933
Intel Xeon Gold 6226R162.9 GHz22 MB150 W9.4DDR4-2933
Intel Xeon Gold 6208U162.9 GHz22 MB150 W9.4DDR4-2933
Intel Xeon Gold 5218162.3 GHz22 MB125 W7.8DDR4-2666
Intel Xeon Gold 5218B162.3 GHz22 MB125 W7.8DDR4-2666
Intel Xeon Gold 5218N162.3 GHz22 MB110 W6.9DDR4-2666
Intel Xeon Gold 6143162.8 GHz22 MB205 W12.8DDR4-2666
Intel Xeon Gold 6142162.6 GHz22 MB150 W9.4DDR4-2666
Intel Xeon Gold 6130162.1 GHz22 MB125 W7.8DDR4-2666
Intel Xeon Silver 4216162.1 GHz22 MB100 W6.3DDR4-2400
Intel Xeon Gold 6132142.6 GHz19.25 MB140 W10.0DDR4-2666
Intel Xeon Gold 5120142.2 GHz19.25 MB105 W7.5DDR4-2400
Intel Xeon Gold 5117142 GHz19.25 MB105 W7.5DDR4-2400
Intel Xeon Platinum 8158123 GHz24.75 MB150 W12.5DDR4-2666
Intel Xeon Gold 6256123.6 GHz33 MB205 W17.1DDR4-2933
Intel Xeon Gold 6246123.3 GHz24.75 MB165 W13.8DDR4-2933
Intel Xeon Gold 6226122.7 GHz19.25 MB125 W10.4DDR4-2933
Intel Xeon Gold 6146123.2 GHz24.75 MB165 W13.8DDR4-2666
Intel Xeon Gold 6136123 GHz24.75 MB150 W12.5DDR4-2666
Intel Xeon Gold 6126122.6 GHz19.25 MB125 W10.4DDR4-2666
Intel Xeon Gold 5118122.3 GHz16.5 MB105 W8.8DDR4-2400
Intel Xeon Silver 4214R122.4 GHz16.5 MB100 W8.3DDR4-2400
Intel Xeon Silver 4214122.2 GHz16.5 MB85 W7.1DDR4-2400
Intel Xeon Silver 4214Y122.2 GHz16.5 MB85 W7.1DDR4-2400
Intel Xeon Silver 4116122.1 GHz16.5 MB85 W7.1DDR4-2400
Intel Xeon Gold 5215102.5 GHz13.75 MB85 W8.5DDR4-2666
Intel Xeon Gold 5215L102.5 GHz13.75 MB85 W8.5DDR4-2666
Intel Xeon Gold 5215M102.5 GHz13.75 MB85 W8.5DDR4-2666
Intel Xeon Gold 5115102.4 GHz13.75 MB85 W8.5DDR4-2400
Intel Xeon Silver 4210R102.4 GHz13.75 MB100 W10.0DDR4-2400
Intel Xeon Silver 4210102.2 GHz13.75 MB85 W8.5DDR4-2400
Intel Xeon Silver 4114102.2 GHz13.75 MB85 W8.5DDR4-2400
Intel Xeon Gold 625083.9 GHz35.75 MB185 W23.1DDR4-2933
Intel Xeon Gold 6250L83.9 GHz35.75 MB185 W23.1DDR4-2933
Intel Xeon Gold 624483.6 GHz24.75 MB150 W18.8DDR4-2933
Intel Xeon Gold 623483.3 GHz24.75 MB130 W16.3DDR4-2933
Intel Xeon Gold 521783 GHz11 MB115 W14.4DDR4-2666
Intel Xeon Gold 613783.9 GHz24.75 MB205 W25.6DDR4-2666
Intel Xeon Gold 614483.5 GHz24.75 MB150 W18.8DDR4-2666
Intel Xeon Gold 613483.2 GHz24.75 MB130 W16.3DDR4-2666
Intel Xeon Gold 6134M83.2 GHz24.75 MB130 W16.3DDR4-2666
Intel Xeon Silver 4215R83.2 GHz11 MB130 W16.3DDR4-2400
Intel Xeon Silver 421582.5 GHz11 MB85 W10.6DDR4-2400
Intel Xeon Silver 420882.1 GHz11 MB85 W10.6DDR4-2400
Intel Xeon Silver 411082.1 GHz11 MB85 W10.6DDR4-2400
Intel Xeon Silver 410881.8 GHz11 MB85 W10.6DDR4-2400
Intel Xeon Bronze 3206R81.9 GHz11 MB85 W10.6DDR4-2133
Intel Xeon Bronze 310681.7 GHz11 MB85 W10.6DDR4-2133
Intel Xeon Gold 612863.4 GHz19.25 MB115 W19.2DDR4-2666
Intel Xeon Bronze 320461.9 GHz8.25 MB85 W14.2DDR4-2133
Intel Xeon Bronze 310461.7 GHz8.25 MB85 W14.2DDR4-2133
Intel Xeon Platinum 825643.8 GHz16.5 MB105 W26.3DDR4-2933
Intel Xeon Platinum 815643.6 GHz16.5 MB105 W26.3DDR4-2666
Intel Xeon Gold 522243.8 GHz16.5 MB105 W26.3DDR4-2933
Intel Xeon Gold 512243.6 GHz16.5 MB105 W26.3DDR4-2666
Intel Xeon Silver 411242.6 GHz8.25 MB85 W21.3DDR4-2400
  • Thread counts appear nowhere in these tables. HPE states that Hyper-Threading is supported but never prints the number, so the field is left empty here rather than filled in from elsewhere.
  • Turbo frequencies are missing for the same reason: the tables carry a base clock and nothing else.
  • Four parts are single-socket only — the 6208U, 6209U, 6210U and 6212U. Every other row is a two-socket bin, and two different processor models may not be mixed in one chassis.
  • Heat sinks follow power. Anything rated 130 W or above ships with the high-performance type, and so do the 8256, 8156, 6128, 5222 and 5122 whatever their rating says.
  • The 5218B comes off a different die from the 5218 despite matching it feature for feature, and HPE does not support the two together in one server.
  • Three rows carry a Y suffix — the 8260Y, 6240Y and 4214Y — and each prints several clock speeds and several core counts instead of one of each. The charts on this page take the first figure given in those rows.
03 — Memory

24 DIMM slots, 12 per processor

Twenty-four slots, twelve to a processor, six channels each two deep — and all twenty-four exist only when both sockets are filled. A one-processor DL380 Gen10 is a twelve-slot machine, which is the first thing worth checking when a quoted capacity looks impossible for the chassis.

Capacity with every slot filled

by DIMM size
8 GB192 GBsingle-rank x8 · 2933 kit16 GB384 GB32 GB768 GB64 GB1.5 TB128 GB3 TBLRDIMM · no kit in v77512 GB12 TB24 slots · 12 per processor · each tick = one DIMM

Rated memory speed

from the processor table
Processor familyUp to
2nd Gen Intel Xeon Scalable (Platinum)2933 MT/s
1st Gen Intel Xeon Scalable (Platinum)2666 MT/s
2nd Gen Intel Xeon Scalable (Gold)2933 MT/s
1st Gen Intel Xeon Scalable (Gold)2666 MT/s
2nd Gen Intel Xeon Scalable (Silver)2400 MT/s
1st Gen Intel Xeon Scalable (Silver)2400 MT/s
2nd Gen Intel Xeon Scalable (Bronze)2133 MT/s
1st Gen Intel Xeon Scalable (Bronze)2133 MT/s
  • The kit generation follows the processor generation, not the other way round: HPE pairs its DDR4-2933 kits with second-generation processors and its DDR4-2666 kits with first-generation ones, and says so directly.
  • RDIMMs and LRDIMMs may not be mixed, and with two processors fitted the modules are ordered in even quantities.
  • Registered memory tops out at 1.54 TB in this chassis — twenty-four 64 GB modules. The 3 TB number is an LRDIMM figure, and since version 77 lists no LRDIMM kit to buy, that ceiling is a published specification rather than an order line.
  • Going beyond 1 TB a socket needs an M-suffix part (2 TB on second-generation silicon, 1.5 TB on first) or an L-suffix part at 4.5 TB. Fifteen rows of the table qualify. Past 1.5 TB a socket, HPE says you need modules larger than 128 GB, which is where the arithmetic simply stops.
  • No DIMM-per-channel speed table is printed in this document at all. HPE sends you to its online memory-speed table instead, so the governing figure on any given build is the processor’s own DDR4 rating, and the two-per-channel number is worth confirming before it goes in a design.
  • Persistent memory belonged to this platform too — 6 TB across twelve 512 GB Optane modules on selected second-generation parts, or 192 GB of NVDIMM on first-generation ones. Neither has an orderable kit in this revision, and our refurbished configurator carries registered and load-reduced DDR4 only.
04 — Storage

15 drive-cage kits, up to 30 bays

Storage here is bought as boxes, not as a fixed layout. An eight-bay chassis has one populated box and room for two more; the twenty-four-bay chassis arrives with all three fitted. HPE’s chassis list puts the small-form-factor maximum at thirty drives with the rear option, and the large-form-factor maximum at nineteen 3.5-inch drives plus two 2.5-inch SSDs once the mid-tray and the rear cage are both in.

Headline layouts

front panel view

Front panel

Rear module

The headline small-form-factor build: three front boxes plus the rear bay option, which HPE’s chassis list and its maximum-storage rows both total at thirty. The rear cages in the option tables come two bays at a time and need the high-performance fan kit.

SAS/SATANVMeSAS/SATA + NVMe

Controllers & boot

  • HPE Smart Array S100i SR Gen10 SW RAID — Software RAID. Embedded. UEFI mode only (legacy needs 758959-B22); off by default and must be enabled. Uses 14 embedded SATA ports but only 12 are accessible, 2 being used for the primary-riser M.2 options. More than 8 SATA devices needs SAS 3POS cable kit 826709-B21. Windows only (HPE points Linux users at in-distro software RAID).
  • HPE Smart Array E208i-a SR Gen10 (8 Internal Lanes/No Cache) 12G SAS Modular Controller — RAID. Essential; modular (type-a), consumes no PCIe slot
  • HPE Smart Array P408i-a SR Gen10 (8 Internal Lanes/2GB Cache) 12G SAS Modular Controller — RAID, 2GB cache. Performance; modular (type-a), consumes no PCIe slot
  • HPE Smart Array P816i-a SR Gen10 (16 Internal Lanes/4GB Cache/SmartCache) 12G SAS Modular Controller — RAID, 4GB cache. Performance; includes a SmartCache licence. The P816i-a cable ships in the 12LFF chassis only (868705-B21).
  • HPE Smart Array E208i-p SR Gen10 (8 Internal Lanes/No Cache) 12G SAS PCIe Plug-in Controller — RAID. Essential; PCIe plug-in
  • HPE Smart Array E208e-p SR Gen10 (8 External Lanes/No Cache) 12G SAS PCIe Plug-in Controller — HBA. Essential; external ports
  • HPE Smart Array P408i-p SR Gen10 (8 Internal Lanes/2GB Cache) 12G SAS PCIe Plug-in Controller — RAID, 2GB cache. Performance; PCIe plug-in
  • HPE Smart Array P408e-p SR Gen10 (8 External Lanes/4GB Cache) 12G SAS PCIe Plug-in Controller — RAID, 4GB cache. Performance; external ports
  • HPE NS204i-p x2 Lanes NVMe PCIe3 x8 OS Boot Device (P12965-B21) - hardware RAID 1, ships with 2 x 480 GB M.2 read-intensive NVMe with power-loss protection — boot
  • 2 x M.2 SATA on the default primary riser; RAID 1 requires HPE FIO Enable Smart Array SW RAID (784308-B21) — boot
  • HPE Smart Array S100i SR Gen10 SW RAID (embedded, 14 SATA ports of which 12 accessible) — boot
  • MicroSD slot (1) — boot
All 15 controllers and 4 boot options
  • HPE MR416i-a Gen10 Plus x16 Lanes 4GB Cache NVMe/SAS 12G Controller — RAID, 4GB cache. Broadcom MegaRAID tri-mode. Only supported on the 8SFF Basic Carrier CTO servers P56969-B21 / P56970-B21, SAS/SATA only; not supported with Windows Server 2012 R2.
  • HPE MR416i-p Gen10 Plus x16 Lanes 4GB Cache NVMe/SAS 12G Controller — RAID, 4GB cache. Broadcom MegaRAID tri-mode; 8SFF Basic Carrier models only
  • HPE MR216i-a Gen10 Plus x16 Lanes without Cache NVMe/SAS 12G Controller — HBA. Broadcom MegaRAID tri-mode; 8SFF Basic Carrier models only
  • HPE MR216i-p Gen10 Plus x16 Lanes without Cache NVMe/SAS 12G Controller — HBA. Broadcom MegaRAID tri-mode; 8SFF Basic Carrier models only
  • HPE NS204i-p x2 Lanes NVMe PCIe3 x8 OS Boot Device — Boot. Pre-configured hardware RAID 1 for OS boot only
  • HPE 96W Smart Storage Lithium-ion Battery with 145mm Cable Kit — Boot. Energy pack required by the performance (P-class) RAID controllers; sold separately.
  • HPE Smart Storage Hybrid Capacitor with 145mm Cable Kit — Boot. Energy pack required by the performance (P-class) RAID controllers; sold separately.
  • Every model carries the embedded S100i software RAID, but it ships switched off, runs in UEFI mode only, and HPE supports it under Windows alone — Linux users are pointed at an in-distro package for a mirrored boot volume. It has fourteen SATA ports and twelve usable, the other two being spoken for by the M.2 slots on the primary riser.
  • The modular type-a controllers — E208i-a, P408i-a and P816i-a — attach to the board and cost no expansion slot. Any of them with cache needs an energy pack beside it, either the 96 W lithium-ion battery or the hybrid capacitor, and that is a separate line on the order.
  • The cable for the P816i-a ships with the twelve-bay LFF chassis and with nothing else, which quietly makes the sixteen-lane controller a large-form-factor part unless the cable is sourced on its own.
  • Two carrier families exist and they are not interchangeable. Smart Carrier drives belong with the Smart Array controllers; Basic Carrier drives belong to the two 8SFF BC chassis and their Broadcom tri-mode controllers, which will not take a Smart Array at all. Buying used drives without checking which carrier the chassis wants is the easiest way to end up with trays that do not fit.
  • Boot can leave the bays altogether: two M.2 SATA cards on the primary riser, mirrored once the software-RAID enablement option is added, or the NS204i-p — a PCIe card with two 480 GB NVMe modules already in hardware RAID 1.
  • An 8LFF chassis cannot be converted to a twelve-bay front once it has left the factory, although the four-drive mid-tray will go in with a performance fan kit.

Every documented drive-cage kit

15 with drive bays
3 x 8 SFF SAS/SATA drive cages (included on the 24…3 x 8 SFF SAS/SATA drive cages (included on the 24SFF CTO chassis)248 SFF SAS/SATA drive cage (included on the 8SFF CT…8 SFF SAS/SATA drive cage (included on the 8SFF CTO chassis, Box 3)8HPE DL38X Gen10 Premium 6 SFF SAS/SATA + 2 NVMe or…HPE DL38X Gen10 Premium 6 SFF SAS/SATA + 2 NVMe or 8 SFF SAS/SATA Bay Kit8HPE DL38X Gen10 SFF Box1/2 Cage/Backplane KitHPE DL38X Gen10 SFF Box1/2 Cage/Backplane Kit8HPE DL38X NVMe 8 Solid State Drive Express Bay Ena…HPE DL38X NVMe 8 Solid State Drive Express Bay Enablement Kit8HPE ProLiant DL380 Gen10 8SFF SAS/SATA BC Box 1-2 …HPE ProLiant DL380 Gen10 8SFF SAS/SATA BC Box 1-2 Backplane Kit8HPE DL38X Gen10 2SFF HDD SAS/SATA Riser KitHPE DL38X Gen10 2SFF HDD SAS/SATA Riser Kit2HPE DL38X Gen10 2SFF Premium HDD Front NVMe or Fro…HPE DL38X Gen10 2SFF Premium HDD Front NVMe or Front/Rear SAS/SATA Kit2HPE ProLiant DL380 Gen10 2SFF Premium HDD SAS/SATA…HPE ProLiant DL380 Gen10 2SFF Premium HDD SAS/SATA BC Front/Rear Backplane Kit2HPE ProLiant DL38x Gen10 2SFF BC HDD SAS/SATA Rise…HPE ProLiant DL38x Gen10 2SFF BC HDD SAS/SATA Riser Kit212 LFF chassis (included on the 12LFF CTO chassis)12 LFF chassis (included on the 12LFF CTO chassis)128 LFF drive cage + Universal Media Bay (included o…8 LFF drive cage + Universal Media Bay (included on the 8LFF CTO chassis)8HPE DL38X Gen10 4LFF Midplane SAS/SATA HDD KitHPE DL38X Gen10 4LFF Midplane SAS/SATA HDD Kit4HPE DL38X Gen10 3LFF Rear SAS/SATA Drive KitHPE DL38X Gen10 3LFF Rear SAS/SATA Drive Kit3HPE DL38X Gen10 8LFF Front 2NVMe HDD Bay KitHPE DL38X Gen10 8LFF Front 2NVMe HDD Bay Kit2Bays · solid = front · dashed = rear · brighter = NVMe-only
2.5-inch3.5-inchEDSFF (E1.S / E3.S)
05 — Accelerators & I/O

GPUs, PCIe and networking

Accelerators are a riser decision on this machine, and the list runs to twenty cards: NVIDIA Tesla M10, P40, T4, V100 and V100S, Quadro P2200, RTX 4000, RTX 6000 and RTX 8000, the A2, A16, A30 and two A40 variants, AMD’s Radeon Instinct MI25, Xilinx Alveo U50 and U250, two Intel FPGA boards and an NEC vector module. Supported quantities run from two to eight depending on the card, the chassis, processor power and inlet temperature, and no two models may be mixed in one server. Every accelerator build needs the high-performance fan kit; double-wide cards need the high-performance heat sink as well, and fitting the four-drive mid-tray rules accelerators out entirely. Up to 8 × single-width A2 · up to 7 × T4 or Alveo U50 · 5 × P2200 or RTX 4000 · 3 × V100, P40, RTX 6000, MI25 or U250 · 2 × A40, A30, A16, M10 or RTX 8000

AMD Radeon Instinct MI25

double-wide
up to 3

Intel Arria 10 GX FPGA Accelerator

single-wide
up to 5

Intel FPGA PAC D5005 (Stratix 10 SX) FPGA Accelerator

double-wide
up to 3

NEC Vector Engine Accelerator Module

double-wide
up to 3

NVIDIA A40 48GB GPU NonCEC Accelerator

double-wide
48GB · up to 2

NVIDIA A40 PCIe 48GB GPU for HPE

double-wide
48GB · up to 2

NVIDIA A30 24GB PCIe GPU Module

double-wide
24GB · up to 2

NVIDIA A2 16GB PCIe NonCEC Accelerator / NVIDIA A2 GPU Accelerator

single-wide
16GB · up to 8

NVIDIA A16 64GB PCIe Non-CEC Accelerator for HPE

double-wide
64GB · up to 2

HPE NVIDIA Quadro P2200 GPU Module

single-wide
up to 5

HPE NVIDIA Quadro RTX4000 GPU Module

single-wide
up to 5

HPE NVIDIA Quadro RTX 6000

double-wide
up to 3

HPE NVIDIA Quadro RTX8000 GPU Module

double-wide
up to 2

NVIDIA Tesla M10 32GB Module

double-wide
32GB · up to 2

NVIDIA Tesla P40 24GB Module

double-wide
24GB · up to 3

NVIDIA Tesla T4 16GB Computational Accelerator

single-wide
16GB · up to 7

HPE NVIDIA Tesla V100 PCIe 32GB Module

double-wide
32GB · up to 3

HPE NVIDIA Tesla V100S PCIe 32GB Module

double-wide
32GB · up to 3

HPE Xilinx Alveo U50 Accelerator

single-wide
up to 7

HPE Xilinx Alveo U250 Accelerator

double-wide
up to 3

I/O topology

48 lanes per CPU
CPU 148 × PCIe 3.06 ch · 12 DIMMCPU 248 × PCIe 3.06 ch · 12 DIMMIntel UPI · 2 or 3 links · 9.6 or 10.4 GT/sUp to 8 × PCIe 3.03 + 3 + 2 across three risersSlimSAS NVMe risersdirect-attach · 20 drives maxOne FlexibleLOM slot1GbE to 25GbE · no OCP hereiLO 5 · dedicated 1Gbplus a front iLO service port

Three riser positions, and only the first belongs to processor 1. Fit a single processor and the secondary and tertiary risers are dead metal, which turns the eight-slot headline into three. The default primary riser is x8/x16/x8 and doubles as the home of the two M.2 boot slots; swap it for a GPU or NVMe riser and that boot option goes with it.

Network adapters HPE lists

22 options
AdapterPortsForm
HPE 1Gb Ethernet 4-port 331i Adapter4 × 1GbEembedded
HPE Ethernet 1Gb 4-port BASE-T I350-T4V2 Adapter4 × 1GbEPCIe
HPE Ethernet 10Gb 2-port BASE-T BCM57416 Adapter2 × 10GbEPCIe
Mellanox MCX512F-ACHT Ethernet 10/25Gb 2-port SFP28 Adapter for HPE2 × 25GbEPCIe
HPE Ethernet 10/25Gb 2-port SFP28 MCX4121A-ACUT Adapter2 × 25GbEPCIe
Intel E810-XXVDA2 Ethernet 10/25Gb 2-port SFP28 Adapter for HPE2 × 25GbEPCIe
Intel E810-XXVDA4 Ethernet 10/25Gb 4-port SFP28 Adapter for HPE4 × 25GbEPCIe
Xilinx X2522-25G-PLUS Ethernet 10/25Gb 2-port SFP28 Adapter for HPE2 × 25GbEPCIe
HPE Ethernet 100Gb 1-port QSFP28 MCX515A-CCAT Adapter1 × 100GbEPCIe
HPE Ethernet 1Gb 4-port FLR-T I350-T4V2 Adapter4 × 1GbEFlexibleLOM
HPE Ethernet 1Gb 4-port FLR-T BCM5719 Adapter4 × 1GbEFlexibleLOM
HPE Ethernet 10Gb 2-port FLR-T BCM57416 Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10Gb 2-port 537FLR-SFP+ Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10/25Gb 2-port FLR-SFP28 BCM57414 Adapter2 × 25GbEFlexibleLOM
HPE Ethernet 10/25Gb 2-port FLR-SFP28 MCX4121A-ACFT Adapter2 × 25GbEFlexibleLOM
HPE Ethernet 10Gb 2-port FLR-SFP+ X710-DA2 Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10Gb 2-port FLR-T X550-AT2 Adapter2 × 10GbEFlexibleLOM
Pensando Distributed Services Platform for HPE iLO Sideband Management Adaptive LOM Module2 × 25GbEFlexibleLOM
Pensando Distributed Services Platform DSC-25 Enterprise 10/25Gb 2-port SFP28 Card2 × 25GbEPCIe
HPE 100Gb 1-port OP101 QSFP28 x16 PCIe Gen3 with Intel Omni-Path Architecture Adapter1 × 100Gb Omni-PathPCIe
HPE InfiniBand HDR100/Ethernet 100Gb 1-port QSFP56 PCIe3 x16 MCX653105A-ECAT Adapter1 × 100Gb InfiniBand HDR100 / 100GbEPCIe
HPE InfiniBand HDR100/Ethernet 100Gb 2-port QSFP56 PCIe3 x16 MCX653106A-ECAT Adapter2 × 100Gb InfiniBand HDR100 / 100GbEPCIe
  • Cross-socket bandwidth is not uniform across the table. Every Bronze, Silver, 5100 and 5200 part has two UPI links, and so do the eight R-suffix 6200 Golds — the 6226R, 6230R, 6238R, 6240R, 6242R, 6246R, 6248R and 6258R. The remaining 6100 and 6200 Golds and all 25 Platinum parts have three. Forty-three of the 113 rows sit on the two-link side, which is worth knowing before a workload that leans on cross-socket traffic is put on a bin chosen for core count alone.
  • Each processor brings 48 third-generation PCIe lanes, and the SlimSAS risers are where a storage-heavy build spends most of them: a four-port riser reaches eight NVMe drives, a two-port riser four, a one-port riser two. That is the arithmetic behind the twenty-drive cap, and behind HPE’s note that only two Tesla M10 cards will fit because the system runs out of lanes.
  • Rear drives and expansion cards compete for the same space. The 2SFF rear kit is itself a riser kit and leaves one x16 slot reachable, while the 3LFF rear box consumes both the secondary and the tertiary positions.
  • There is no OCP slot anywhere on this generation. One FlexibleLOM is the limit and 25GbE its fastest option; the 100Gb Ethernet, Omni-Path and HDR100 InfiniBand adapters in the list are all stand-up third-generation x16 cards that take an ordinary slot.
  • Networking Choice chassis arrive with nothing on the board and require a FlexibleLOM or an approved stand-up adapter, while the Embedded LOM chassis include the four-port 1GbE 331i.
  • Front panel ports are a chassis decision too: the front iLO service port is absent on the twelve-bay LFF chassis and whenever the Systems Insight Display is ordered, and the front DisplayPort and the pair of USB 2.0 ports come with the Universal Media Bay, which is standard on the 8LFF chassis and an option on the SFF ones.
06 — Power & cooling

8 power supplies, 500–2,200 W

Two hot-plug Flex Slot supplies. The ordering section runs 500 W Platinum; 800 W in Platinum, Titanium, −48 V DC and a 200–277 V universal AC/DC version; 1600 W Platinum; 1600 W at −48 V DC; and an 1800–2200 W Titanium whose rated output tracks the input, 1800 W at 200 V rising in steps to 2200 W at 240 V.

05001000150020002500500 W Platinum — Up to 94% efficiency; standard C14 inlet. 100-240 VAC. 1840 BTU/hr at 200 VAC.500Platinum800 W Platinum — Up to 94% efficiency; standard C14 inlet. 100-240 VAC. 2958 BTU/hr at 200 VAC.800Platinum800 W Titanium — Up to 96% efficiency; standard C14 inlet. 200-240 VAC. One of the three part numbers HPE names as meeting the EU/UK Lot 9 96% single-output requirement from 1 January 2024.800Titanium800 W Up to 94% (DC input) — -48VDC input, -40 Vdc to -72 Vdc.800DC800 W Up to 94% (universal AC/DC) — Universal high-voltage AC/DC; supports 277VAC/380VDC inputs (200-277 VAC rated).800DC1600 W Platinum — Up to 94% efficiency; C14 inlet supporting HPE Power Discovery Services (blue connector). 200-240 VAC. 5918 BTU/hr at 200 VAC.1600Platinum1600 W Up to 94% (DC input) — -48VDC. Requires power cable kit P22173-B21 or power lug kit P36877-B21. Not supported with Intel Optane Persistent Memory (128/256/512 GB).1600DC2200 W Titanium — HPE 1800W-2200W Flex Slot Titanium; up to 96% efficiency and EU Lot 9 compliant. Rated output varies with input: 1800W at 200 VAC, 1900W at 208 VAC, 2000W at 220 VAC, 2100W at 230 VAC, 2200W at 240 VAC.2200TitaniumWatts · dashed line = output at 100–120 V low line
AC277 VAC / HVDC−48 V DC
  • The summary page earlier in the same document names only three of those — the 500 W and 800 W Platinum units and the 1600 W Platinum — and leaves out both Titanium supplies. The ordering section is the one to work from.
  • Three part numbers are called out against the 96 % single-output threshold that took effect across Britain, Ireland and the EU at the start of 2024. Two of them sit in this server’s own supply list — both Titanium units, the 800 W and the big 1800–2200 W — and the third does not appear among this server’s power supplies at all.
  • Thermal output is tabulated per supply at each input voltage, and that — not the wattage on the label — is what a rack heat audit consumes. At 200 V the figures run 1,840 BTU/hr, 2,958 BTU/hr and 5,918 BTU/hr for the 500 W, 800 W Platinum and 1600 W units; the largest Titanium spans 6,497 to 7,962 BTU/hr as the input climbs from 200 V to 240 V.
  • The 1600 W DC supply has to be ordered with either a power cable kit or a lug kit, and HPE does not support it alongside Optane persistent memory.
  • Inlet air is 10 °C to 35 °C as standard, derated one degree per 305 m above sea level to a 3,050 m limit, with extended ranges reaching 5 °C and 45 °C for approved configurations only. HPE warns that performance may fall above 30 °C or with a fan fault, and that the upper limit depends on what is fitted.
  • Fan counts follow the chassis rather than the order: a one-processor server typically ships with four, a two-processor server with six, and the twelve-bay LFF and twenty-four-bay SFF chassis arrive with six high-performance fans as standard. Rear drives, NVMe and accelerators all require that kit.
07 — Management, security & OS

Run it, secure it, choose the OS

Management

  • HPE iLO 5 on its own ASIC, with Intelligent Provisioning
  • iLO RESTful API (Redfish conformant) and the RESTful Interface Tool
  • Active Health System, with the browser-based Active Health System Viewer
  • Smart Update Manager driving the Service Pack for ProLiant
  • iLO Amplifier Pack for fleet-scale discovery and firmware update
  • HPE OneView Standard and HPE Systems Insight Manager
  • Dedicated 1 Gb rear iLO port · front iLO service port (needs the dongle; absent on 12LFF)
  • Optional Systems Insight Display · one microSD slot, not hot-pluggable

Security

  • Immutable Silicon Root of Trust
  • UEFI Secure Boot and Secure Start
  • Digitally signed firmware, firmware rollback and Secure Recovery
  • TPM 1.2 or TPM 2.0 as options — fitted once, and not replaceable afterwards
  • FIPS 140-2 validation and Common Criteria certification
  • Commercial National Security Algorithm support · AES and 3DES in the browser
  • Secure erase of NAND and user data · configurable for PCI DSS
  • Bezel locking kit and chassis intrusion detection as options

Operating systems

  • Certified operating systems and hypervisors live in HPE’s Servers Support & Certification Matrices rather than in the QuickSpecs
  • UEFI Class 2: both UEFI mode, the default, and legacy BIOS mode are supported
  • TPM 2.0, NVMe boot, the iSCSI software initiator and HTTP/HTTPS boot all require UEFI mode
  • Legacy mode can be set at the factory with a configuration part, with some configuration restrictions
  • The embedded S100i software RAID is Windows-only; HPE directs Linux users to in-distro mirroring instead
08 — Compare

DL380 Gen10 → DL380 Gen11

The comparison worth drawing from a refurbished sheet is forward, to the machine that replaced this design two generations later, because that is the gap a buyer is deciding whether to pay for. Note what is absent from this table: the DL380 Gen10 Plus. That is a separate product with its own QuickSpecs and third-generation Xeon Scalable processors, and nothing on this page describes it.

Gen10ProLiant DL380 Gen10
Gen11ProLiant DL380 Gen11
Processors
1st and 2nd Gen Xeon Scalable · 113 SKUs · 4 to 28 cores
4th and 5th Gen Xeon Scalable · 66 SKUs · 8 to 64 cores
Chipset
Intel C621
Intel C741
Memory
24 × DDR4 · 6 channels per processor · 3.0 TB maximum
32 × DDR5 · 8 channels per processor · 8.0 TB maximum
Expansion
PCIe 3.0 · up to 8 slots across three risers
PCIe 5.0 on slots 1–7 · up to 8 slots
Network bay
One FlexibleLOM, 1GbE to 25GbE
Two OCP 3.0 slots and no embedded LOM
Front storage
Up to 24 × SFF or 12 × LFF
Up to 24 × SFF, 12 × LFF or 36 × E3.S
Boot device
2 × M.2 on the primary riser, or the NS204i-p card
NS204i-u NVMe boot device
Management
iLO 5
iLO 6
Document status
QuickSpecs retired in June 2025 — supplied refurbished
Current QuickSpecs, still orderable new

Source: HPE ProLiant DL380 Gen10 QuickSpecs (a00008180enw, Version 77) set against the DL380 Gen11 QuickSpecs (a50004307enw, Version 47). Both columns come from our verified extracts of those two documents.

The DL380 Gen10 family side by side

Three of these bars are the same machine at three points in its life; the fourth is the 1U that was built from this one’s processor table. The DL360 Gen10 takes the identical chips and the identical twenty-four memory slots into half the rack height, and pays for it in slots and in bays.

DL380 Gen10DL360 Gen10DL380 Gen11DL380 Gen12Cores / CPUDL380 Gen10: 2828DL360 Gen10: 2828DL380 Gen11: 6464DL380 Gen12: 144144DIMM slotsDL380 Gen10: 2424DL360 Gen10: 2424DL380 Gen11: 3232DL380 Gen12: 3232Max memoryDL380 Gen10: 3 TB3DL360 Gen10: 3 TB3DL380 Gen11: 8 TB8DL380 Gen12: 8 TB8Max drive baysDL380 Gen10: 2424DL360 Gen10: 1010DL380 Gen11: 3636DL380 Gen12: 3636Max GPUsDL380 Gen10: 88DL360 Gen10: 22DL380 Gen11: 88DL380 Gen12: 88Largest PSUDL380 Gen10: 2,200 W2,200DL360 Gen10: 1,600 W1,600DL380 Gen11: 2,200 W2,200DL380 Gen12: 2,200 W2,200
This modelSiblings and successorEach value from that model’s own verified spec file · bars scale per column

Head-to-head comparisons

Every figure on this page, set against the machines buyers weigh it up with.

09 — Use cases

Four builds that suit the DL380 Gen10

Four worked builds. Every component in them is something the refurbished ProLiant tool already accepts against this server id, and following a link hands that tool the finished selection. Cooling, fan-kit and riser rules out of the QuickSpecs are not modelled in software, so a human checks those before any of this becomes a quote.

Virtualisation

Twenty-four-bay hypervisor host

One module per channel is where this platform keeps its top memory rating; with both sockets filled that comes to a dozen modules, and 64 GB parts put 768 GB in place while the rating still holds. A twenty-four-bay front leaves two-thirds of the chassis empty for growth, and a 20-core part at 125 W keeps the thermal budget unremarkable.

  • 2 × Xeon Gold 6230 — 20 cores @ 2.1 GHz, 125 W each
  • 12 × 64 GB DDR4-2933 RDIMM — 768 GB, one per channel
  • 8 × 1.92 TB SAS read-intensive SSD, 16 bays left spare
  • Smart Array P408i-a with 2 GB cache — no slot consumed
  • HPE 640FLR-SFP28 2 × 25GbE FlexibleLOM
  • 2 × 800 W Flex Slot Platinum

A twenty-four-bay chassis ships with high-performance fans already, so there is no fan kit to add here. Fill the remaining twelve slots later and the rating falls to whatever HPE’s online memory-speed table gives for two modules a channel, because the QuickSpecs does not print that figure.

Open this build in the configurator →
Databases

Licence-frugal SQL host

Sixteen cores a socket at 2.9 GHz is the shape per-core licensing rewards, and as a second-generation Gold part it lets the 2933 kits run at their marking rather than the processor’s. The premium front cage is the one HPE splits six-and-two: six SAS SSDs behind a cached controller for the data files, and two NVMe drives wired straight to a riser for the write-heavy volumes that benefit most from skipping it.

  • 2 × Xeon Gold 6226R — 16 cores @ 2.9 GHz, 150 W each
  • 12 × 32 GB DDR4-2933 RDIMM — 384 GB
  • 6 × 3.84 TB SAS read-intensive SSD behind the controller
  • 2 × 3.84 TB NVMe U.2 direct-attached to a riser
  • Smart Array P408i-a with 2 GB cache, plus an energy pack
  • HPE 562FLR-SFP+ 2 × 10GbE FlexibleLOM
  • 2 × 800 W Flex Slot Platinum

This is a third-generation PCIe machine: the NVMe drives work, but a Gen4 part bought for a newer server gains nothing from being here. NVMe needs the high-performance fan kit and a riser that supports it, and a 150 W processor arrives with the high-performance heat sink.

Open this build in the configurator →
Capacity

Twelve-bay nearline store

The large-form-factor front is where this chassis turns into bulk storage, and the sixteen-lane P816i-a is the controller built for it — HPE bundles its cable with the twelve-bay chassis and with nothing else. Two 12-core parts at 85 W are ample to feed twelve spinning disks, and the rear pair carries the boot mirror so no front bay is lost to the operating system.

  • 2 × Xeon Silver 4214 — 12 cores @ 2.2 GHz, 85 W each
  • 12 × 16 TB nearline SAS — 192 TB raw
  • 2 × 480 GB SATA SSD mirrored in the rear cage
  • Smart Array P816i-a, 4 GB cache and a SmartCache licence
  • 12 × 16 GB DDR4 RDIMM — 192 GB
  • HPE 562FLR-T 2 × 10GBASE-T FlexibleLOM
  • 2 × 1600 W Flex Slot Platinum

Two things to confirm here. Rear drives call for the high-performance fan kit, which a twelve-bay chassis already carries as standard; and a Silver 4200 part caps DDR4 at 2400 MT/s, so the memory ends up running to the processor’s rating and not the module’s. The cached controller needs an energy pack on the order beside it.

Open this build in the configurator →
Entry

One-socket starter

A single processor halves the memory to twelve slots and leaves only the primary riser alive, which is exactly the trade a small virtualisation host or a branch file server can afford to make. Six modules cover that processor’s six channels evenly, and the vacant socket remains a purchase for another day — provided it is the identical part, since HPE supports no mixing.

  • 1 × Xeon Silver 4214R — 12 cores @ 2.4 GHz, 100 W
  • 6 × 32 GB DDR4 RDIMM — 192 GB on one socket
  • 6 × 1.92 TB SATA SSD in an eight-bay front
  • Smart Array P408i-a with 2 GB cache
  • HPE 331FLR 4 × 1GbE FlexibleLOM
  • 2 × 500 W Flex Slot Platinum

With one processor fitted the secondary and tertiary risers do nothing at all, so three slots is the entire expansion budget until a second chip goes in. This is a Silver 4200 rated at 2400 MT/s, so the 2933 kits run below their marking, and the second socket must take the identical model or stay empty.

Open this build in the configurator →
10 — Refurbished alternatives

Where this sits in the refurbished ProLiant range

Nothing on this page is sold new, so the comparison that matters is sideways rather than up: which Gen10-era chassis fits the work in front of you. These three sit beside it in the same configurator.

Gen10 · re-certified

HPE ProLiant DL360 Gen10

  • 1U · 112 of the same 113 processor SKUs
  • 24 DDR4 slots · 3.0 TB maximum
  • Up to 11 devices: 8 SFF + 2 media bay + 1 rear
  • Three PCIe 3.0 slots · iLO 5

When rack height is the scarce resource and ten small-form-factor drives will cover the job.

Configure a refurbished DL360 Gen10 →
Gen10 Plus · re-certified

HPE ProLiant DL380 Gen10 Plus

  • A separate machine, not a Gen10 variant
  • 2 × 3rd Gen Intel Xeon Scalable
  • Its own QuickSpecs: a50002553enw
  • PCIe 4.0 generation · iLO 5

Where the workload wants the later Intel platform but the budget still will not reach Gen11.

Configure a refurbished DL380 Gen10 Plus →
Gen10 · re-certified

HPE ProLiant DL385 Gen10

  • 2U · AMD EPYC rather than Xeon
  • Same era, same iLO 5 management
  • Configured in the same refurbished tool

Where the job wants many cores per socket and nothing in the stack is tied to Intel.

Configure a refurbished DL385 Gen10 →
11 — Full specifications

HPE ProLiant DL380 Gen10 specifications

Chassis & cooling

Form factor2U rack · HPE ProLiant Gen10
Chassis types8SFF (optional Universal Media Bay) · 24SFF · 8LFF with media bay · 12LFF
Dimensions (H × W × D)8.73 × 44.54 × 67.94 cm with SFF drives · 73.02 cm deep with LFF drives
Weight8SFF chassis 14.9–19.5 kg · 12LFF chassis 17.1–24.5 kg, as specified by HPE
Fans4 standard on a 1P build · 6 on a 2P build · 6 high-performance on the 24SFF and 12LFF chassis
ChipsetIntel C621
Inlet temperature10–35 °C standard · 5–10 °C and 35–45 °C extended, approved configurations only
Altitude3,050 m operating, with a 1 °C derate per 305 m

Processor

SocketsOne or two
Families1st Gen (Skylake-SP) and 2nd Gen (Cascade Lake) Intel Xeon Scalable
Cores per processor4 to 28
Thermal design power85 W to 205 W across the listed parts
Listed SKUs113 in the tables · 35 with an orderable kit in version 77
InterconnectIntel UPI · 2 or 3 links at 9.6 or 10.4 GT/s
Single-socket parts6208U, 6209U, 6210U, 6212U
Upgrade rulesNo field upgrade from 1st Gen to 2nd Gen · no mixing of two processor models

Memory

Slots24 DDR4 · 12 per processor · 6 channels × 2 DIMMs
Kits listedRDIMM 8, 16, 32 and 64 GB at DDR4-2933
Maximum3.0 TB with 24 × 128 GB LRDIMM · 1.54 TB on RDIMMs
Persistent memory6.0 TB Optane (12 × 512 GB) on selected 2nd Gen parts · 192 GB NVDIMM on 1st Gen
SpeedKit generation follows processor generation · 2933 / 2666 / 2400 / 2133 MT/s by SKU
RulesNo RDIMM and LRDIMM mixing · even quantities with two processors

Storage

Front8, 16 or 24 × 2.5-inch · 8 or 12 × 3.5-inch, built from drive-cage kits
Mid-tray4 × 3.5-inch (8LFF and 12LFF chassis only · no accelerators alongside it)
Rear2 × 2.5-inch (24SFF or 12LFF) · 3 × 3.5-inch, which consumes two riser positions
Maximum30 × 2.5-inch (24 + 6) · 19 × 3.5-inch plus 2 × 2.5-inch · 20 NVMe
ControllersS100i embedded software RAID · E208i-a/-p, E208e-p, P408i-a/-p, P408e-p, P816i-a · Broadcom MR216i and MR416i on BC chassis only
Boot2 × M.2 SATA on the primary riser · NS204i-p 2 × 480 GB NVMe in RAID 1
CarriersSmart Carrier with Smart Array · Basic Carrier with the tri-mode controllers · not interchangeable
OpticalDVD-ROM or DVD-RW through the Universal Media Bay

Expansion & networking

PCIeUp to 8 × PCIe 3.0 slots · primary 3, secondary 3, tertiary 2
Default primary riserx8 / x16 / x8, also carrying the two M.2 slots
Riser dependencySecondary and tertiary risers both require processor 2
NVMe risersSlimSAS risers direct-connect 2, 4 or 8 drives · 20 maximum per server
Network bayOne FlexibleLOM — 1GbE, 10GbE or 25GbE
OCPNone on this generation
Stand-up adaptersUp to 100GbE · 100Gb Omni-Path and HDR100 InfiniBand on PCIe 3.0 x16 cards

Accelerators

Options listed20 cards — NVIDIA, AMD, Xilinx, Intel FPGA and NEC
Highest quantity8 × NVIDIA A2 (single-width)
Double-width ceiling3 cards — V100, V100S, P40, RTX 6000, MI25, Alveo U250, PAC D5005, NEC VE
RequirementsHigh-performance fan kit for all · high-performance heat sink for double-width
ExclusionsNo mixing of models · nothing alongside the 4LFF mid-tray

Power

SuppliesTwo hot-plug Flex Slot units
AC Platinum500 W · 800 W · 1600 W
AC Titanium800 W · 1800–2200 W (1800 W at 200 V to 2200 W at 240 V)
Universal800 W AC/DC, 200–277 VAC
DC800 W and 1600 W at −48 V (−40 to −72 Vdc)
Lot 9 (UK/EU)800 W Titanium and 1800–2200 W Titanium are the 96 % single-output parts offered here

Ports, video & management

Front1 × USB 3.0 · iLO service port · optional DisplayPort and 2 × USB 2.0 via the media bay
Rear2 × USB 3.0 · dedicated 1 Gb iLO port · optional serial
Internal2 × USB 3.0 (secure) · 1 × microSD
Video1920 × 1200 at 60 Hz · 16 MB video memory
ManagementHPE iLO 5 · Intelligent Provisioning · Active Health System · OneView Standard
SecuritySilicon Root of Trust · Secure Boot and Secure Start · TPM 1.2 or 2.0 option · FIPS 140-2
Firmware modeUEFI Class 2 — UEFI by default, legacy BIOS selectable
12 — FAQ

DL380 Gen10 questions, answered from the documentation

What are the specifications of the HPE ProLiant DL380 Gen10?

A 2U rack server on the Intel C621 chipset, taking one or two 1st or 2nd Generation Xeon Scalable processors, up to 28 cores apiece, with 24 DDR4 slots behind them that HPE rates to 3.0 TB, and a front built from drive-cage kits — up to 24 small-form-factor bays or 12 large ones, with rear and mid-tray options above that. Expansion runs to eight PCIe 3.0 slots across three risers, networking goes in a single FlexibleLOM bay, and management is iLO 5. Two hot-plug Flex Slot supplies run from 500 W to 2200 W.

How much memory can a DL380 Gen10 take?

The published ceiling is 3 TB, which means every slot carrying a 128 GB load-reduced module. Two catches sit behind it: version 77 has no LRDIMM kit to order against that row, and 1.5 TB per socket is reachable only on an M- or L-suffix processor, of which the table holds fifteen out of 113. Build it from registered memory instead and the top figure is 1.54 TB, using 64 GB modules throughout. All 24 slots exist only with both sockets populated: one processor gives you twelve.

How many drives does the DL380 Gen10 hold?

Thirty 2.5-inch drives at most — twenty-four at the front and six at the rear, which is the figure HPE prints in both its chassis list and its maximum-storage table. In large-form-factor shape the limit is nineteen 3.5-inch drives, twelve at the front plus a four-drive mid-tray and a three-drive rear box, with two 2.5-inch SSDs behind them. NVMe is capped at twenty drives because the machine runs out of PCIe lanes before the bays run out.

What is the difference between the DL380 Gen10 and the DL380 Gen10 Plus?

They are different servers that happen to share a name. This page covers the plain Gen10: 1st and 2nd Generation Xeon Scalable processors, 24 DDR4 slots, PCIe 3.0 risers and a FlexibleLOM network bay. The Gen10 Plus is a separate product with its own QuickSpecs, document a50002553enw, built on 3rd Generation Xeon Scalable. Nothing described here — the processor table, the memory ceiling, the slot count, the drive-cage kits — applies to that machine, and a quote for one is not a quote for the other.

Which processors does the DL380 Gen10 support?

HPE lists 113, split 41 first-generation and 72 second-generation, from four cores at 85 W up to twenty-eight at 205 W. The filter that matters in practice is the memory column: fifty of them are rated at DDR4-2933, while 41 stop at 2666, 18 at 2400 and four at 2133 regardless of what modules go in. Four parts are single-socket only, two different models cannot be mixed, and a first-generation chip cannot be upgraded to a second-generation one in the field.

How many PCIe slots and GPUs does the DL380 Gen10 take?

Up to eight PCIe 3.0 slots — three on the primary riser, three on the secondary and two on the tertiary — but the secondary and tertiary both need the second processor, so a one-socket machine has three. Twenty accelerators are listed, with supported quantities from two to eight: eight single-width A2 cards, seven T4s, five Quadro P2200 or RTX 4000, three of most double-width cards, and two of the A40, A30, A16, M10 and RTX 8000. Every GPU build needs the high-performance fan kit, models cannot be mixed, and the four-drive mid-tray excludes accelerators entirely.

Does the DL380 Gen10 support NVMe drives?

Yes, through SlimSAS risers that connect drives directly to the processors rather than through a RAID controller. The premium cage carries six SAS or SATA drives plus two NVMe, or eight SAS/SATA; the express bay kit makes a whole box NVMe. Twenty drives is the ceiling, since box 1 can only be partly filled once the other two boxes are full. All of it sits on PCIe 3.0, so a Gen4 SSD will work here but will go no faster than a Gen3 one.

Which power supplies does the DL380 Gen10 use?

Two hot-plug Flex Slot units. Working up the ordering section: 500 W Platinum, then 800 W in Platinum, in Titanium, as a −48 V DC model and as a universal AC/DC unit for 200–277 V, then two units at 1600 W — one Platinum, one −48 V DC — and at the top an 1800–2200 W Titanium whose output rises with the input voltage. For the UK and EU 96 % efficiency rule, the two Titanium units are the compliant parts on this server.

Is the HPE ProLiant DL380 Gen10 end of life?

Page one of the QuickSpecs is stamped with a retirement notice — HPE has taken the document out of service and withdrawn the hardware it covers from sale. That is an end of sale rather than an end of support — the date that governs a particular machine is the service entitlement recorded against its serial number, which our end-of-life checker records as the vendors publish it. Third-party maintenance covers the platform where HPE’s own contracts have lapsed.

Does Servnet sell the DL380 Gen10 new or refurbished?

Refurbished, and only refurbished. HPE stopped selling this 2017 platform some time ago, so each machine leaves us re-certified rather than new, built up in our refurbished ProLiant configurator and covered by a Servnet hardware warranty or by third-party maintenance, whichever suits. Send us the configuration you want and we will put a quote against it.

Sources & verification

Where these figures come from

Specifications are extracted from HPE’s published documents and independently re-checked line by line. Configurations are quote-based; availability and exact options are confirmed at quotation. Last reviewed 2026-10-01.

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