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Technical data sheet · ProLiant Gen10 · 1U dual-socket · supplied refurbished

HPE ProLiant DL360 Gen10Specifications, configurations & comparisons

Fold a two-socket ProLiant into a single rack unit and something has to give. The DL360 Gen10 keeps the whole processor matrix and all 24 DDR4 slots of its 2U sibling, then spends the height it saved: eleven hot-plug devices at the very most, three PCIe slots of which only two can ever be full-height, and a cooling budget HPE rations by inlet temperature. It is a 2017 design, and we supply it re-certified — this is not a current HPE product.

1U 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
11bays in one rack unit8 front · 2 media bay · 1 rear
24DDR4 slotsexactly what the 2U DL380 Gen10 carries
3TBmemory ceiling24 × 128 GB LRDIMM · 16 SKUs can address it
3PCIe 3.0 slotstwo full-height at most · one needs CPU2
113processor SKUs1st and 2nd Gen Xeon Scalable
2acceleratorssingle-width · rationed by inlet temperature
Configure a DL360 Gen10 →Get a UK quoteRefurbished alternatives ↓

Every figure checked against the QuickSpecs - HPE ProLiant DL360 Gen10 Server (Version 74 - 18-May-2026 (footer: a00008159enw - 15929 - Worldwide - V74 - 18-May-2026))

HPE ProLiant DL360 Gen10 front: ten 2.5-inch carriers in two rows of five, bay-ID plate, power and UID buttons, iLO service port and USB 3.012345678
  1. 1Drive-bay ID plate — this one names a Universal Media Bay
  2. 2Bays 1 and 2 of the eight-bay SAS/SATA cage
  3. 3The last pair of carriers on this front
  4. 4Power button, health and NIC status LEDs
  5. 5UID button and LED
  6. 6iLO service port — lost if you fit the Systems Insight Display
  7. 7Front USB 3.0
  8. 8Chassis badge reading ProLiant DL360 Gen10

Image: Hewlett Packard Enterprise

Form factor
1U 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 11 · 15 drive-cage kits
Expansion
3 × PCIe
GPUs
Up to 2 · 5 listed
Boot
M.2 and NS204i and microSD · 5 boot options
Management
HPE iLO 5
01 — Overview

The DL360 Gen10 at a glance

Our read of HPE’s documentation: where the DL360 Gen10 is strong, and the limits worth knowing before you spec one.

Strengths

  • Nothing is cut from the compute half. A 113-row processor table, 112 rows of which, the same 24 DDR4 slots at twelve per socket, the same C621 chipset and the same iLO 5 silicon as the 2U DL380 Gen10 — so a pair of these in two rack units doubles the socket count and doubles the DIMM count against one DL380 Gen10 in the same space.
  • The Premium front wires ten NVMe drives straight to the processors with no controller in the path. HPE rates it at 153.6 TB from ten 15.36 TB devices, which is a lot of flash to put behind one 1U faceplate, and bays nine and ten are reserved for NVMe alone.
  • Every one of the three fronts can take the rear device bay, and that bay accepts either one 2.5-inch drive or a carrier holding two M.2 cards. Boot therefore does not have to live in the front cage whichever chassis you start from.
  • The embedded S100i gives you software RAID without buying a controller, and HPE documents the awkward part honestly: fourteen SATA ports exist but only twelve reach drive bays, because two are spoken for by the pair of M.2 sockets carried on the optional SATA M.2 riser.

Watch-outs

  • Three expansion slots, and the machine will only ever run two of them at full height. Slot 3 lives on the secondary riser and needs the second processor; order that riser in its full-height form and slot 2 on the primary riser goes dark. Take the rear device bay instead and it costs you the full-height x16 slot 1.
  • The Premium 10 SFF chassis is the most restricted of the three: its NVMe riser occupies the secondary position, so there is no slot 3 at all, it always ships with seven high-performance fans, and HPE excludes the Gold 6250 and 6250L from it outright.
  • Accelerator support is a table of inlet temperatures rather than a list of cards. Two single-width modules is the ceiling; the Tesla T4 is marked unsupported on the 8+2 SFF SAS/SATA/Dual M.2 build with standard fans; the A2 on a plain 8 SFF server wants 20 °C unless you pay for performance fans; the RTX4000 drops to a single card on the Premium front. Fit NVMe drives and only slot 1 may hold an accelerator at all.
  • The headline three terabytes is thinner than it looks. It needs twenty-four 128 GB LRDIMMs and a processor rated to address at least 1.5 TB per socket — and only 16 of the 113 listed parts are. On top of that, this revision of the document still tables all 113 processors but prints an orderable option kit for just 29 of them, and lists exactly one memory kit.
  • Density is paid for in depth and noise. This 1U chassis is 70.7 cm deep with small-form-factor bays, where the 2U DL380 Gen10 is 67.94 cm; with large drives it is 74.98 cm against 73.02 cm. HPE’s own acoustic table puts the Performance configuration at 45 dBA under load, against 38 dBA for the Base one.
Processors113 SKUs
Cores / CPU4–28
DIMM slots24
Drive-cage kits15
Max bays11
GPUsup to 2
PSU options7 · to 1,600 W
02 — Processors

113 supported processors, mapped

HPE prints one processor table for the 2017 ProLiant rack pair and it runs to 113 rows, from a four-core part at 85 W to twenty-eight cores at 205 W. In a 2U chassis the wattage column is a budgeting detail. In this one it is a design constraint: two 205 W parts put 410 W of silicon under a 43 mm lid, and the fan count, the heat-sink choice and the accelerator table all follow from it. The chart below plots every row by cores against power; the two columns it cannot show are the ones that usually settle a refurbished build — the DDR4 rating and the addressable memory per socket.

Processor landscape — cores × TDP

113 SKUs · 8 families
HPE ProLiant DL360 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 8160M — 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 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) 122nd Gen Intel Xeon Scalable (Gold) 471st Gen Intel Xeon Scalable (Gold) 222nd 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 Platinum 8160M242.1 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 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
  • Fifty of the 113 carry a 2933 MT/s memory rating. The other 63 stop at 2666, 2400 or 2133 MT/s no matter which modules you buy, because each processor imposes its own ceiling.
  • The memory-per-socket column is the one that decides whether the chassis maximum is reachable. Fifty-nine parts address 1 TB per socket and 38 only 768 GB; just 16 reach 1.5 TB or beyond, which is what twenty-four 128 GB modules require.
  • Neither thread counts nor turbo frequencies appear anywhere in this document, so none are shown here. The tables do state that Hyper-Threading is present across the range.
  • Four parts — the 6208U, 6209U, 6210U and 6212U — are single-socket only, which on this chassis also means half the DIMM slots and no secondary riser.
  • The Silver 4200 rows sit under no generation heading of their own in this revision. The document’s own rule, that the second digit of the model number gives the generation, places them in the second.
  • The Gold 6250 and 6250L are excluded from the Premium 10 SFF chassis and from two of the CTO base units; they are also incompatible with all three Universal Media Bay backplane kits.
  • Moving a machine from a first-generation processor to a second-generation one is not a field upgrade HPE supports, and two different processor models cannot be mixed in the same server.
03 — Memory

24 DIMM slots, 12 per processor

Twelve slots per processor, six channels deep two modules each — twenty-four in total, and the same count the 2U machine carries. Both halves depend on both sockets: install one processor and HPE states plainly that only half the slots are live. Registered and load-reduced modules cannot be mixed, and the maximum capacity row and the maximum speed row describe different builds.

Capacity with every slot filled

by DIMM size
16 GB384 GB64 GB1.5 TBRDIMM ceiling · 24 × 64 GB = 1.54 TB128 GB3 TBLRDIMM · needs a 1.5 TB-per-socket part512 GB12 TBpersistent memory · 2nd Gen only24 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
  • Three terabytes means twenty-four load-reduced 128 GB modules, which is 1.5 TB on each socket — so the processor has to be rated for at least that much. Sixteen of the 113 are. Fill the same slots with 64 GB registered modules instead and the figure HPE prints is 1.54 TB, which every listed processor can address.
  • Unlike the first-generation tables, which qualify their rating as one module per channel, the capacity rows for both ceilings print 2933 MT/s against a fully populated server. Each processor still caps what it will actually run, and 63 of them cap it below 2933 MT/s.
  • Persistent memory took the figure to 6.0 TB using twelve 512 GB kits at 2666 MT/s, but only alongside a narrow set of second-generation parts — Platinum 8200, Gold 6200, Gold 5200 and the Silver 4215 and 4215R. NVDIMMs reached 192 GB across twelve modules, could only be paired with registered DIMMs, and were held to twelve when the processors were first-generation. Neither family is in production, and our refurbished configurator carries neither.
  • Twelve of the twenty-four slots are the ones that convert to persistent memory or NVDIMMs, so those builds halve the DRAM population rather than adding to it.
  • This revision of the QuickSpecs lists a single orderable memory kit: a 16 GB single-rank x4 part at DDR4-2933. The 64 GB registered and 128 GB load-reduced modules behind the two capacity ceilings appear only in those ceiling rows, with no kit attached. Protection is Advanced ECC, with online spare rank switching available.
04 — Storage

15 drive-cage kits, up to 11 bays

Three factory fronts, and none of them is generous: eight 2.5-inch bays, ten 2.5-inch bays on the Premium NVMe backplane, or four 3.5-inch bays. The eight-bay front can be extended by a Universal Media Bay, which contributes two more small-form-factor bays, two NVMe bays, or four M.2 cards on a pair of dual carriers — and every front can take one device at the rear. That makes eleven hot-plug devices the absolute ceiling for a SAS or SATA build, and ten for an all-NVMe one.

Headline layouts

front panel view

Front panel

Rear module

The largest device count this chassis reaches: the eight-bay cage, two more bays in the Universal Media Bay and one at the back. HPE rates it at 168.3 TB with 15.3 TB SAS SSDs, or 26.4 TB with 2.4 TB spinning disks.

SAS/SATANVMeSAS/SATA + NVMe

Controllers & boot

  • HPE Smart Array S100i SR Gen10 SW RAID — Software RAID. Embedded on all models, software RAID for up to 12 bays. Uses 14 embedded SATA ports but only 12 are available for bays, 2 being used for the M.2 connectors on the optional SATA M.2 primary riser (867978-B21). UEFI mode only (legacy needs 758959-B22); off by default. Windows Server only.
  • HPE Smart Array E208i-a SR Gen10 (8 Internal Lanes/No Cache) 12G SAS Modular Controller — RAID. Essential; modular (type-a)
  • HPE Smart Array E208i-a SR G10 LH Controller — RAID. Low-height (LH) variant, listed in Standard Features without a part number in this revision. Required when a GPGPU is fitted, or when a PCIe card longer than half-length is used in slot 2 or 3.
  • HPE Smart Array P408i-a SR Gen10 (8 Internal Lanes/2GB Cache) 12G SAS Modular Controller — RAID, 2GB cache. Performance; modular (type-a)
  • HPE Smart Array P408i-a SR G10 LH Controller — RAID, 2GB cache. Low-height (LH) variant, listed in Standard Features without a part number in this revision.
  • HPE Smart Array P816i-a SR Gen10 (16 Internal Lanes/4GB Cache/SmartCache) 12G SAS Modular Controller — RAID, 4GB cache. Performance; modular (type-a)
  • HPE Smart Array P816i-a SR G10 LH Controller — RAID, 4GB cache. Low-height (LH) variant, listed in Standard Features without a part number in this revision.
  • HPE Smart Array E208i-p SR Gen10 (8 Internal Lanes/No Cache) 12G SAS PCIe Plug-in Controller — RAID. Essential; not supported in slot 3
  • HPE NS204i-p x2 Lanes NVMe PCIe3 x8 OS Boot Device (P12965-B21) — boot
  • 2 x M.2 2280 SATA on the HPE DL360 Gen10 SATA M.2 2280 Riser Kit (867978-B21) — boot
  • Up to 4 x M.2 via 2 Dual uFF cartridges in the Universal Media Bay (867970-B21), or 2 x M.2 via a Dual uFF carrier in the rear bay (867972-B21) — boot
  • HPE Smart Array S100i SR Gen10 SW RAID (embedded, 14 SATA ports, up to 12 bays) — boot
All 18 controllers and 5 boot options
  • 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; not supported in slot 3
  • HPE Smart Array P408e-p SR Gen10 (8 External Lanes/4GB Cache) 12G SAS PCIe Plug-in Controller — RAID, 4GB cache. Performance; external ports
  • Broadcom MegaRAID MR416i-a x16 Lanes 4GB Cache NVMe/SAS 12G Controller for HPE Gen10 Plus — RAID, 4GB cache. Tri-mode; only with the 8SFF Basic Carrier CTO servers P56949-B21 / P56950-B21 and Basic Carrier drives. NVMe is not supported on DL360 Gen10 MegaRAID configurations.
  • Broadcom MegaRAID MR416i-p x16 Lanes 4GB Cache NVMe/SAS 12G Controller for HPE Gen10 Plus — RAID, 4GB cache. Tri-mode; 8SFF Basic Carrier CTO servers and Basic Carrier drives only.
  • Broadcom MegaRAID MR216i-a x16 Lanes without Cache NVMe/SAS 12G Controller for HPE Gen10 Plus — HBA. Tri-mode; 8SFF Basic Carrier CTO servers and Basic Carrier drives only.
  • Broadcom MegaRAID MR216i-p x16 Lanes without Cache NVMe/SAS 12G Controller for HPE Gen10 Plus — HBA. Tri-mode; 8SFF Basic Carrier CTO servers and Basic Carrier drives only.
  • HPE NS204i-p x2 Lanes NVMe PCIe3 x8 OS Boot Device — Boot
  • HPE 96W Smart Storage Lithium-ion Battery with 145mm Cable Kit — Boot. Energy pack; supports up to 6 P-class Smart Array controllers.
  • HPE Smart Storage Hybrid Capacitor with 145mm Cable Kit — Boot. Energy pack; supports up to 3 P-class Smart Array controllers.
  • MicroSD slot (1) — boot
  • The rear device bay accepts one 2.5-inch drive or one dual carrier holding two M.2 cards, which the server then reports as devices 101 and 102. Whichever you choose, the full-height x16 slot 1 is forfeited.
  • The S100i software RAID is embedded on every model. It draws on fourteen SATA ports but only twelve of them reach bays, the other two serving the pair of M.2 sockets carried on the optional SATA M.2 primary riser. It runs in UEFI mode only, arrives switched off, and HPE supports it under Windows Server alone — Linux users are pointed instead at an in-distribution open-source mirror for the boot pair.
  • Hardware RAID runs from the cacheless E208i-a up to the P816i-a with 4 GB and SmartCache. Each of those three modular controllers also exists in a low-height variant, and that variant is mandatory whenever an accelerator is fitted or a card longer than half-length goes in slot 2 or 3 — the standard heat sink simply will not clear.
  • Two carrier families are in play and they do not interchange. Smart Carrier drives go with the Smart Array controllers; Basic Carrier drives go with the Broadcom MegaRAID tri-mode controllers, which are offered only on the two 8 SFF Basic Carrier base units — and NVMe is not supported on those MegaRAID builds.
  • An internal optical drive is offered on the 8 SFF and 4 LFF configure-to-order servers and nowhere else. The NS204i-p plug-in NVMe device is the dedicated boot option if you would rather not spend a bay or a riser connector.

Every documented drive-cage kit

14 with drive bays
Premium 10SFF NVMe front backplane (included on th…Premium 10SFF NVMe front backplane (included on the 10SFF chassis 867960-B21 / 875967-B21 / P19767-B21 / P19770-B21, or the 10SFF Premium backplane kit 867974-B21)108 SFF SAS/SATA backplane (included on the 8SFF CTO…8 SFF SAS/SATA backplane (included on the 8SFF CTO chassis 867959-B21 / P19766-B21)88 SFF SAS/SATA Basic Carrier backplane (included o…8 SFF SAS/SATA Basic Carrier backplane (included on the 8SFF BC CTO servers P56949-B21 / P56950-B21)8HPE ProLiant DL360 Gen10 Plus 8SFF SAS/SATA 12G BC…HPE ProLiant DL360 Gen10 Plus 8SFF SAS/SATA 12G BC Backplane Kit8HPE ProLiant DL360 Gen10 Plus 8SFF x1 Tri-Mode 24G…HPE ProLiant DL360 Gen10 Plus 8SFF x1 Tri-Mode 24G U.3 BC Backplane Kit8HPE ProLiant DL360 Gen10 Plus 8SFF x4 NVMe 16G U.2…HPE ProLiant DL360 Gen10 Plus 8SFF x4 NVMe 16G U.2 BC Backplane Kit8HPE ProLiant DL360 Gen10 Plus 8SFF x4 Tri-Mode 24G…HPE ProLiant DL360 Gen10 Plus 8SFF x4 Tri-Mode 24G U.3 BC Backplane Kit8HPE DL360 Gen10 2SFF NVMe Backplane Kit (Universal…HPE DL360 Gen10 2SFF NVMe Backplane Kit (Universal Media Bay)2HPE DL360 Gen10 2SFF SAS/SATA Backplane Kit (Unive…HPE DL360 Gen10 2SFF SAS/SATA Backplane Kit (Universal Media Bay)2HPE ProLiant DL360 Gen10 Plus 2SFF SAS/SATA 12G BC…HPE ProLiant DL360 Gen10 Plus 2SFF SAS/SATA 12G BC Drive Cage Kit2HPE ProLiant DL360 Gen10 Plus 2SFF x4 NVMe 16G U.2…HPE ProLiant DL360 Gen10 Plus 2SFF x4 NVMe 16G U.2 BC Drive Cage Kit2HPE ProLiant DL360 Gen10 Plus 2SFF x4 Tri-Mode 24G…HPE ProLiant DL360 Gen10 Plus 2SFF x4 Tri-Mode 24G BC Drive Cage Kit2HPE DL360 Gen10 1SFF Rear SAS/SATA/UFF Backplane KitHPE DL360 Gen10 1SFF Rear SAS/SATA/UFF Backplane Kit14 LFF SAS/SATA backplane (included on the 4LFF CTO…4 LFF SAS/SATA backplane (included on the 4LFF CTO chassis 867958-B21 / P19765-B21)4Bays · solid = front · dashed = rear · brighter = NVMe-only
2.5-inch3.5-inchEDSFF (E1.S / E3.S)
05 — Accelerators & I/O

GPUs, PCIe and networking

Five modules appear in HPE’s accelerator table and every one of them is single-width and capped at two per server: an Intel Arria 10 GX FPGA, the Quadro P2200 and RTX4000, the Tesla T4 and the A2. What the table actually publishes is not a quantity but a maximum inlet temperature for each card against each chassis, and that is where a 1U design shows. The Arria falls below 25 °C on the media-bay build with standard fans; the T4 is simply marked unsupported there; the A2 needs performance fans to hold 30 °C on an 8 SFF server; the RTX4000 is limited to one card on the Premium front. Add NVMe drives and slot 1 becomes the only slot an accelerator may use. Up to 2 single-width cards · enablement and cable kits required · low-height controller mandatory · inlet ceilings 20–35 °C

Intel Arria 10GX FPGA Accelerator

single-wide
up to 2

NVIDIA Quadro P2200 GPU Module

single-wide
up to 2

NVIDIA Quadro RTX4000 GPU Module

single-wide
up to 2

NVIDIA Tesla T4 16GB Module

single-wide
16GB · up to 2

NVIDIA A2 GPU Accelerator

single-wide
16GB · up to 2

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 3 × PCIe 3.0 slotstwo full-height at the mostSecondary riser needs CPU2taking it dims primary slot 2FlexibleLOM on every frontadapters to 25GbE · no OCPiLO 5 · 1 Gb dedicated portfront iLO service port as well

Three PCIe 3.0 slots exist on paper and the chassis will carry at most two of them at full height. Slots 1 and 2 come from the primary riser, which the first processor drives; slot 3 comes from the secondary riser, which does nothing without the second. Networking sits outside that budget on a FlexibleLOM connector that every chassis type has.

Network adapters HPE lists

11 options
AdapterPortsForm
HPE 1Gb Ethernet 4-Port 331i Adapter4 × 1GbEembedded
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
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 FLR-T X550-AT2 Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10Gb 2-port FLR-SFP+ X710-DA2 Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10Gb 2-port 537FLR-SFP+ Adapter2 × 10GbEFlexibleLOM
HPE Ethernet 10/25Gb 2-port FLR-SFP28 BCM57414 Adapter2 × 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
  • The primary riser comes in three flavours and they are not equivalent. The GPU riser gives slot 1 at x16 full-height and slot 2 at x8 low-profile; the SATA M.2 riser raises slot 2 to x16 and adds the two M.2 connectors; the NVMe riser repeats the x16 and x8 pairing but is offered on the 8 SFF chassis only. Slot 1 is full-height three-quarter length, up to 9.5 inches, in all three.
  • Slot 3 is x16 and can be ordered low-profile or full-height. Choose full-height and primary slot 2 becomes unusable, which is how HPE enforces its two-full-height-slot limit.
  • On the Premium 10 SFF chassis there is no slot 3 to argue about: the five-port NVMe riser that direct-attaches the drives occupies the secondary position.
  • Gen10 predates OCP 3.0 on this line, so the network card goes into the FlexibleLOM connector — present on all three chassis types and rated for adapters up to 25GbE. A four-port 1GbE adapter is embedded on the standard base units; the Network Choice variants ship without it and need either a FlexibleLOM or a stand-up card to have any networking at all.
  • Intel’s own figures in this document give each processor 48 PCIe 3.0 lanes, so slot capacity here is a chassis limit rather than a silicon one — which is precisely the thing the 2U sibling spends its extra height on.
  • Two plug-in Smart Array controllers, the E208i-p and the P408i-p, are not supported in slot 3.
06 — Power & cooling

7 power supplies, 500–1,600 W

Two Flex Slot supplies fit, running as a redundant pair. The Standard Features page names three — 500 W and 800 W Platinum units and a 1600 W Platinum one — while the options list adds an 800 W Titanium, an 800 W −48 V DC model and a 1000 W Titanium. A seventh, an 800 W Universal rated for 200 to 277 VAC, is given electrical figures in the technical specifications but no part number anywhere in this revision.

0500100015002000500 W Platinum — Up to 94% efficiency. 100-240 VAC. 1840 BTU/hr at 200 VAC.500Platinum800 W Platinum — Up to 94% efficiency. 100-240 VAC. 2958 BTU/hr at 200 VAC.800Platinum800 W Titanium — Up to 96% efficiency. 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) — An 800W Flex Slot Universal power supply (200-277 VAC) is rated in the Technical Specifications section and referenced in Standard Features ("also available in -48VDC and 227VAC/380VDC power inputs"), but this revision's HPE Power Supplies option list does not carry a part number for it.800DC1000 W Titanium — 100-240 VAC. 3596 BTU/hr at 200 VAC. One of the three part numbers HPE names as meeting the EU/UK Lot 9 96% single-output requirement from 1 January 2024.1000Titanium1600 W Platinum — Up to 94% efficiency. High line only, 200-240 VAC. 5918 BTU/hr at 200 VAC.1600PlatinumWatts · dashed line = output at 100–120 V low line
AC−48 V DC
  • Two units are restricted to high line, 200 to 240 VAC: the 1600 W Platinum and the 800 W Titanium (the document states the range for each separately). The 500 W and 800 W Platinum supplies and the 1000 W Titanium all auto-range from 100 V, and the DC model runs from −40 to −72 V. Worth checking before a 110 V deployment.
  • Three part numbers are flagged as 96 % efficient against the single-output threshold that took effect across the UK and the EU on 1 January 2024. Two of them are supplies this chassis actually takes — the Titanium units at 800 W and 1000 W. The third belongs to no option list anywhere in the document.
  • Heat rejection matters more than nameplate wattage once the rack is the constraint. Measured at 200 VAC, the published figures run 1,840 BTU/hr on the 500 W supply, 2,905 on the 800 W Titanium, 2,958 on the 800 W Platinum, 3,596 on the 1000 W Titanium and 5,918 on the 1600 W.
  • Cooling is seven single-rotor hot-plug fans with two processors and five with one, and the Premium NVMe chassis always ships the high-performance seven. Redundancy is built in: one rotor failure degrades the server but keeps it running, while two warn of an imminent shutdown.
  • Inlet is specified at 10 °C to 35 °C at sea level, derated one degree per 305 m of altitude, and HPE warns that performance may be throttled above 30 °C or with a fan at fault. Approved configurations extend the window to 5–10 °C and 35–40 °C, and a separate approved list reaches 45 °C.
  • Pre-configured servers ship with a 6-foot IEC C-13/C-14 jumper cord. The chassis does not accept shelf-mounted rail kits, only the Easy Install rails without a cable arm.
07 — Management, security & OS

Run it, secure it, choose the OS

Management

  • HPE iLO 5 on its own ASIC, with Intelligent Provisioning as standard
  • iLO Advanced licence optional — full remote console, virtual media, console record and replay
  • Dedicated 1 Gb iLO network port at the rear, plus a front iLO service port
  • Active Health System and the web-based Active Health System Viewer
  • Smart Update Manager with the Service Pack for ProLiant
  • HPE OneView Advanced · HPE InfoSight for Servers · HPE Compute Ops Management
  • Optional Systems Insight Display — fitting it costs the front iLO service port
  • One MicroSD slot, not hot-pluggable: power the server down before removing the card

Security

  • Immutable Silicon Root of Trust
  • UEFI Secure Boot and Secure Start
  • Tamper-free updates — components digitally signed and verified, with firmware rollback
  • Secure Recovery of critical firmware when compromise is detected
  • Secure erase of NAND
  • FIPS 140-2 validation · Common Criteria certification · CNSA algorithm support
  • Smart card (PIV/CAC) and Kerberos two-factor authentication · iLO security modes
  • TPM 1.2 and TPM 2.0 offered as options · configurable for PCI DSS
  • Bezel locking kit and chassis intrusion detection · HPE Trusted Supply Chain (US-built DL360T Gen10, TAA compliant)

Operating systems

  • Certified operating systems and hypervisors live in HPE’s Servers Support & Certification Matrices rather than in these QuickSpecs
  • UEFI 2.6 · Redfish API · IPMI 2.0 · SMASH CLP · SNMP v3 · TLS 1.2 · PXE and Wake-on-LAN
  • S100i software RAID: UEFI boot mode only, Windows Server only, and off until enabled
  • Linux boot mirroring is handled by in-distribution open-source software rather than the embedded controller
08 — Compare

DL360 Gen10 → DL360 Gen11

The useful comparison for a refurbished buyer is forwards, to what a current 1U ProLiant does that this one cannot — because that is the gap you are choosing to accept. Both documents describe a two-socket machine in a single rack unit, and almost every number in between has moved.

Gen10ProLiant DL360 Gen10
Gen11ProLiant DL360 Gen11
Processors
1st and 2nd Gen Xeon Scalable · 113 SKUs · 4 to 28 cores · 85–205 W
4th and 5th Gen Xeon Scalable · 58 SKUs · up to 64 cores · 125–385 W
Memory
24 × DDR4 · 6 channels per processor · 3.0 TB
32 × DDR5 · 8 channels per processor · 8.0 TB
Front bays
8 SFF (+2 in the media bay) · 10 SFF NVMe · 4 LFF
8+2 SFF · 4 LFF · 20 × E3.S EDSFF
Expansion
Up to 3 × PCIe 3.0, two full-height · FlexibleLOM
3 PCIe 5.0 slots plus 2 × OCP 3.0
Accelerators
2 single-width modules
3
Largest supply
1600 W Flex Slot Platinum
2200 W Flex Slot Titanium
Management
HPE iLO 5
HPE iLO 6
Chassis depth
70.7 cm with SFF bays
75.31 cm with the 8+2 SFF front

Source: HPE ProLiant DL360 Gen10 QuickSpecs (a00008159enw, Version 74) set against the DL360 Gen11 QuickSpecs (a50004306enw, Version 48).

The DL360 Gen10 family side by side

Two ProLiant rack servers from 2017 sit in our verified catalogue alongside the 1U that replaced them. The bars show what each chassis stops at, and the pattern is the one this page is about: the 1U keeps the compute and gives up the bays, the slots and the accelerators.

DL360 Gen10DL380 Gen10DL360 Gen11Cores / CPUDL360 Gen10: 2828DL380 Gen10: 2828DL360 Gen11: 6464DIMM slotsDL360 Gen10: 2424DL380 Gen10: 2424DL360 Gen11: 3232Max memoryDL360 Gen10: 3 TB3DL380 Gen10: 3 TB3DL360 Gen11: 8 TB8Max drive baysDL360 Gen10: 1010DL380 Gen10: 2424DL360 Gen11: 2020Max GPUsDL360 Gen10: 22DL380 Gen10: 88DL360 Gen11: 33Largest PSUDL360 Gen10: 1,600 W1,600DL380 Gen10: 2,200 W2,200DL360 Gen11: 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.

vs R640vs R660xsvs SR630 V3vs SR630 V4vs DL360 Gen11vs DL360 Gen12
DL380 Gen10 data sheetDL360 Gen11 data sheetDL380 Gen10 — the 2U sibling, same processorsDL360 Gen11 — the current 1UDell PowerEdge R640 — the 1U rival of the same yearNew vs refurbished: the economics
09 — Use cases

Five builds that suit the DL360 Gen10

Five configurations follow. Each uses only parts the refurbished ProLiant configurator will attach to this particular server, and each stays inside what the QuickSpecs documents. Because that configurator describes HPE’s cages in generic terms, nothing is quoted until we have read the build back against the chassis, riser and cooling rules set out above. Open one and it arrives pre-filled.

Virtualisation

Ten NVMe drives in one rack unit

The Premium front is the reason to choose this chassis over anything else of its age: ten flash devices wired to the processors with nothing in between. Twelve 64 GB modules fill one channel per socket without reaching for a second rank, and a 20-core part at 125 W leaves the fans something in reserve — which matters because this front always runs the high-performance set.

  • 2 × Xeon Gold 6230 — 20 cores @ 2.1 GHz, 125 W each
  • 12 × 64 GB DDR4-2933 RDIMM — 768 GB, one module per channel
  • 10 × 3.84 TB NVMe in the Premium front
  • No storage controller: the drives hang off the processors
  • HPE 640FLR-SFP28 2-port 25GbE FlexibleLOM
  • 2 × 800 W Flex Slot Platinum

This front gives up the secondary riser entirely, so there is no slot 3 and the network has to be a FlexibleLOM card. It also excludes the Gold 6250 and 6250L, and bays nine and ten will take nothing but NVMe.

Open this build in the configurator →
Databases

High-clock, low-core licence host

Eight cores a socket at 3.2 GHz is the shape a per-core database licence rewards, and sixteen cores in total is a bill most estates can live with. Eight read-intensive SAS SSDs behind the cached P408i-a give the data files hardware RAID, and the rear device bay is left empty so boot can go there rather than taking a front slot.

  • 2 × Xeon Silver 4215R — 8 cores @ 3.2 GHz, 130 W each
  • 12 × 32 GB DDR4 RDIMM — 384 GB, one module per channel
  • 8 × 1.92 TB SAS read-intensive SSD behind a 2 GB cache
  • HPE 562FLR-SFP+ 2-port 10GbE FlexibleLOM
  • 2 × 800 W Flex Slot Platinum
  • Windows Server 2022

A 2400 MT/s memory rating comes with this processor, so the modules clock to the chip rather than to their own label. Where bandwidth matters more than the 3.2 GHz, a Gold 6200 part lifts that to 2933 MT/s and we will quote it that way instead.

Open this build in the configurator →
Capacity

Four-bay nearline node

The large-drive front turns this chassis into something a 1U rarely is — a bulk store. Four nearline disks handed over raw by a cacheless adapter suit ZFS, Ceph or a backup target that would rather see the devices than an array, and two ten-core parts at 85 W keep both the draw and the fan noise modest.

  • 2 × Xeon Silver 4210 — 10 cores @ 2.2 GHz, 85 W each
  • 4 × 16 TB nearline SAS — 64 TB raw
  • 12 × 16 GB DDR4 RDIMM — 192 GB
  • E208i-a cacheless adapter for software-defined storage
  • HPE 562FLR-T 2-port 10GBASE-T FlexibleLOM
  • 2 × 500 W Flex Slot Platinum

HPE’s own ceiling for this front is 72 TB using 18 TB disks; 16 TB is the largest large-form-factor drive our configurator carries, so tell us if you want the bigger ones fitted. Adding the rear device bay on this chassis costs a full-height slot.

Open this build in the configurator →
Entry

One-socket branch node

A single processor is a documented configuration rather than a half-built one, but it changes the machine in three ways worth knowing: five fans instead of seven, twelve live DIMM slots instead of twenty-four, and no secondary riser, so slots 1 and 2 are the whole expansion story. Six modules populate all six channels on the chip that is there, and the empty socket is capacity to buy into later.

  • 1 × Xeon Silver 4208 — 8 cores @ 2.1 GHz, 85 W
  • 6 × 32 GB DDR4 RDIMM — 192 GB on one socket
  • 4 × 960 GB SATA SSD in the eight-bay front
  • E208i-a cacheless adapter
  • HPE 331FLR 4-port 1GbE FlexibleLOM
  • 2 × 500 W Flex Slot Platinum
  • Proxmox VE 8

The 4208 carries a 2400 MT/s rating, and that is the speed the DIMMs will settle at. Note too that the embedded four-port 1GbE adapter is absent from the Network Choice base units, where a FlexibleLOM card stops being an upgrade and becomes a requirement.

Open this build in the configurator →
Consolidation

Fifty-six cores, every slot filled

This is the far end of the platform in the smallest box it comes in: twenty-eight cores a socket and all twenty-four slots populated, for 1.5 TB of DDR4 under a 43 mm lid. It is also the clearest illustration of the 1U trade — the same two processors and the same memory would sit in a 2U DL380 Gen10 with five more expansion slots and far more thermal room around them.

  • 2 × Xeon Platinum 8280 — 28 cores @ 2.7 GHz, 205 W each
  • 24 × 64 GB DDR4-2933 RDIMM — 1.5 TB, two modules per channel
  • 8 × 3.84 TB SAS read-intensive SSD behind 4 GB of cache
  • P816i-a SmartCache controller, 16 internal lanes
  • HPE 640FLR-SFP28 2-port 25GbE FlexibleLOM
  • 2 × 1600 W Flex Slot Platinum

Two 205 W processors is the top of the thermal envelope for this chassis, and HPE warns that performance may be reduced above 30 °C inlet or with a fan at fault. The 1600 W supply is high-line only, so the rack needs 200–240 VAC. Reaching the full 3.0 TB rather than 1.5 TB would need 128 GB load-reduced modules, which this QuickSpecs revision no longer lists as orderable.

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10 — Refurbished alternatives

Other refurbished ProLiant options

HPE withdrew the document behind this page, and with it the base units it describes. Condition is therefore settled before the conversation starts, and what is left to choose is shape: which chassis in the refurbished range carries the job. These three sit closest. The second is the machine most often mistaken for the one on this page.

Gen10 · re-certified

HPE ProLiant DL380 Gen10

  • 2U · a processor table identical in 112 of its 113 SKUs
  • 24 DDR4 slots · the same 3.0 TB ceiling
  • Up to 30 SFF or 19 LFF plus 2 SFF
  • Up to 8 PCIe 3.0 slots over three risers
  • Up to 8 accelerators · 20 cards listed

Whenever bays, slots or accelerators are the binding constraint rather than rack height. You pay a rack unit and gain almost everything this page lists as a limit.

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

HPE ProLiant DL360 Gen10 Plus

  • 1U · 3rd Gen Xeon Scalable (Ice Lake)
  • 32 DIMM slots, not 24 · DDR4-3200
  • PCIe 4.0 · OCP 3.0 · iLO 5
  • Its own QuickSpecs, a50002559enw

A different machine despite the name, and not an upgrade path from this one. Choose it when you want a 1U on the newer socket with a third more memory slots.

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

HPE ProLiant DL380 Gen10 Plus

  • 2U · 3rd Gen Xeon Scalable (Ice Lake)
  • 32 DIMM slots · DDR4-3200
  • PCIe 4.0 · OCP 3.0 · iLO 5
  • 24 SFF or 12 LFF fronts

Where both the newer socket and the 2U envelope are wanted — the usual landing spot when a 1U refresh turns out to be short of slots.

Configure a refurbished DL380 Gen10 Plus →
Refurbished HPE ProLiant serversRefurbished ProLiant configuratorProLiant Gen10 Plus rangeNew vs refurbished cost calculator
11 — Full specifications

HPE ProLiant DL360 Gen10 specifications

Chassis & cooling

Form factor1U rack · ProLiant Gen10
Chassis types8 SFF (optionally +2 SFF, +2 NVMe or +4 M.2 in the Universal Media Bay) · 10 SFF NVMe Premium · 4 LFF
Dimensions (H × W × D)4.29 × 43.46 × 70.70 cm with SFF bays · 4.29 × 43.46 × 74.98 cm with LFF bays
WeightSFF 13.04 kg minimum to 16.27 kg maximum · LFF 13.77 kg to 16.78 kg
FansSingle-rotor hot-plug: 5 with one processor, 7 with two · 7 high-performance as standard on the Premium 10 SFF chassis
Inlet temperature10–35 °C at sea level, derated 1 °C per 305 m · extended ranges for approved configurations only
AcousticsIdle 35–36 dBA · operating 36 dBA (Entry), 38 dBA (Base), 45 dBA (Performance)
ChipsetIntel C621
RailsEasy Install without a cable management arm · shelf-mounted “L” brackets are not supported

Processor

SocketsOne or two
Families1st Gen (Skylake-SP) and 2nd Gen (Cascade Lake) Intel Xeon Scalable
Listed SKUs113 in the processor tables · 29 with an orderable option kit in this revision
Cores per processor4 to 28
Thermal design power85 W to 205 W
InterconnectIntel UPI · 2 or 3 links per processor at 9.6 or 10.4 GT/s
PCIe lanes per processor48, Gen 3
Single-socket parts6208U · 6209U · 6210U · 6212U
Mixing and upgradesTwo different processor models cannot be mixed; 1st to 2nd generation is not a supported field upgrade

Memory

Slots24 DDR4 · 12 per processor · 6 channels × 2 DIMMs
TypesRegistered and load-reduced HPE Smart Memory · persistent memory · NVDIMM — registered and load-reduced cannot be mixed
Maximum3.0 TB (24 × 128 GB LRDIMM) · 1.54 TB (24 × 64 GB RDIMM) · 6.0 TB with 12 persistent-memory kits · 192 GB with 12 NVDIMMs
Per-socket ceilingSet by the processor: 768 GB on 38 SKUs, 1 TB on 59, and 1.5 TB or more on only 16
SpeedSet by the processor, not the generation: 2933 / 2666 / 2400 / 2133 MT/s by SKU. Fifty of the 113 rate 2933; the Silver 4200 parts rate 2400 and the Bronze 3200 parts 2133, second generation or not
ProtectionAdvanced ECC · online spare rank
Orderable kitsOne in this revision: 16 GB single-rank x4 DDR4-2933

Storage

Front8 × 2.5-inch SAS/SATA · 10 × 2.5-inch Premium NVMe · 4 × 3.5-inch SAS/SATA
Universal Media Bay+2 SFF SAS/SATA, +2 NVMe, or 2 dual carriers holding 4 × M.2 — 8 SFF chassis only
RearOne device on every chassis type: 1 SFF drive or 1 dual carrier with 2 × M.2 — costs the full-height x16 slot 1
Maximum devices11 for SAS or SATA (8 + 2 + 1) · 10 for all-NVMe
Published ceilings168.3 TB SFF SAS SSD · 153.6 TB from 10 NVMe · 72 TB from 4 × 18 TB LFF · 26.4 TB SFF SAS HDD
Embedded RAIDS100i software RAID · 14 SATA ports, 12 reaching bays · UEFI mode only · off by default · Windows Server only
ControllersE208i-a · P408i-a (2 GB) · P816i-a (4 GB, SmartCache) · E208i-p · P408i-p · E208e-p and P408e-p external · Broadcom MegaRAID MR216i and MR416i on Basic Carrier models
Low-height variantsE208i-a, P408i-a and P816i-a also exist in low-height form, required for accelerators and for long cards in slots 2 or 3
BootNS204i-p NVMe device · 2 × M.2 on the SATA M.2 riser · up to 4 × M.2 in the media bay · MicroSD slot
OpticalDVD-ROM or DVD-RW on the 8 SFF and 4 LFF CTO servers only

Expansion & networking

PCIe slotsUp to 3, PCIe 3.0 · never more than two at full height
Primary riser (CPU1)GPU riser: slot 1 x16 FH, slot 2 x8 LP · SATA M.2 riser: x16 and x16 LP · NVMe riser: x16 and x8 LP, 8 SFF only
Secondary riser (CPU2)Slot 3 x16, low-profile or full-height — the full-height version disables primary slot 2
Premium 10 SFFNo secondary riser: the five-port 10SFF NVMe riser occupies that position
Networking1 FlexibleLOM connector on every chassis, adapters to 25GbE · embedded 4-port 1GbE on standard models, absent on Network Choice models
OCPNone on this generation

Accelerators

EnvelopeUp to 2 single-width modules
Cards listedIntel Arria 10 GX FPGA · NVIDIA Quadro P2200 · Quadro RTX4000 · Tesla T4 · A2
Governing ruleA maximum inlet temperature per card per chassis, from 20 °C to 35 °C
RestrictionsWith NVMe drives fitted, slot 1 only · the RTX4000 is one card on the Premium front · the T4 is unsupported on the 8+2 SFF SAS/SATA/Dual M.2 build with standard fans
Required kits2P full-height GPU enablement kit (not offered on the 10 NVMe model) · CPU1 GPU cable kit · a low-height Smart Array controller

Power

SuppliesTwo Flex Slot hot-plug units, redundant
AC Platinum500 W · 800 W · 1600 W (high line, 200–240 VAC)
AC Titanium800 W (200–240 VAC) · 1000 W (100–240 VAC)
DC800 W, −40 to −72 V
Rated but unlisted800 W Universal, 200–277 VAC — electrical figures given, no part number in this revision
BTU at 200 VAC1,840 (500 W) · 2,958 (800 W Platinum) · 2,905 (800 W Titanium) · 3,596 (1000 W) · 5,918 (1600 W)

Ports, video & management

Front1 × USB 3.0 · iLO service port · optional DisplayPort and USB 2.0 on the 8 SFF and 4 LFF chassis
Rear2 × USB 3.0 · VGA · dedicated 1 Gb iLO port · optional serial
Internal2 × USB 3.0 · 1 MicroSD slot
Video1920 × 1200 at 60 Hz, 32 bpp · 16 MB — the front and rear video ports are never live at the same time
ManagementHPE iLO 5 with Intelligent Provisioning · iLO Advanced, OneView, InfoSight and Compute Ops Management optional
SecuritySilicon Root of Trust · Secure Boot and Secure Start · signed firmware with rollback · Secure Recovery · TPM 1.2 / 2.0 options
12 — FAQ

DL360 Gen10 questions, answered from the documentation

What are the specifications of the HPE ProLiant DL360 Gen10?

A 1U rack server taking one or two Intel Xeon Scalable processors of the 1st or 2nd generation, up to 28 cores each, with 24 DDR4 slots reaching 3.0 TB. Storage is eight 2.5-inch bays, ten on the Premium NVMe backplane, or four 3.5-inch bays, plus an optional two-bay Universal Media Bay and one rear device — eleven at most. Expansion is up to three PCIe 3.0 slots, networking goes on a FlexibleLOM connector, and management is iLO 5. Two Flex Slot supplies fit, from 500 W to 1600 W.

How many drives does the DL360 Gen10 hold?

Eleven, and only in one particular build: eight in the front cage, two more in the Universal Media Bay and one at the rear. An all-NVMe server stops at ten, on the Premium backplane that wires the drives directly to the processors. The large-drive chassis holds four. HPE’s published capacity ceilings are 168.3 TB of SAS SSD across the eleven-device build, 153.6 TB from ten NVMe drives and 72 TB from four 18 TB disks.

What is the difference between the DL360 Gen10 and the DL380 Gen10?

Rack height, and everything that follows from it. The two machines share a processor table, a DIMM count, a chipset and a management controller. The 2U DL380 Gen10 then reaches 30 small-form-factor bays or 19 large ones plus two small, eight PCIe 3.0 slots across three risers, and eight accelerators chosen from twenty listed cards. This 1U stops at eleven devices, three slots of which two can be full-height, and two single-width accelerators. Oddly, the 1U is the deeper chassis: 70.7 cm against 67.94 cm with small drives.

Is the DL360 Gen10 the same as the DL360 Gen10 Plus?

No, and the names mislead. The Gen10 Plus is a separate machine with its own QuickSpecs, a50002559enw, built on 3rd Generation Xeon Scalable with 32 DIMM slots rather than 24. The plain Gen10 on this page is a 1st and 2nd Generation Xeon Scalable platform on the Intel C621 chipset with 24 slots. Nothing described here applies to the Plus, and there is no upgrade path between them.

How much memory can a DL360 Gen10 take?

The figure HPE prints is 3.0 TB, and reaching it means every slot carrying a 128 GB load-reduced module — 1.5 TB on each socket. The processor has to be able to address that much, and only 16 of the 113 listed parts can. Fill the same slots with 64 GB registered modules and the published total is 1.54 TB, which every processor in the table supports. Persistent memory lifted it to 6.0 TB on a narrow set of second-generation parts, at the cost of half the DRAM slots. Registered and load-reduced modules cannot be mixed.

How many PCIe slots does the DL360 Gen10 have?

Three at most, all PCIe 3.0, and no more than two of them can be full-height. Slots 1 and 2 sit on the primary riser driven by the first processor; slot 3 sits on the secondary riser and needs the second processor fitted. Ordering the secondary riser in its full-height form takes slot 2 out of service, and fitting the rear device bay takes slot 1. The Premium 10 SFF chassis has no slot 3 at all, because its NVMe riser occupies that position.

Can the DL360 Gen10 take a GPU?

Two single-width modules at most, from a list of five: an Intel Arria 10 GX FPGA, the NVIDIA Quadro P2200 and RTX4000, the Tesla T4 and the A2. HPE publishes a maximum inlet temperature for each card against each chassis instead of a simple yes or no, and in a 1U those numbers bite — the T4 is unsupported on one media-bay configuration, the A2 wants 20 °C on a standard-fan 8 SFF server, and the RTX4000 drops to a single card on the Premium front. A GPU build also needs the enablement and cable kits and a low-height storage controller so the card physically fits.

Does the DL360 Gen10 have onboard RAID?

Yes. Every model carries the embedded S100i software RAID, which uses fourteen SATA ports although only twelve of them reach drive bays — the other two serve a pair of M.2 sockets carried on the optional SATA M.2 riser. It runs in UEFI mode only, ships disabled, and HPE supports it under Windows Server alone; for Linux the guidance is to build the boot mirror with in-distribution open-source software instead. Hardware RAID means a Smart Array controller, from the cacheless E208i-a to the P816i-a with 4 GB and SmartCache.

Is the HPE ProLiant DL360 Gen10 end of life?

Page one of its QuickSpecs carries HPE’s retirement banner, which withdraws the document and marks the base units in it obsolete for sale. That is a sales position rather than a support cut-off: no single end-of-service-life date is published for the model, and what governs a given machine is the contract recorded against its serial number. Our end-of-life checker reports dates exactly as the vendors publish them, and third-party maintenance keeps the platform covered long after an HPE agreement lapses.

Does Servnet sell the DL360 Gen10 new or refurbished?

Refurbished, always. HPE stopped selling this generation new years ago, so what leaves us is tested, re-certified hardware assembled to order in the refurbished ProLiant configurator and warranted either by us or under third-party maintenance. Describe the workload and we will put a configuration 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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