HPE ProLiant DL385 Gen10

The HPE ProLiant DL385 Gen10 is a dual-socket 2U rack server built on the AMD EPYC 7000 Series platform, and it remains one of the more versatile refurbished options for organisations building hyper-converged or virtualisation-heavy infrastructure. The 2nd generation EPYC 7002 processors it supports offer up to 64 cores per socket - 128 in a fully populated dual-CPU chassis - with up to 128MB of L3 cache per processor and clock speeds up to 3.4GHz depending on model, giving genuine flexibility between core-dense virtualisation hosts and higher-clocked single-thread workloads. Memory scales to 4TB across 32 DIMM slots using HPE DDR4 SmartMemory with ECC protection, and standard configurations of 32 x 128GB RDIMMs are common in the field. Combined with support for up to 24 NVMe drives via Express Bay, or a mix of up to 30 SFF or 19 LFF SAS/SATA/SSD bays, the DL385 Gen10 can be configured as a storage-dense node, a compute-heavy hypervisor host, or something in between - which is exactly why it turned up so often in vSAN Ready Node deployments. Storage controller options span the embedded HPE Smart Array S100i software RAID for simple boot configurations through to the P408i-a, P816i-a and E208i-a controllers for hardware RAID or HBA passthrough, so the right controller depends on whether you're building a traditional RAID array or handing disks straight to a software-defined storage layer. Networking is equally flexible via FlexibleLOM or PCIe standup adapters, scaling from 1GbE up to 4x10GbE fabrics, and up to eight expansion slots leave headroom for additional NICs, HBAs or GPUs - the chassis supports up to three double-wide or six single-wide GPU cards. Security is built into the platform rather than bolted on: HPE's silicon root of trust anchors firmware validation down to the iLO chip itself, working alongside the AMD Secure Processor embedded in the EPYC SoC to manage secure boot and memory encryption. Runtime firmware validation and automated recovery mean compromised firmware is detected and can be restored to a known-good state without manual intervention - a meaningful consideration for any server handling sensitive workloads. Typical deployments for the DL385 Gen10 include VMware or Hyper-V virtualisation clusters, vSAN and other software-defined storage nodes, database servers that benefit from high core counts and fast memory, and general-purpose infrastructure consolidation where a single dense chassis replaces several older single-socket boxes. Buying this model refurbished makes particular sense because 2nd generation EPYC still delivers strong core density and memory bandwidth for current hypervisor and SDS workloads, while the flexible drive and expansion options mean a refurbished unit can be reconfigured to match your storage and networking needs rather than forcing you into whatever the original spec happened to be.