HPE P86715-005 ProLiant DL385 Gen11 2U Rack Server
Overview
The HPE ProLiant DL385 Gen11 — configured as P86715-005 — is a 2U dual-socket AMD EPYC rack server built for compute-intensive workloads where memory bandwidth and NVMe storage throughput are the limiting factors. This specific SKU ships with a single AMD EPYC 9124 processor, 2x32GB of DDR5 registered memory (64GB total), and 8 Small Form Factor NVMe drive bays, making it a compact but capable platform for video management systems, AI-assisted analytics, and edge data center deployments that need PCIe-native storage without the latency penalty of a SAS/SATA backplane. At 43 lb and 35.50 x 24.00 x 10.00 inches, it occupies a standard 2U rack footprint — plan your rail kit and cable management accordingly before deployment. The P86715-005 (often searched as P86715 005) is sourced factory-new through the commercial channel. Explore the broader HPE server and compute catalog for the full DL-series lineup.
Key Features
- AMD EPYC 9124 Processor: The 9124 is a 16-core Genoa-class EPYC running on the SP5 socket — it delivers high per-core clock speeds suited to single-threaded VMS decoder tasks while still providing enough parallel throughput for simultaneous analytics workloads. You get the benefit of EPYC's large L3 cache without paying for cores you won't use in lightly-threaded security applications.
- 2x32GB DDR5 Registered Memory (64GB Installed): DDR5 brings roughly 50% more theoretical bandwidth than DDR4 at equivalent speeds. 64GB installed is enough headroom for a mid-scale VMS instance handling 50–80 camera streams with onboard analytics enabled — and the platform supports significant expansion beyond the base configuration as your channel count grows.
- 8 Small Form Factor NVMe Bays: NVMe operates over PCIe rather than a legacy storage protocol, which means sequential read/write throughput that SAS/SATA backplanes cannot match. For network video recorders and surveillance storage servers writing continuous high-bitrate streams from dozens of cameras, NVMe-native storage reduces write latency and eliminates the IOPS bottleneck common in HDD-based VMS builds. Eight bays provide room for substantial raw capacity or a tiered fast/archive configuration.
- 2U Rack Form Factor (35.50 x 24.00 x 10.00 in): A standard 2U chassis means this server fits any EIA-310-compliant rack without modification. At 43 lb populated, account for rail load ratings when positioning it in the rack — mid-rack placement is recommended for deep chassis above this weight class. See our rack-mount server category for compatible infrastructure.
- NVMe Interface Architecture: The confirmed NVMe interface on the storage subsystem means drives connect via PCIe lanes directly — no SAS expander, no protocol translation overhead. This is the correct architecture for surveillance deployments recording 4K streams at sustained write rates, where storage latency directly affects frame drop rates under peak load.
- Commercial-Grade Platform: The DL385 Gen11 is HPE's enterprise-grade two-socket AMD platform, designed for 24/7 continuous operation in data center environments. It is appropriate for any deployment requiring server-class reliability — physical security infrastructure, video analytics processing, edge compute nodes feeding a central VMS, or hybrid on-premise/cloud security architectures.
Integration and Compatibility
The DL385 Gen11 platform is broadly compatible with major VMS software including Milestone XProtect, Genetec Security Center, Avigilon Control Center, and Axis Camera Station — confirm system requirements against your specific VMS version and camera channel count before sizing. The NVMe storage architecture is compatible with HPE's Smart Array controllers and direct-attach NVMe configurations depending on the installed HBA/controller. For environments deploying IP cameras at scale, pair this server with a dedicated PoE switching infrastructure to keep camera traffic isolated from server management networks. When integrating into an existing HPE infrastructure, confirm iLO licensing requirements for remote management features. Review our server selection guide for guidance on matching server configurations to camera channel counts and retention requirements.
Frequently Asked Questions
Q: What processor does the P86715-005 include?
A: The P86715-005 ships with a single AMD EPYC 9124 processor — a 16-core Genoa-class SP5 socket CPU suited for compute-intensive server workloads.
Q: How much memory is installed, and can it be expanded?
A: This configuration includes 2x32GB DDR5 registered DIMMs (64GB total). The DL385 Gen11 platform supports memory expansion beyond the base configuration; consult HPE's memory compatibility guide for maximum supported capacity and supported DIMM speeds.
Q: Why NVMe instead of SAS or SATA storage?
A: NVMe drives communicate over PCIe lanes directly, bypassing the protocol overhead of SAS/SATA controllers. For surveillance and VMS workloads with sustained high-bitrate writes from multiple camera streams simultaneously, NVMe delivers lower latency and higher IOPS than traditional storage interfaces.
Q: What rack space does the DL385 Gen11 P86715-005 require?
A: The server measures 35.50 x 24.00 x 10.00 inches and occupies a standard 2U rack slot in any EIA-310-compliant rack enclosure. Shipping weight is 43 lb — verify rail kit load ratings before installation.
Q: Is this server compatible with major VMS platforms?
A: The DL385 Gen11 platform is broadly used with VMS software from Milestone, Genetec, Avigilon, and others. Compatibility depends on your VMS version, OS, and driver support — always validate against your VMS vendor's hardware compatibility list before purchasing.
Q: Does the P86715-005 include an operating system?
A: No operating system is confirmed in the available product evidence. The P86715-005 is a hardware SKU — OS licensing must be procured separately based on your VMS or workload requirements.
The P86715-005 is one of the more practical NVMe-native AMD configurations I see specified for mid-to-large physical security deployments. The EPYC 9124 paired with 64GB DDR5 and eight SFF NVMe bays is a deliberate balance — you get the memory bandwidth of DDR5 where analytics engines benefit most, and the NVMe backplane eliminates the storage I/O ceiling that trips up SAS-based builds when you push past 60–80 simultaneous 4K streams with motion analytics running.
Technical Highlights:
- AMD EPYC 9124 (16-core Genoa): Higher per-core frequency than many-core EPYC configs — important when VMS decoder threads are single-threaded per stream; you want clock speed, not just core count.
- 8 SFF NVMe Bays: PCIe-native I/O means no SAS expander latency. For sustained multi-stream 4K write workloads, this is the architecture that keeps frame buffers clean under load spikes.
- 2U / 43 lb Chassis: Plan the rail kit before the server arrives — at 43 lb, mid-rack mounting matters for cabinet stability. The 35.50-inch depth requires a full-depth rack; half-depth enclosures will not clear the chassis.
Deployment Considerations:
- The base 64GB DDR5 is sufficient for a mid-scale VMS instance, but if you're deploying AI-assisted analytics at the edge (object classification, license plate recognition running natively), budget for memory expansion — analytics engines are memory-pressure sensitive under concurrent-stream peaks.
- No OS is included with this SKU — factor Windows Server or Linux licensing into project costs. VMS vendors often certify specific OS builds; lock that down before procurement.
For a physical security operations center deploying 64–128 camera channels with onboard analytics and NVMe-tiered retention, the P86715-005 is sized correctly at the base configuration and has room to grow — the right call when you need a purpose-specified server rather than a generic IT refresh unit.
