HPE DL145 G11 8124P 2X32G 2SFF NA SVR - P79810-005

HPE P79810-005 ProLiant DL145 Gen11 1U Rack Server

Overview

The HPE ProLiant DL145 Gen11, model P79810-005, is a 1U single-socket rack server built around AMD's EPYC 8124P processor — a 16-core Siena-class CPU designed for dense compute workloads where per-core licensing costs and rack space both matter. The configuration ships with 2×32GB of memory (64GB total) and two Small Form Factor (SFF) drive bays, giving you a compact, cost-controlled footprint for edge deployments, branch-office infrastructure, or dedicated application servers. Country of assembly is Mexico, consistent with HPE's North American supply chain. If you're cross-referencing part numbers, P79810-005 is also searched as P79810 005.

Key Features

• AMD EPYC 8124P Processor: The Siena-class EPYC 8124P delivers 16 cores in a 125W envelope — meaningful if you're running per-core software licenses, since you get dense compute without the core-count overhead of larger EPYC SKUs. Single-socket design eliminates NUMA complexity for latency-sensitive workloads.
• 64GB DDR5 (2×32GB): Ships with two 32GB DIMMs installed. DDR5 delivers higher bandwidth and improved power efficiency compared to DDR4 — relevant for memory-bound workloads like in-memory databases or video analytics engines running on-premises. Remaining DIMM slots provide headroom to scale memory without replacing the server.
• 2× Small Form Factor Drive Bays: Two SFF bays keep the 1U profile tight while supporting NVMe or SAS/SATA drives depending on backplane configuration. For a recording or analytics server, pair with NVMe SSDs to avoid the I/O bottleneck that HDDs introduce under simultaneous multi-stream writes.
• 1U Rack Form Factor: At roughly 1.75 inches of rack height, the DL145 G11 fits in space-constrained comms rooms and edge racks where a 2U footprint isn't available. The 26.30-inch depth (per verified dimensions: 23.00×10.00×26.30 in) is within standard four-post rack depth, but confirm your rail kit supports the exact chassis depth before ordering.
• 18 lb Shipping Weight: At 18 lb, a single technician can rack and cable this unit without a lift assist — a practical consideration for remote-site deployments where you can't count on a two-person install crew.
• North American Supply Chain (MX Origin): Assembled in Mexico under HPE's manufacturing program — factory-new, genuine HPE hardware sourced through US distribution channels with no grey-market or parallel-import exposure.

Integration and Compatibility

The DL145 G11 runs HPE's standard Gen11 management stack, meaning iLO 6 BMC for out-of-band management, and is compatible with HPE's Intelligent Provisioning for OS deployment. For rack server deployments in security or surveillance infrastructure, pair with a supported network video recorder software stack or VMS platform — the EPYC 8124P's AVX-512 support benefits analytics-heavy workloads. Review HPE's SPOCK compatibility tool to confirm drive, memory expansion, and OS support for your specific use case before adding components. Consult the broader HPE server catalog for alternative configurations within the DL100/DL300 Gen11 families if channel count or storage density requirements differ.

Frequently Asked Questions

Q: What processor does the P79810-005 include?

A: The P79810-005 ships with an AMD EPYC 8124P (Siena, 16-core) processor as a factory-configured option in the DL145 Gen11 platform.

Q: How much memory comes installed, and can it be expanded?

A: The server ships with 2×32GB (64GB total). Additional DIMM slots are available for expansion — consult HPE's memory compatibility list for supported DDR5 module options.

Q: What are the physical dimensions of the P79810-005?

A: Per verified distribution data: 23.00 in (L) × 10.00 in (W) × 26.30 in (H), weight 18.00 lb.

Q: Is this server suitable for on-premises video surveillance or NVR workloads?

A: The DL145 G11 with EPYC 8124P is a capable platform for VMS and NVR software. Verify that your chosen VMS vendor supports EPYC Gen4 and confirm drive bay and I/O expansion against your channel count and retention requirements.

Q: Where is the P79810-005 assembled?

A: Country of origin is Mexico (MX), assembled within HPE's North American manufacturing operations.

Karl Wilson

The P79810-005 is a purpose-configured DL145 Gen11 that I'd reach for when a deployment needs a low-core-count EPYC platform without paying for cores you won't use. The EPYC 8124P sits at 16 cores — exactly the profile that makes per-core VMS or analytics licensing manageable at branch-office scale, where a 32- or 64-core SKU would burn your software budget before you've added a single camera stream.

Technical Highlights:

• EPYC 8124P (16-core): Siena architecture brings DDR5 memory channels and PCIe Gen5 I/O to a 125W TDP — you get modern platform bandwidth without the thermal and power overhead of the larger EPYC 9004 series deployed in full datacenter nodes.
• 64GB DDR5 installed: Two 32GB DIMMs leaves room on the memory bus to double or quadruple capacity without touching the CPU — a clean upgrade path if analytics workloads or in-memory caching requirements grow post-deployment.
• 18 lb / 1U chassis: Verified at 18.00 lb per distribution data — single-tech racking at remote sites is realistic, and the 1U slot height keeps high-density edge racks usable for other appliances alongside this unit.

Deployment Considerations:

• The 2× SFF bay count is the hard constraint here — if your NVR or analytics platform needs more than two drives for redundancy or retention, plan for external storage or a DAS shelf before you finalize the BOM. Don't assume you can add drives post-install without additional hardware.
• Confirm rail kit compatibility against the 26.30-inch chassis depth before the rack ships. HPE's standard rail kits cover this depth, but third-party rack cabinets with shallow profiles (under 27 in usable depth) can create clearance problems with rear cable management.

Best fit: a branch-office or edge compute node running a mid-tier VMS instance — 32 to 64 camera channels with local analytics — where rack space is at a premium, per-core software licensing is a real budget line, and remote single-tech serviceability matters.