HPE 869854R-B21#UUF DL580 GEN10 8SFF Reman Server:ap-en

HPE 869854R-B21#UUF DL580 Gen10 4U Rack Server

Overview

The HPE 869854R-B21#UUF is a ProLiant DL580 Gen10 server configured as an 8SFF (Small Form Factor) 4U rack-mount system. Built on Intel C621 chipset architecture with dual LGA 3647 (Socket P) processor sockets, this platform is designed for high-density compute workloads in enterprise data centers. The model designation 869854R-B21#UUF identifies this as a Configure-to-Order (CTO) barebone unit — you specify processors, memory, and storage to match your exact workload requirements. The 4U form factor allows vertical stacking in standard 42U racks, making efficient use of floor space in co-location and on-premises surveillance or analytics clusters.

Key Features

• Dual-Socket LGA 3647 Design: Two processor sockets support Intel Xeon Scalable processors (3rd, 2nd, or 1st Gen depending on SKU). Dual sockets mean you can deploy up to 56 physical cores (28 per socket on high-core-count Platinum variants) — critical when running parallel video analytics, transcoding, or NVR software that benefits from core count over clock speed.
• Intel C621 Chipset: Server-grade chipset with native support for RAID, PCIe Gen3 expansion, and integrated platform management. Enables reliable I/O for high-throughput storage arrays and network adapters without bottlenecking.
• 8 Small Form Factor Drive Bays: Supports 8 x 2.5-inch SFF drives (HDDs or SSDs), enabling up to 8TB+ raw capacity depending on drive selection. SFF bays are space-efficient compared to LFF (Large Form Factor) and ideal for hot-swap configurations in active surveillance or analytics storage clusters.
• 4U Rack Footprint: Compact vertical profile reduces rack real estate consumption. Standard 19-inch rack mounting with redundant power supply bays (typically dual PSUs, sold separately or as part of CTO config) supports N+1 power redundancy — a must-have for unattended surveillance infrastructure.
• Configure-to-Order (CTO) Flexibility: The 869854R-B21#UUF is sold as a barebone platform. You select processors (Xeon Scalable), memory (DDR4 ECC DIMM modules), storage (HDDs/SSDs), and NICs to fit your workload. This modularity avoids overpaying for components you don't need and ensures you match compute tier to your video codec, frame rate, and storage retention targets.
• Multiple Expansion Slots: PCIe Gen3 slots support GPU accelerators (for H.265 transcoding or AI-based video analytics), 10GbE/25GbE NICs, and RAID adapters. Typical surveillance deployments pair this with NVIDIA T4 or A10 GPUs for real-time object detection or codec optimization on multi-camera ingest streams.

Integration and Compatibility

The HPE DL580 Gen10 is ONVIF-compatible via standard network integration and works with mainstream NVR software including Milestone XProtect, Genetec Security Center, and Hanwha Vision NVR systems over 1GbE/10GbE Ethernet. The dual-socket architecture supports virtualization (ESXi, Hyper-V) if you need to run multiple VMS instances or analytics workloads on the same hardware. DDR4 ECC memory ensures data integrity for long-duration recording and zero-loss failover in redundant setups. PCIe expansion enables dedicated storage controllers (RAID 5/6) and high-speed network adapters critical for gigabit-plus ingestion from dozens of IP cameras.

What's in the Box

As a CTO barebone, the 869854R-B21#UUF includes the chassis, backplane, and power supply chassis mounting hardware. Processors, memory, storage drives, and network adapters are ordered separately and installed either by you or a systems integrator before deployment. Confirm your exact configuration at point of order to ensure all components arrive together.

Frequently Asked Questions

Q: What processors are compatible with the 869854R-B21#UUF?

A: The dual LGA 3647 (Socket P) sockets support Intel Xeon Scalable processors from 3rd, 2nd, or 1st generation families, depending on HPE firmware and BIOS updates. Consult the HPE QuickSpecs datasheet for your exact generation to confirm CPU options and maximum core counts.

Q: Can I use standard DDR4 memory in the 869854R-B21#UUF?

A: The DL580 Gen10 requires DDR4 ECC RDIMM (Registered Error-Correcting Dual In-Line Memory) modules. Standard non-ECC DDR4 will not work. ECC is mandatory for surveillance and analytics workloads to prevent silent data corruption during long-duration recording and failover scenarios.

Q: Is power redundancy included?

A: The 869854R-B21#UUF chassis supports dual hot-swappable power supply modules (sold separately) for N+1 redundancy. Order two matching PSUs (typically 750W or higher) to eliminate single points of failure in your surveillance cluster.

Q: What is the maximum storage capacity with 8SFF drives?

A: With eight 2.5-inch drive bays, you can achieve 8TB+ total capacity depending on drive model. Pair with a RAID 6 controller for protection against two simultaneous drive failures — standard practice for unattended surveillance storage.

Q: Can I add GPUs to the 869854R-B21#UUF?

A: Yes. The server includes multiple PCIe Gen3 slots suitable for NVIDIA T4 or A10 GPU accelerators for video transcoding and edge analytics. Confirm GPU power requirements and PCIe slot availability in your final CTO specification before ordering.

Karl Wilson

The HPE 869854R-B21#UUF is a workhorse for mid-to-large surveillance data centers where you need proven, modular compute without proprietary NVR appliance constraints. The dual LGA 3647 socket design and 8SFF bay configuration make this an excellent fit for organizations consolidating 50–200 camera streams into a single 4U footprint while retaining flexibility to scale cores and storage independently. I routinely spec this for Milestone and Genetec deployments where licensed concurrent camera count justifies the upfront investment in raw processor cores.

Technical Highlights:

• Dual Intel Xeon Scalable (up to 28 cores per socket, 56 total): Dual-socket architecture delivers the core count needed for real-time H.265 transcoding and object detection across 100+ camera streams without CPU bottlenecking. More cores mean lower per-stream latency and headroom for live analytics without sacrificing storage write performance.
• 8 SFF (2.5-inch) Drive Bays: Supports 8TB–16TB+ raw capacity depending on drive selection and RAID tier. For a 200-camera deployment at 15 fps, 2MP resolution, H.265 codec, you're looking at roughly 5–8TB per 30-day retention. SFF hot-swap design ensures you can replace failed drives without powering down.
• PCIe Gen3 Expansion for GPU Accelerators: Multiple Gen3 slots accommodate NVIDIA T4 or A10 GPUs (single or dual) for offloading H.265 encode/decode and running NVIDIA CUDA-based object detection at line rate — critical when handling mixed camera codecs (H.264 legacy cameras + H.265 new infrastructure).

Deployment Considerations:

• CTO barebone means you are responsible for specifying and sourcing processors, DDR4 ECC RDIMM modules, storage drives, NICs, and PSUs. Mismatched or undersized power supplies are a common integration gotcha — verify your final bill-of-materials power draw against PSU wattage before installation.
• DDR4 ECC RDIMM modules are not cheap — budget 2–4x the cost of consumer DDR4 for server-grade registered DIMMs. Plan memory carefully: 24–48 DIMM slots depending on riser population, but most surveillance deployments use 128GB–256GB (16–32 x 8GB or 16 x 16GB modules).
• The 4U footprint assumes standard 19-inch rack mounting with unobstructed airflow top and bottom. In hot data centers (cooling challenges), verify your HVAC can sustain <75°F inlet temperature under full CPU load, or the server will thermal-throttle during sustained video encoding.

Choose the 869854R-B21#UUF when you're building a Milestone or Genetec NVR appliance on commodity hardware and need the flexibility to match processor and storage tier to your camera count and codec strategy — not locked into a black-box appliance roadmap. It's the right answer for regional distribution centers, large retail chains, and campuses where IT owns the infrastructure and wants long-term cost control.