HPE ProLiant BL460c Gen9 Blade Server [Gen9]

⚠️ Gen9 Platform — Read Before Configuring

Gen9 blade platform (2014) — 11–12 years old. Full generational context: DL380 Gen9 8-Bay page. This page covers the HPE ProLiant BL460c Gen9 blade server.

Platform Overview — Blade Architecture

The HPE ProLiant BL460c Gen9 is a half-height blade server designed for the HPE BladeSystem c7000 enclosure. Blade architecture is fundamentally different from rack servers: compute and local storage are housed in a blade module, while networking, power distribution, and management infrastructure are shared across all blades in the enclosure via the c7000 midplane. For environments already standardized on HPE BladeSystem, the BL460c Gen9 is the Gen9 compute blade for that infrastructure.

Blade vs. rack — when blades make sense for enterprise IT procurement: Blades reduce per-server cabling and power infrastructure complexity when deployed in large quantities (10+ blades per enclosure). The c7000 enclosure provides shared power, cooling, management, and switching fabric that makes per-blade management more efficient at scale. For smaller deployments (under 8 blades), rack servers typically deliver better economics — the enclosure infrastructure cost isn't justified at low blade counts.

Critical prerequisite: The BL460c Gen9 requires a compatible HPE BladeSystem c7000 enclosure — it does not function as a standalone server. If you don't have an existing c7000 enclosure, you need to quote both the enclosure and blades. See the HPE c7000 Enclosure page for enclosure options.

Processors

Single or dual Intel Xeon E5-2600 v3/v4. v4 preferred for any production-adjacent workload. Up to 44 cores dual-socket at v4. DDR4 ceiling 2400 MT/s. Same processor family and limitations as all Gen9 platforms.

Memory

16 DDR4 DIMM slots — 8 per CPU in dual-socket configuration. Less than the DL380 Gen9's 24 slots — blade form factor constrains DIMM count. Maximum memory capacity: 1 TB with 64 GB LRDIMMs at full 16-slot population. For workloads requiring large memory capacity per node, rack servers (DL380 Gen9 or Gen10) provide more DIMM slots at lower cost.

Local Storage — 2 SFF Bays

Two 2.5" SAS/SATA hot-swap bays — the local storage limitation of the half-height blade form factor. These bays are primarily for OS and application data. Primary storage in blade environments typically comes from shared SAN resources accessible through the enclosure's Flex Fabric interconnects — not from local blade drives. For workloads requiring meaningful local storage per compute node, rack servers with more drive bays are the appropriate architecture.

Smart Array P244br embedded RAID for Gen9 blade storage. iLO 4 management — Advanced license required for remote KVM.

Networking

Blade networking is provided through the c7000 enclosure's interconnect bays — FlexFabric or FlexNetwork modules in the enclosure midplane provide 10 GbE or higher connectivity to the blade's mezzanine NICs. The blade itself has embedded 1 GbE ports for management; production traffic traverses the enclosure interconnects. Confirm interconnect module compatibility with your planned NIC mezzanine at quote time.

Our Assessment

The BL460c Gen9 is appropriate for organizations with existing HPE BladeSystem c7000 enclosures looking to add Gen9 compute capacity, or for new blade deployments where the economies of blade infrastructure at scale (10+ blades) justify the enclosure investment. For smaller deployments or new infrastructure decisions, evaluate whether Gen10 rack servers (DL360 Gen10, DL380 Gen10) deliver better overall value than building a blade infrastructure on Gen9.

Upgrade path: BL460c Gen10 for iLO 5, Xeon Scalable, longer lifecycle. DL360 Gen10 8-Bay if moving from blade to rack.

Workload Fit

Ready to Configure?

Blade configurations require c7000 enclosure compatibility verification. Tell us your existing enclosure generation, interconnect modules, and required blade count. Our team responds within 24 hours. Volume pricing at 5 units and above.