HPE H6G08BR XP7 GEN2 Reman Processor Blade

HPE H6G08BR XP7 Gen2 Remanufactured Processor Blade

Overview

The HPE H6G08BR is a remanufactured processor blade in the XP7 Gen2 family — a platform built for enterprise storage environments where mission-critical availability and scalability are non-negotiable. At 5.94 lb, this blade-form processor module fits within the XP7 blade chassis architecture, allowing enterprises to expand or refresh compute capacity without full system replacement. Remanufactured to HPE standards, the H6G08BR offers a path to XP7 Gen2 capability at a reduced acquisition cost compared to new hardware — a common approach in environments managing storage infrastructure over multi-year refresh cycles.

The XP7 platform targets large-scale enterprise storage, including deployments in financial services, healthcare, and data center environments where continuous availability and data integrity are primary requirements. Processor blades in this family handle the storage controller intelligence — I/O scheduling, cache management, and host connectivity — so selecting the right blade variant matters for both performance headroom and compatibility with your existing XP7 chassis configuration.

Key Considerations

• Remanufactured designation: The H6G08BR is a remanufactured unit, not factory-new. For environments with strict hardware provenance requirements (regulated industries, government contracts), verify remanufactured acceptance policies before procurement.
• XP7 Gen2 platform fit: This blade is specific to the XP7 Gen2 chassis. Installing a Gen2 blade into a Gen1 chassis — or vice versa — is not a supported configuration. Confirm your chassis revision before ordering.
• 5.94 lb blade weight: At 5.94 lb, the H6G08BR is consistent with a full processor blade module rather than a sub-assembly. Factor blade weight into rack load calculations when fully populating a chassis.
• Country of origin — France: Manufactured in France (country of origin: FR). For procurements subject to Trade Agreements Act (TAA) or Buy American requirements, verify current compliance documentation with your procurement office, as remanufactured hardware may carry different certification status than new units.
• UNSPSC 43211600: Classified under UNSPSC code 43211600 (Computer Servers), which aligns with enterprise compute/storage controller hardware for procurement system categorization and spend analytics.

Integration and Compatibility

The H6G08BR is designed for the HPE XP7 storage platform. Before deploying this blade, cross-reference the HPE XP7 Gen2 compatibility matrix for your specific chassis model, microcode revision, and existing blade population. Mixed blade generations within a single chassis are generally unsupported. Consult HPE's storage enterprise storage hardware documentation or work with a pre-sales engineer to validate fit against your current XP7 infrastructure.

For data center teams managing data center components across a multi-year lifecycle, remanufactured blades can extend platform longevity while deferring full chassis replacement. Pair procurement of this blade with a review of your power and cooling baseline — adding blade capacity changes thermal load in a populated chassis.

Frequently Asked Questions

Q: Is the H6G08BR a new or remanufactured unit?

A: The H6G08BR is a remanufactured processor blade. It is not factory-new. Verify your organization's acceptance criteria for remanufactured hardware before purchase.

Q: Which HPE chassis is the H6G08BR compatible with?

A: The H6G08BR is part of the XP7 Gen2 family. Compatibility is specific to the XP7 Gen2 chassis. Cross-reference HPE's XP7 compatibility matrix for your chassis model and microcode revision before ordering.

Q: What is the shipping weight of the H6G08BR?

A: The H6G08BR weighs 5.94 lb. Factor this into rack load and shipping logistics planning when ordering multiple blades.

Q: Is the H6G08BR TAA-compliant?

A: The country of origin is France (FR). TAA compliance status for remanufactured units should be verified directly through current HPE documentation or your procurement channel, as remanufactured hardware may differ from new-unit certifications.

Q: What UNSPSC code applies to the H6G08BR?

A: UNSPSC code 43211600 (Computer Servers). Use this code for procurement system categorization and spend classification.

Ted Perry

The H6G08BR sits at an interesting intersection for enterprise storage teams: it is a remanufactured XP7 Gen2 processor blade — meaning you are getting the platform intelligence of HPE's high-end block storage architecture without the new-unit price. At 5.94 lb, this is a full blade module, not a sub-assembly, and that weight matters when you are calculating populated-chassis load in a dense rack environment.

Technical Highlights:

• Remanufactured XP7 Gen2 form factor: Purpose-built for the XP7 Gen2 chassis — not a generic server blade. Gen2-specific engineering means you cannot cross-install into Gen1 infrastructure without compatibility risk.
• 5.94 lb blade weight: Relevant for rack load planning in fully populated chassis configurations. Account for this per-blade across all populated slots when calculating floor and rack weight limits.
• UNSPSC 43211600 classification: Correctly classified as Computer Servers for procurement and spend analytics — useful for organizations running category-managed IT procurement with strict UNSPSC coding requirements.

Deployment Considerations:

• Remanufactured units require explicit validation against your organization's hardware provenance policy — regulated industries (healthcare, finance, government) often have documented acceptance criteria that must be reviewed before a purchase order is issued.
• Country of origin is France (FR). TAA and Buy American compliance for remanufactured blades is not automatic — verify current documentation before assuming compliance for government or federal-adjacent contracts.

The H6G08BR is best positioned for enterprise storage teams running XP7 Gen2 infrastructure mid-lifecycle — specifically those extending platform life or adding blade capacity ahead of a full refresh cycle where new-unit procurement is not yet budgeted.