HPE H6G08BUR XP7 GEN2 Reman UPG Processor Blade

HPE H6G08BUR XP7 Gen2 Remanufactured Upgrade Processor Blade

Overview

The HPE H6G08BUR is a remanufactured upgrade processor blade for the HPE XP7 Gen2 enterprise storage platform. Sourced through channel-direct distribution and carrying a factory-remanufactured designation, this blade is aimed at organizations extending the service life of an existing XP7 Gen2 array without the cost of a net-new deployment. The "Reman UPG" designation confirms this is a genuine HPE component refurbished to manufacturer specifications — not a third-party or grey-market part — making it a viable path for capacity or performance expansion in environments where the XP7 Gen2 is already installed and the capital budget favors remanufactured over new.

If you are managing an HPE storage environment and need to expand processor capacity in an XP7 Gen2 chassis, the H6G08BUR fits that gap specifically. It is not a standalone compute server and is not compatible with other HPE platform generations without verification against your current chassis and firmware revision.

Key Features

• Remanufactured to OEM specification: The "Reman" designation means this blade has been restored to HPE factory standards — relevant when your storage array's extended support contract requires genuine HPE components to remain in compliance. Third-party blades can void support agreements on enterprise storage.
• XP7 Gen2 platform fit: Designed specifically for the HPE XP7 Gen2 architecture. If you are running XP7 (first generation) or any other HPE storage line, confirm chassis and controller compatibility with HPE or your storage support team before ordering.
• UNSPSC 43211600 — Computer Storage Devices: The UNSPSC classification confirms this blade falls under enterprise storage device hardware, which matters for procurement systems that use commodity codes to route purchasing approval and tax treatment.
• Channel-direct sourcing: Distributed through TD Synnex, a primary North American HPE distribution channel — no grey-market, no parallel imports. This matters for warranty and support validation when HPE professional services or a reseller support contract is involved.
• 5.94 lb shipping weight: A single blade at under 6 lb ships as standard freight; factor this into your data center receiving workflow if you are provisioning multiple blades in a single order.

Integration & Compatibility

The H6G08BUR is platform-specific to the HPE XP7 Gen2 storage array. Before deploying, confirm: (1) your chassis generation matches XP7 Gen2, (2) current firmware supports the upgrade processor revision, and (3) your HPE support contract covers remanufactured blade installations. HPE XP7 Gen2 arrays are typically found in large enterprise and financial services environments running mission-critical block storage workloads. Integration with HPE's storage management tooling (XP7 Storage Navigator) is standard for this platform, but verify microcode levels before insertion. For enterprises managing enterprise storage infrastructure, confirm with your storage architect or HPE account team that this blade SKU maps to the correct processor revision for your array's current configuration. Consult your data center upgrade planning resources for blade insertion and firmware sequencing procedures specific to the XP7 Gen2.

Frequently Asked Questions

Q: What platform is the HPE H6G08BUR compatible with?

A: The H6G08BUR is designed for the HPE XP7 Gen2 enterprise storage platform as an upgrade processor blade. It is not confirmed compatible with other HPE storage generations without direct verification.

Q: What does "Reman" mean for this blade?

A: "Reman" indicates the blade has been remanufactured — restored to HPE factory specifications as a genuine HPE component. It is not a new unit but is not a third-party or aftermarket part either.

Q: Where is the H6G08BUR sourced from?

A: This unit is distributed through TD Synnex, a primary North American HPE distribution channel. Country of origin is listed as France (FR) in the distribution feed.

Q: How much does the H6G08BUR weigh?

A: The blade weighs 5.94 lb per the TD Synnex structured distribution data.

Q: Can I use the H6G08BUR in an XP7 first-generation array?

A: Available evidence does not confirm compatibility with XP7 Gen1. Verify chassis generation and firmware revision with HPE or your storage support team before ordering.

Karl Wilson

The H6G08BUR sits in a narrow procurement lane: you need a genuine HPE processor blade for an XP7 Gen2 array, your budget favors remanufactured over new, and you cannot risk a third-party component invalidating your storage support agreement. That is the exact scenario this SKU addresses — nothing broader.

Technical Highlights:

• Remanufactured genuine HPE component: Restored to factory spec, not a clone — critical when HPE support contracts require genuine parts for coverage to remain valid on mission-critical storage.
• Channel-direct distribution (TD Synnex): Sourced through a primary HPE distribution channel, which provides a traceable supply chain — relevant for procurement audit trails in regulated industries.
• UNSPSC 43211600: Correctly classified as computer storage device hardware, which streamlines procurement routing in ERP and purchasing systems that use commodity codes for approval workflows.

Deployment Considerations:

• Confirm XP7 Gen2 chassis generation and current microcode level before insertion — processor blade revisions on enterprise storage arrays are firmware-sensitive, and inserting an incompatible revision can require a disruptive microcode update.
• Evidence is limited to distribution feed attributes (weight, origin, UNSPSC). Full technical specifications — including processor type, cache, supported microcode, and insertion procedure — should be obtained directly from HPE XP7 Gen2 documentation before ordering.

Best fit for an enterprise storage team managing an active XP7 Gen2 array that needs processor capacity expansion and has confirmed blade-level compatibility with their current array revision and support contract terms.