HPE Q2S19BR SN8600B 32G 64/328QSF FC Reman Blade

HPE Q2S19BR SN8600B 32G 64/328 QSFP Fibre Channel Remanufactured Blade

Overview

The HPE Q2S19BR is a remanufactured 32Gb Fibre Channel blade for the HPE StoreFabric SN8600B director-class switch chassis, delivering high-density FC connectivity in enterprise SAN environments. The 64/328 designation identifies the blade's local port count and chassis aggregate capacity — meaning this blade contributes 64 active 32Gb QSFP ports within an SN8600B frame that scales to 328 ports total. At 32G line rate per port, the blade supports the bandwidth demands of all-flash storage arrays, high-density virtualized servers, and latency-sensitive block-storage workloads where older 16G or 8G fabric becomes the bottleneck.

This is a remanufactured unit — HPE-refurbished to factory specification, not grey-market or parallel import. For SAN environments where chassis slots need to be filled at lower capital cost than new, the Q2S19BR delivers the same 32G port density as the new equivalent. Verify compatibility with your specific SN8600B chassis firmware revision and director software before ordering — blade-to-chassis firmware alignment is mandatory on HPE director platforms.

Key Features

• 32Gb Fibre Channel per port: Each of the 64 QSFP ports runs at 32Gbps — double the throughput of a 16G blade — which matters when consolidating NVMe-oF or all-flash array traffic onto existing director infrastructure without adding chassis.
• 64-port blade density: A single Q2S19BR blade contributes 64 front-end ports to the SN8600B chassis, maximizing port-per-slot utilization and reducing the number of blades required to reach target fabric capacity.
• Director-class chassis integration: The SN8600B is a non-disruptive, hot-swappable director platform — inserting this blade into a live chassis does not require fabric downtime, which is critical in 24/7 production SAN environments.
• Remanufactured to specification: HPE remanufactured designation means the unit has been tested, reconditioned, and verified against original hardware specifications — appropriate for secondary or expansion chassis where new-unit pricing is cost-prohibitive.
• US origin: Country of origin is the United States, relevant for procurement policies requiring domestic sourcing on government or regulated-industry contracts.

Integration & Compatibility

The Q2S19BR is designed specifically for the HPE StoreFabric SN8600B director chassis. It is not interchangeable with SN6000B, SN8000B, or other HPE FC switch families. Confirm the target chassis slot type and blade compatibility matrix against your SN8600B firmware version before deployment. QSFP optics are not included — specify the correct HPE-supported 32G QSFP transceivers for your cabling plant separately.

Frequently Asked Questions

Q: What chassis does the Q2S19BR blade fit?

A: The Q2S19BR is designed for the HPE StoreFabric SN8600B director-class Fibre Channel switch chassis. It is not compatible with other HPE FC switch families such as the SN6000B or SN8000B.

Q: Is the Q2S19BR new or remanufactured?

A: This is a remanufactured (Reman) unit, reconditioned to HPE factory specifications. It is not a new unit. Remanufactured HPE blades are appropriate for capacity expansion or secondary chassis where new-unit cost is a constraint.

Q: What port speed does the Q2S19BR support?

A: The blade operates at 32Gbps per Fibre Channel port, using QSFP form-factor transceivers. The 64/328 designation reflects 64 local ports per blade within a chassis that scales to 328 total ports.

Q: Are QSFP transceivers included with the Q2S19BR?

A: Transceiver inclusion for remanufactured blades should be confirmed at time of order — the source evidence does not specify optics as included. Budget for 32G QSFP transceivers compatible with HPE SN8600B separately if not confirmed included.

Q: What is the country of origin for the Q2S19BR?

A: The country of origin is the United States, as listed in the product's distribution record (UNSPSC 43222612).

Karl Wilson

When I look at the Q2S19BR, the spec that drives the conversation is 32G per port on a 64-port blade — that's the density and speed combination that makes this blade relevant for shops running all-flash arrays or NVMe-over-Fabrics where a 16G fabric is already saturating during backup windows or VM clone storms. As a remanufactured unit, it fits a specific procurement scenario: you have open slots in an existing SN8600B director chassis and new-blade pricing isn't justified for a secondary or DR fabric.

Technical Highlights:

• 32Gbps line rate: Each of the 64 ports runs at full 32G — double the throughput of a 16G predecessor blade, which directly reduces the number of ISLs needed between director switches in a core-edge fabric design.
• 64-port per-blade density: In a fully loaded SN8600B chassis, this blade's port count contributes meaningfully to the 328-port chassis maximum — fewer blades needed to reach target fabric size means fewer potential points of failure and lower per-port operational complexity.
• Remanufactured designation: HPE reman means the unit has been returned to factory spec — not surplus-pulled and sold as-is. For budget-constrained fabric expansions, this is the correct risk tradeoff, provided you validate firmware compatibility with your chassis before insertion.

Deployment Considerations:

• Firmware alignment is non-negotiable on HPE director platforms — confirm the blade's supported firmware range against your chassis's current FOS version before inserting into a production director; a mismatch can cause the blade to fail online or force a chassis-wide firmware update during a maintenance window.
• Optics are not confirmed included — spec 32G QSFP transceivers separately and verify they appear on HPE's supported optics list for the SN8600B; third-party QSFP modules may not be recognized without HPE-specific configuration.

The Q2S19BR makes the most sense for an enterprise SAN team expanding an existing SN8600B director chassis — adding 64 ports of 32G FC capacity at remanufactured cost in a DR site, secondary data center, or a production core fabric where a blade slot opened up and new-unit lead times don't fit the timeline.