DatacenterDisk
Sabrent

Sabrent 2280 Rocket Heatsink (SB HTSK)

B07TN2RX2K
ps50TBNVMe-PCIe4M.2 2280
$22.54
newIn Stock
Price updated
Jul 7, 2026, 08:43 PM
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Quick Verdict

The Sabrent 2280 Rocket Heatsink (SB HTSK) delivers enterprise NVMe performance at $undefined/TB. Suited to read-intensive cloud workloads and mixed enterprise applications. Verify U.2/U.3 backplane compatibility before ordering.

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Specifications

Capacity0TB
Form FactorM.2 2280
InterfaceNVMe-PCIe4
Recording Tech—
Sector Size—
Workload Rating—
Warranty5 years
ASINB07TN2RX2K

90-Day Price History

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How it compares - 0TB NVMe-PCIe4
#1Sabrent PS5 heatsink (SB PSHS)
$—/TB
#2Heatsink Cooler 2280 Double Sided Heat Sink with Thermal
$—/TB
#3SGTKJSJS Heatsink Cooler 2280 Double Sided Heat Sink with
$—/TB
#4Heatsink Cooler 2280 Double Sided Heat Sink with Thermal
$—/TB
#5NVMe Heatsink 2280 Heat Sink for Single/Double Sided With
$—/TB

Compare to similar 0TB NVMe-PCIe4 drives

Sabrent
PS5 heatsink (SB PSHS)
$—/TB
$13.99
new
Heatsink
Cooler 2280 Double Sided Heat Sink with Thermal
$—/TB
$5.99
new
SGTKJSJS
Heatsink Cooler 2280 Double Sided Heat Sink with
$—/TB
$5.99
new
Heatsink
Cooler 2280 Double Sided Heat Sink with Thermal
$—/TB
$5.99
new
NVMe
Heatsink 2280 Heat Sink for Single/Double Sided With
$—/TB
$9.99
new

Frequently Asked Questions

This NVMe-PCIe4 cartridge requires a compatible NVMe-PCIe4 tape drive. NVMe-PCIe4 drives can also read the previous LTO generation.

BaFe (Barium Ferrite) tape media has an archival life of 30+ years when stored in controlled conditions (18-26°C, 20-50% humidity). Store tapes vertically and avoid magnetic fields.

Yes. LTO is an open standard. This cartridge works in any NVMe-PCIe4-compatible standalone drive or automated tape library regardless of manufacturer.

Use Case Scenarios

🗄ïļ
OLTP Database Primary Storage
PostgreSQL, MySQL or Oracle requiring low latency and high IOPS.
✓ Excellent fit
NVMe delivers sub-200ξs latency vs 5ms for HDD — a 25x improvement that directly reduces query response times. At 1 DWPD verify your daily write volume stays within endurance limits.
ðŸĪ–
AI/ML Training & Inference
GPU server loading training datasets or serving inference at high throughput.
✓ Excellent fit
NVMe at 6,900MB/s eliminates storage bottlenecks when loading datasets to GPU memory. Consider multiple drives for larger datasets.
ðŸ’ū
Bulk Cold Data Archive
Storing large volumes of infrequently accessed data.
✗ Not ideal
At ~$150/TB, NVMe costs 10x more than enterprise HDD for cold data. Unless you need fast retrieval, HDDs or LTO tape are far more cost-effective.

Maintenance & Troubleshooting

Maintenance Checklist

On installCheck SMART baseline on arrival
Run smartctl -a /dev/sdX and record: Reallocated_Sector_Ct, Power_On_Hours, Spin_Retry_Count. Establishes baseline for future comparison.
MonthlyRun SMART short self-test
smartctl -t short /dev/sdX — takes 1-2 minutes, catches most developing issues. Schedule during off-peak.
QuarterlyRun SMART long self-test
smartctl -t long /dev/sdX — full surface scan, takes 0 hours for 0TB. Any test failure is grounds for immediate replacement.
QuarterlyCheck RAID array health
Verify no degraded drives. A degraded array with no hot spare is one failure from data loss. Check mdstat or controller UI.
AnnuallyVerify drive firmware version
Check Sabrent support site for firmware updates. Some versions have known bugs affecting integrity.
Every 3-5 yearsPlan proactive replacement
Enterprise HDDs have higher failure rates after year 4-5. At 0TB per drive, budget for replacements before failures occur.

Troubleshooting Guide

Cause: PCIe slot not initialized, missing NVMe driver, BIOS not updated, or U.2 cable issue.
Fix: Check BIOS for NVMe in PCIe enumeration. Update server firmware. Reseat U.2 cable. Verify PCIe bifurcation if using adapter. Test in another slot.