DatacenterDisk
Seagate

Seagate FireCuda X1070 4TB

ZP4000GS3A001
FireCuda X10704TBNVMe-PCIe4M.2
$207.50/TB
$829.99
newIn Stock
Price updated
Price accurate as of Aug 14, 2026, 10:01 AM
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Quick Verdict

The Seagate FireCuda X1070 4TB delivers enterprise NVMe performance at $207.50/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

Capacity4TB
Form FactorM.2
InterfaceNVMe-PCIe4
Recording Tech—
Sector Size—
Workload Rating—
DWPD—
TBW—
Warranty5 years
ASINB0GF2D6QMN
Market context

Against every other drive we have an in-stock price for today, this one is cheaper per tb than 63% of them (20 of 32). The cheapest we can currently buy is $25.45/TB; the middle of the market is $301.06/TB.

Where the wider market has moved

These are third-party figures about the retail market as a whole, quoted and dated. They are not our own measurements and they do not describe this specific drive.

Compare against every 4TB drive we track →Cheapest per terabyte, all categories →Category price trends →
How it compares - 4TB NVMe-PCIe4
#1Seagate FireCuda X1070 4TBTHIS DRIVE
$207.50/TB
#2Seagate FireCuda 530 4TB
$334.75/TB

Compare to similar 4TB NVMe-PCIe4 drives

Seagate
FireCuda 530 4TB
$334.75/TB
$1,339.00
REFURB

Frequently Asked Questions

The FireCuda X1070 4TB is designed for mixed enterprise workloads including virtualization, databases and analytics.

The FireCuda X1070 4TB uses a M.2 form factor with NVMe-PCIe4 interface. Compatible with servers featuring U.2 or U.3 backplanes including Dell PowerEdge, HPE ProLiant Gen10+, and Supermicro with appropriate NVMe backplane.

Endurance is measured in DWPD (Drive Writes Per Day). Check the manufacturer datasheet for this drive's specific endurance rating.

Use Case Scenarios

🗄️
OLTP Database Primary Storage
PostgreSQL, MySQL or Oracle requiring low latency and high IOPS.
✓ Excellent fit
NVMe delivers sub-200μs 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.
🤖
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.
💾
Bulk Cold Data Archive
Storing large volumes of infrequently accessed data.
✗ Not ideal
At ~$208/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 installUpdate drive firmware
Check manufacturer website for latest firmware. Enterprise SSDs receive updates that fix performance and reliability issues.
On installEnable power loss protection verification
Enterprise NVMe drives have onboard capacitors for power loss protection. Verify in drive logs after first power cycle.
MonthlyCheck SMART/NVMe health attributes
Run nvme smart-log /dev/nvme0 (Linux). Monitor: Media_Errors, Available_Spare, Percentage_Used.
MonthlyMonitor write endurance consumption
Track Percentage_Used SMART attribute. At 80%+ consider planning replacement. At 4TB and 1 DWPD you have 7,475,200GB lifetime writes.
QuarterlyReview error logs in server BMC
Check iDRAC, iLO or IPMI logs for NVMe errors, PCIe link speed downgrades, or unexpected resets.

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.