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Silver rectangular 2.5 inch SATA SSD with label

Intel

Intel SSDSC2KB019T801 D3-S4510 1.92TB 2.5" SATA enterprise SSD

SKU CH-2075-P0M8G MPN SSDSC2KB019T801

A 2.5 inch SATA enterprise SSD delivering 560 MBps reads and 510 MBps writes with 7.1 PBW endurance and AES 256-bit encryption

  • Form Factor2.5"
  • Capacity1.92TB
  • Memory Components3D NAND TLC
  • InterfaceSATA III
  • Max Sequential ReadUp to 560 MBps
  • Max Sequential WriteUp to 510 MBps

Options 1.92TB

Struck-through versions exist but are not stocked here.

  • 92 TB capacity stores large read-intensive datasets
  • 560 MB/s sequential read speeds accelerate workload completion
  • 1 PBW endurance rating supports sustained write operations
  • AES 256-bit hardware encryption protects data at rest
  • 5-inch 7 mm form factor fits legacy SATA infrastructure

1.92 TB SATA enterprise SSD

The Intel D3-S4510 is a 2.5 inch solid-state drive built for read-intensive server workloads. It uses 64-layer 3D NAND TLC to deliver 1.92 TB of capacity in a 7 mm z-height. The drive targets operators who want to replace mechanical disks without changing their existing SATA infrastructure.

SATA III interface limits

The SATA 600 interface caps sequential throughput at 560 MBps read and 510 MBps write. Random performance reaches 97,000 IOPS read and 35,500 IOPS write with 36 µs read latency and 37 µs write latency. These figures define the practical ceiling for any drive on this bus.

Replaces 2.5 inch hard drives

The SSD is a direct drop-in upgrade for 2.5 inch HDDs in legacy bays and backplanes. It brings 7.1 PBW endurance, AES 256-bit encryption, enhanced power-loss data protection and end-to-end data protection. The jump is worth it when lower power draw, silent operation and higher reliability matter more than raw capacity per pound.

Highlights

  • 92 TB capacity stores large read-intensive datasets
  • 560 MB/s sequential read speeds accelerate workload completion
  • 1 PBW endurance rating supports sustained write operations
  • AES 256-bit hardware encryption protects data at rest
  • 5-inch 7 mm form factor fits legacy SATA infrastructure

Specifications

BrandIntel
SeriesD3-S4510
ModelSSDSC2KB019T801
Part NumberSSDSC2KB019T801
Form Factor2.5"
Capacity1.92TB
Memory Components3D NAND TLC
InterfaceSATA III
Max Sequential ReadUp to 560 MBps
Max Sequential WriteUp to 510 MBps
4KB Random ReadUp to 97,000 IOPS
4KB Random WriteUp to 35,500 IOPS
Read Latency36 µs
Write Latency37 µs
MTBF2,000,000 hours
FeaturesEndurance Rating (Lifetime Writes): 7.1 PBW
Enhanced Power Loss Data Protection: Yes
Hardware Encryption: AES 256-bit
Temperature Monitoring and Logging: Yes
End-to-End Data Protection: Yes
Compatible with existing SATA setups for an easy storage upgrade
Up to 6x lower power and lower cooling requirements than 2.5-inch HDDs
3.2x more data in the same amount of space
Up to 4.2x lower annualized failure rates (AFR) for fewer drive replacements
Up to 300x more IOPS/TB than HDDs
Power Consumption (Idle)1.1W
Power Consumption (Active)3.2W
Operating Temperature0°C ~ +70°C
Max Shock Resistance1000G / 0.5 msec
Max Vibration ResistanceOperating: 2.17 GRMS
Non-Operating: 3.13 GRMS
Height7.00mm
Width5.750
Weight0.26
Shipping weight0.12 kg
Package size136 × 108 × 9 mm

Other versions of this model

4 more in the same range

Same family, different memory, cooler or clock — compare before you commit.

Questions about this item

Should I pick the 1.92TB D3-S4510 or the D3-S4610 for read-heavy server workloads?

The D3-S4510 is built for read-intensive workloads with 560 MBps sequential read and 97,000 IOPS random read; the D3-S4610 offers higher write endurance if your mix shifts toward more writes.

What does the 560 MBps sequential read mean once the drive is installed in a SATA III server?

In a SATA III system the drive can sustain up to 560 MBps on large sequential reads, limited by the 600 MBps interface ceiling and the 36 µs read latency.

How does the SATA III interface cap real-world performance of this 2.5" SSD?

The SATA III link tops out at 600 MBps, so the drive's 560 MBps read and 510 MBps write sit near the bus limit; random IOPS reach 97,000 read and 35,500 write within that bandwidth.

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