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Rectangular 2.5 inch SATA SSD with black metal casing and green circuit board visible

Intel

Intel DC S3610 SSDSC2BX016T401 1.6TB 2.5" SATA enterprise SSD

SKU CH-DP59-8K3AA MPN SSDSC2BX016T401

2.5-inch SATA enterprise SSD with 1.6TB of MLC flash, up to 550 MB/s reads, 500 MB/s writes, 84,000 random read IOPS, 27,000 write IOPS, AES-256 encryption and power-loss protection

  • Form Factor2.5"
  • Capacity1.6TB
  • Memory ComponentsMLC
  • InterfaceSATA III
  • Max Sequential ReadUp to 550 MBps
  • Max Sequential WriteUp to 500 MBps

Options 1.6TB

  • Consistent low latency with 55 µs read and 66 µs write
  • High random read performance reaching 84,000 IOPS at 4KB
  • Sustained sequential throughput of 550 MB/s read and 520 MB/s write
  • Data integrity protected by AES 256-bit encryption and end-to-end safeguards
  • Enterprise reliability rated at 2,000,000 hours MTBF and 10.7PB total endurance

Enterprise 1.6 TB SATA SSD

The Intel DC S3610 is a 2.5 inch enterprise solid-state drive with 1.6 TB capacity and a SATA III interface. It is built for servers and storage arrays that need consistent read and write performance under heavy workloads. The drive uses 20 nm MLC NAND and includes end-to-end data protection plus AES 256 bit hardware encryption. Power-loss protection capacitors help preserve in-flight data during unexpected outages.

Endurance and protection features

The drive is rated for 10.7 PB of total bytes written and offers up to 84,000 random read IOPS and 27,000 random write IOPS. Sequential reads reach 550 MBps while sequential writes reach 500 MBps. Read latency is 55 µs and write latency is 66 µs. Enhanced power-loss data protection, temperature monitoring and logging, and high endurance technology work together to maintain data integrity and drive health over a 2,000,000 hour MTBF.

SATA power and bay requirements

Verify that your server or enclosure provides a 2.5 inch drive bay and a SATA III port with adequate power delivery for up to 6.8 W active consumption. The operating temperature range is 0 °C to 70 °C, so confirm airflow meets this limit. No mounting bracket, cables or software utilities are included in the package.

Přednosti

  • Consistent low latency with 55 µs read and 66 µs write
  • High random read performance reaching 84,000 IOPS at 4KB
  • Sustained sequential throughput of 550 MB/s read and 520 MB/s write
  • Data integrity protected by AES 256-bit encryption and end-to-end safeguards
  • Enterprise reliability rated at 2,000,000 hours MTBF and 10.7PB total endurance

Specifikace

BrandIntel
SeriesDC S3610
ModelSSDSC2BX016T401
Form Factor2.5"
Capacity1.6TB
Memory ComponentsMLC
InterfaceSATA III
Max Sequential ReadUp to 550 MBps
Max Sequential WriteUp to 500 MBps
4KB Random ReadUp to 84,000 IOPS
4KB Random WriteUp to 27,000 IOPS
Read Latency55 µs
Write Latency66 µs
MTBF2,000,000 hours
FeaturesLithography Type: 20 nm
Enhanced Power Loss Data Protection
Hardware Encryption: AES 256 bit
High Endurance Technology (HET)
Temperature Monitoring and Logging
End-to-End Data Protection
Power Consumption (Idle)0.6W
Power Consumption (Active)6.8W
Operating Temperature0°C ~ +70°C
Max Shock Resistance1,000G / 0.5 ms
Max Vibration ResistanceOperating: 2.17 GRMS (5 - 700 Hz)
Non-Operating: 3.13 GRMS (5 - 800 Hz)
Height7.00mm
Weight94g +/- 2g
Přepravní hmotnost0.14 kg
Rozměry balení152 × 109 × 20 mm

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Otázky k tomuto produktu

How often will the 20 nm MLC NAND need replacement given the 10.7 PB endurance rating?

The drive is rated for 10.7 petabytes written, so under typical enterprise workloads the NAND should last the useful life of the array without replacement.

Which limit appears first during sustained writes — the 520 MB/s sequential ceiling or the 27,000 IOPS random write ceiling?

Sequential workloads hit the 520 MB/s ceiling first, while random 4 KB workloads saturate at 27,000 IOPS before reaching that throughput.

What power draw and temperature rise should I expect when the drive runs at the 6.8 W active rating all day?

Active power is 6.8 W with a 0 °C to 70 °C operating range; thermal throttling engages automatically to keep the drive within limits.

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