Description

Synology 3.5″ HAT5300-4T 4TB Hard Drive Internal SATA

Boost your NAS performance and reliability with the Synology HAT5300‑4T 4 TB enterprise HDD. Features 7200 RPM speed, 256 MB cache, 550 TB/year workload, DSM-aware firmware updates, and a 5‑year warranty.

Product Description

The Synology HAT5300‑4T is a 4 TB 3.5″ SATA III (6 Gb/s) enterprise-grade hard drive engineered specifically for 24/7 operation in Synology NAS systems. With a high-speed 7200 RPM spindle, 256 MB buffer, and up to 255 MB/s sustained transfer rates, this drive delivers reliable throughput for small to medium business environments, virtualization, media storage, and intensive backup scenarios CDW+15Download Center+15DiscTech+15Accelerator+6B&H Photo Video+6Newegg+6.

Technical Specifications

Feature Specification
Capacity 4 TB
Form Factor 3.5″ SATA III
Interface SATA 6 Gb/s
Spindle Speed 7200 RPM
Cache 256 MB
Sustained Data Transfer ~255 MB/s
Workload Rating 550 TB/year
MTBF 2–2.5 million hours
Power Consumption (Idle) ~4 W
Power Consumption (Active) ~7.8 W
Operating Temperature 5 °C–60 °C
Warranty 5 years

Why Choose the HAT5300‑4T?

Frequently Asked Questions (FAQs)

Q1: Can I use the HAT5300 in non‑Synology NAS?
Yes—it’s a standard SATA drive, but DSM-specific features like one-click firmware updates and optimized RAID behaviour require Synology systems.

Q2: Is the drive noisy?
It’s somewhat audible due to its 7200 RPM speed but remains suitable for server environments; quieter operation is found with 5400 RPM drives.

Q3: How does Persistent Write Cache work?
It writes data to onboard cache in a way that prevents loss or corruption during unexpected power outages.

Q4: Is a heatsink needed?
No, normal NAS airflow is sufficient. Only use external cooling in atypically hot environments.

Q5: What is the typical lifespan?
Rated for five years of continuous use and a workload of 550 TB per year, supported by MTBF of 2–2.5 million hours.

Q6: Can I mix this with other brands in a RAID?
Technically yes, but RAID arrays are more stable and predictable using identical, DSM-optimized drives.