Addlink A93 4TB SSD for PS5 - High-Speed Expansion with Heatsink

In this review the Addlink A93 4TB SSD is examined as a straightforward internal expansion for consoles and PCs that need lots of fast storage. The bottom line: this drive is best for PlayStation 5 owners and power users who want a large, fast NVMe that installs easily into an M.2 slot and keeps temperatures lower than a bare module. Its single biggest selling point is the combination of a roomy 4TB capacity with claimed Gen4 sequential speeds that suit game libraries and large file transfers.

Key Features

• PS5 Compatibility: Works with PS5 consoles and PS5 Slim once the system software is updated to the required version, letting you expand console storage without external drives.
• High Sequential Speed: The drive uses Gen 4 PCIe NVMe technology with quoted read/write performance suited to load-heavy tasks and fast game streaming from internal storage.
• Thermal Design: Addlink's gel pad plus aluminum crosscut heatsink improves heat dissipation and encourages airflow compared with an uncooled module.
• Cache and HMB Support: Built with TLC 3D NAND and supporting SLC caching and Host Memory Buffer, it manages burst transfers and sustained workloads more smoothly.
• Wide Platform Support: Compatible with modern Intel and AMD platforms and recent motherboards, making it a flexible internal drive for desktops as well as consoles.
• Five Year Warranty: A five year limited warranty provides extended coverage and confidence after installation.

Who It's For

The Addlink A93 4TB is aimed at PS5 owners who need large internal capacity for many games, and at desktop users who want a high-capacity Gen4 NVMe for fast file transfers or workstation tasks. It is particularly useful for anyone migrating large game libraries or video projects where 4TB reduces the need to shuffle files.

Those who should look elsewhere include users who prioritize the absolute top-tier endurance figures from flagship enterprise SSDs, or buyers needing an external plug-and-play solution; this is an internal M.2 module that assumes the host supports Gen4 NVMe and may require a compatible heatsink or slot layout for optimal cooling in some systems.

Pros & Cons

Pros

• Large 4TB capacity provides significant room for games and media without frequent transfers.
• Strong advertised Gen4 read/write performance that shortens load times and accelerates transfers.
• Included gel pad and aluminum heatsink help keep temperatures down during sustained use.
• Five year limited warranty gives extended peace of mind after purchase.

Cons

• Durability concerns have been raised by some users, so those who need maximum endurance may prefer higher-grade models.
• Actual speeds depend on host device and conditions, so real-world performance can be lower than advertised.

Specifications

Form Factor	M.2 2280
Interface	PCIe Gen 4 NVMe
Capacity	4TB
Thermal Solution	Gel pad + pure aluminum crosscut heatsink
Flash Type	TLC 3D NAND (DRAM-less)
Features	SLC Cache, Host Memory Buffer (HMB), LDPC ECC, SMART, TRIM
Warranty	5 years limited

Our Verdict

The Addlink A93 4TB is a sensible, cost-effective upgrade for PS5 owners and desktop users who need a large internal Gen4 drive with active thermal management. It pairs high nominal speeds with practical cooling and a lengthy warranty, making it a strong value for expanding game libraries and handling large media files, while buyers who need the highest endurance should check alternative enterprise-focused options.

Frequently Asked Questions

Is this drive compatible with PS5?
Yes, it is PS5 compatible when the console has system software version 21.02-04.00.00 or higher and the M.2 slot and heatsink fit the drive.

Do I need the heatsink for a PC install?
The included gel pad and aluminum heatsink are recommended for sustained performance on Gen4 hosts, though some motherboards provide their own M.2 cooling solutions.

Will I get the advertised speeds?
Quoted Gen4 speeds are achievable on compatible systems, but real-world results depend on host, interface, workload, and thermal conditions.