SSD M.2 NVMe 2 TB Silicon Power P34A80 — PCIe 3.0 x4, 3400/3000 MB/s, 22×80×3,5 mm

The Silicon Power P34A80 is a 2 TB M.2 NVMe SSD that uses the PCIe 3.0 x4 interface to deliver high-capacity, high-speed storage for PCs, laptops and small-form-factor systems. With sequential read speeds up to 3400 MB/s and write speeds up to 3000 MB/s, the drive is designed to increase system responsiveness and shorten load and transfer times for demanding applications and games.

Advantages

The P34A80 combines large capacity with a compact M.2 form factor and low weight, making it suitable for thin notebooks and desktops. It supports NVMe 1.3, SLC cache and a DRAM cache buffer to sustain high sequential and random performance while keeping power consumption relatively low. Built-in RAID engine support helps maintain data integrity and system stability under heavy workloads.

Suitable for

• Gaming PCs and laptops requiring fast load times
• Content creation: photo and video editing workflows
• System and application drive for desktops and notebooks
• Small-form-factor and mobile systems where compact size matters

Key specifications

• Capacity: 2000 GB (2 TB)
• Form factor: M.2
• Interface: PCIe 3.0 x4, NVMe 1.3
• Sequential read speed: up to 3400 MB/s
• Sequential write speed: up to 3000 MB/s
• Random performance: up to 500K/600K IOPS (read/write)
• Weight: 0.008 kg
• Features: SLC cache, DRAM cache buffer, RAID engine support

How to use

Install the M.2 SSD into an available M.2 PCIe slot on a compatible motherboard or notebook. Secure the drive with the mounting screw and enable NVMe support in the system BIOS if required. Initialize, partition and format the drive in your operating system, then migrate your OS or install applications and games to take advantage of improved performance.

Recommendations

For best sustained performance, enable any SATA/NVMe settings recommended by your motherboard vendor, keep firmware updated, and use the drive as a primary system or scratch disk for demanding workloads such as gaming and content creation.