Hiksemi Wave 256GB 2.5 Inch SATA III 3D NAND Internal Solid State Drive SSD

Hiksemi Wave 256GB 2.5 Inch SATA III 3D NAND Internal Solid State Drive SSD - Image 2

Hiksemi Wave 256GB 2.5 Inch SATA III 3D NAND Internal Solid State Drive SSD

2099 EGP

Part Number HS-SSD-WAVE(S) 256G
Form Factor 2.5 Inch
Interface SATA III (6 Gb/s)
Sequential Read Speed Up to 510 MB/s
Sequential Write Speed Up to 460 MB/s
Storage Technology 3D NAND
MTBF 1,500,000 Hours
Warranty 3 Years

In stock

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SKU: 6974202725600 Category: SSD Tags: 2.5 INCH SSD, 2.5", 256GB, 3D, 3D NAND, 6974202725600, DESKTOP, Drive, Hiksemi, Hiksemi Wave series, HS-SSD-WAVE(S) 256G, III, Inch, INTERNAL, INTERNAL SSD, laptop, NAND, SATA, SATA III, Solid, SSD, STATE, storage, Wave, Wave 256GB Brand: Hiksemi

Hiksemi Wave 256GB 2.5 Inch SATA III 3D NAND Internal Solid State Drive SSD

The Hiksemi Wave 256GB 2.5 Inch SATA III 3D NAND Internal Solid State Drive SSD facilitates elite data reliability through its advanced 3D NAND architecture. Specifically engineered for professionals who demand stable 510 MB/s read excursions and technically superior anti-shock durability, it bridges the gap between mechanical latency and industrial-grade storage stability.

256GB

Storage Capacity

510 MB/s

Max Seq. Read

SATA III

Interface Logic

3 Years

Local Warranty

Why the Hiksemi Wave is the Elite Choice for Professionals

Industrial 3D NAND Synchronization

Specifically, the Wave series architecture utilizes high-density 3D NAND flash to technically facilitate elite data transmission excursions. This architecture ensures that data backup and retrieval transitions remain synchronized near-instantaneously, eliminating the mechanical latency of traditional HDDs. Consequently, your workstation remains efficient during high-bandwidth file transfers or technical technical tasks.

Anti-Shock Durability Logic

The architecture features an anti-shock and anti-fall design, technically engineered to protect your critical data from accidental physical excursions. Moreover, the lack of moving parts ensures that technical vibration interference is technically non-existent. This ensure your professional gear remains synchronized and stable across high-intensity mobile or desktop iterations.

Universal Platform Compatibility

Specifically, the 2.5-inch SATA III architecture technically facilitates synchronization with multiple platforms, including legacy laptops and modern desktop technical builds. Furthermore, the 5V power consumption logic ensures that energy excursions stay optimized during peak workloads. Consequently, this architecture facilitates reliable performance and elite visual purity across multi-year hardware generations.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	Hiksemi Wave Consumer SSD (HS-SSD-WAVE(S) 256G)
Form Factor	2.5 Inch SATA (Standard Interface)
Capacity Logic	256GB Storage Volume
Max Seq. Read	Up to 510 MB/s Performance
Max Seq. Write	Up to 460 MB/s Performance
Storage Medium	3D NAND Flash Memory
Industrial MTBF	1,500,000 Hours Reliability
EAN / GTIN	6974202725600
Warranty	3 Year Limited Warranty

💡 Pro Tip: SSD Performance Synchronization

Specifically, to facilitate elite high-bandwidth performance, technically ensure your SATA III port is synchronized to **AHCI mode** in your BIOS. Furthermore, for professional technical builds, avoid filling the SSD beyond 90% capacity to technically ensure that wear-leveling excursions stay optimized. Consequently, this technically ensures that your 1,500,000-hour MTBF logic remains stable throughout the product’s technical lifecycle.

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FAQ

Is the Hiksemi Wave technically compatible with standard laptops?

Specifically, the Wave series architecture technically facilitates synchronization with any device featuring a 2.5-inch SATA slot. Consequently, it ensures elite high-speed excursions for laptop hardware iterations, technically removing the performance bottlenecks of legacy spinning drives near-instantaneously.

What is the technical benefit of 3D NAND technology?

3D NAND architecture technically facilitates higher storage density and elite energy efficiency. Furthermore, it ensure that your data transitions stay synchronized near-instantaneously while providing superior industrial-grade reliability compared to legacy planar NAND excursions.

How does the anti-shock feature facilitate data safety?

Specifically, the lack of moving mechanical parts technically eliminates the risk of head crashes during physical excursions. This architecture ensures that your critical technical assets remain synchronized and stable even if the device experiences mechanical shock near-instantaneously.

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