2,450 MB/s Balanced Read and Write Speeds: The 1TB variant is the only WAVE(P) capacity where sequential read and write speeds match at 2,450 MB/s. This symmetry benefits workflows that involve both reading and writing large files simultaneously, such as video editing and database operations.
240 TBW Endurance Rating: At 240 terabytes written, the 1TB model carries double the endurance of the 512GB variant. Consequently, it handles more write-intensive workloads over a longer service period before approaching its rated lifespan.
PCIe 3.0 x4 NVMe Interface: Direct CPU connectivity via the PCIe bus bypasses the SATA controller bottleneck entirely. Users upgrading from a SATA SSD will notice faster application launch times and reduced file transfer durations immediately after installation.
3D NAND Flash Storage Medium: Vertically stacked memory cells improve density and thermal stability compared to planar NAND. Furthermore, this architecture supports the drive's 1,500,000-hour MTBF rating across varied operating conditions.
Broad Platform Compatibility: The HIKSEMI WAVE 1TB NVMe works with Windows 10, Windows 11, and mainstream Linux distributions that support NVMe. It fits any M.2 2280 slot using the standard M-key connector, covering the vast majority of consumer and prosumer motherboards.
2,280 MB/s Sequential Read Speed: Delivers approximately four times the throughput of a typical SATA SSD. Boot times, application launches, and file transfers all respond faster under everyday use.
PCIe 3.0 x4 NVMe Interface: Connects directly to the CPU via the PCIe bus, bypassing the SATA controller entirely. This reduces latency compared to SATA-based M.2 drives, which share the same pathway as older HDDs.
3D NAND Flash Storage Medium: Memory cells are stacked vertically across multiple layers. Consequently, the drive achieves higher density and improved endurance relative to older planar NAND designs.
100 TBW Endurance Rating: Rated for 100 terabytes written over its service life, with an MTBF of 1,500,000 hours. This is suitable for typical daily workloads including document editing, web browsing, and moderate file transfers over several years.
Low 1.6W Power Consumption: The HIKSEMI WAVE 256GB NVMe draws only 1.6W at peak load. This makes it a practical choice for laptops where thermal headroom and battery life are relevant considerations.
2,230 MB/s Sequential Read Speed: Substantially faster than SATA-based M.2 drives, which cap at around 560 MB/s. Boot times and large file transfers benefit directly from the PCIe 3.0 x4 NVMe interface.
2,000 MB/s Sequential Write Speed: The 512GB capacity allows the HIKSEMI WAVE(P) to achieve notably higher write throughput than the 256GB model. This makes it more capable for tasks involving regular large writes, such as video exports and software installations.
460K Random Read IOPS: High random read performance reduces the micro-delays that accumulate during multitasking. Opening multiple applications simultaneously, switching between browser tabs, and running background processes all feel more responsive as a result.
3D NAND Flash Technology: Cells are stacked vertically, improving storage density and write endurance relative to older planar NAND. Additionally, this architecture contributes to the drive's stable thermal behaviour under sustained load.
120 TBW Endurance with 3-Year Warranty: The HIKSEMI WAVE 512GB NVMe is rated for 120 terabytes written over its service life. The 3-year warranty provides coverage for typical consumer and light professional workloads.