WD 6TB Black 7200 rpm SATA III 3.5" Internal HDD (Retail) 3.5" sata kiintolevy

WD Black™ 3.5-inch PC Hard Drives are designed to enhance the PC experience across higher intensity computing tasks for digital artists, video editors, photographers, and gamers. Available with up to 256MB2 of DRAM cache on higher capacity models, the WD Black 3.5-inch PC Hard Drives are optimized for performance so you can spend more time experiencing the things you love most.

Inspiring performance and capacity
Available in capacities up to 6TB2, WD Black 3.5-inch PC Hard Drives deliver rapid transfer speeds and feature impressive DRAM cache sizes of up to 256MB on high capacity models. Western Digital®’s Dynamic Cache Technology makes real-time optimizations in the allocation of cache between reads and writes to maximize performance based on the user’s specific workload. Combine a WD Black hard drive with a Western Digital SSD for a dual drive configuration that allows the operating system and critical applications to be stored on the SSD for further-enhanced system performance.

For Creative Professionals
When it comes to storing and editing your digital portfolio, look no further than WD Black 3.5-inch PC Hard Drives. Use the WD Black hard drives for storing large multimedia files including photos, videos, and games to get the best combination of performance and capacity.

For Gamers
WD Black 3.5-inch PC Hard Drives are the perfect storage solutions for gaming machines, providing large capacities to store high-resolution games with their associated downloadable content (DLC) and increased cache sizes that reduce load times. System performance can be boosted even further when combined with a Western Digital SSD. 2TB and greater models of WD Black hard drives also include StableTrac™ Technology for more accurate data tracking and to help reduce any impact from vibrations caused by other gaming hardware.

Increased Reliability
StableTrac Technology (on 2TB and greater models) enables more accurate tracking that improves the performance of both read and write operations. By securing the motor shaft, the impacts of system-induced vibrations from other components are reduced, leading to enhanced reliability.