Toshiba
Toshiba X300 Performance 6TB 3.5" 7200 RPM 512MB cache SATA internal hard drive
A 6 TB desktop drive with 7200 RPM and 512 MB cache for fast access to large game libraries and creative projects
- Massive 6 TB capacity stores huge game libraries
- 7200 RPM spindle speed cuts load times
- 512 MB cache accelerates real-time performance
- Ramp-load design reduces head wear for reliability
- Built-in shock sensors protect data from impacts
Capacity and purpose
The Toshiba X300 Performance is a 3.5-inch 6TB internal hard drive built for gaming PCs and high-end desktop workstations. It spins at 7200 RPM with a 512MB cache to deliver high-level real-time performance for large gaming libraries and graphics-intensive projects.
Upgrade path
This drive replaces slower mechanical disks or lower-capacity storage when you need more space for games and creative files without moving to solid-state media. The jump is worth it if your workload benefits from sustained throughput and massive capacity on a SATA interface.
Compatibility checks
Verify your system has a free 3.5-inch drive bay, a spare SATA data port and a matching power connector. Confirm the motherboard or controller supports the drive’s full capacity and that your operating system can initialize a volume of this size.
Points forts
- Massive 6 TB capacity stores huge game libraries
- 7200 RPM spindle speed cuts load times
- 512 MB cache accelerates real-time performance
- Ramp-load design reduces head wear for reliability
- Built-in shock sensors protect data from impacts
Caractéristiques
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Questions sur cet article
What size drive bay does this 3.5" hard drive require?
This drive fits a standard 3.5-inch internal drive bay in a desktop chassis or all-in-one PC.
Which cable and interface do I connect for installation?
Connect a SATA data cable to the motherboard and a SATA power cable from the power supply; the drive uses the SATA III interface.
How do the built-in shock sensors and ramp loading technology affect long-term reliability?
Shock sensors detect impacts to protect data, while ramp loading parks the recording head off the media to minimise wear during power cycles.
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