OCZ Z-Drive m84 PCI-Express SSD
_1.jpg)
PCI-E Solid State Drives / 256GB - 1TB / x8 PCI-E / 4 x SATA / MLC NAND / Mainstream Solution
The Z-Drive m84 is a PCI-Express Solid State Drive designed to offer the performance of OCZ’s Z-Drive product line to enthusiasts for a more affordable price point and availability in the mainstream market segment versus the enterprise channel. The Z-Drive m84 is the answer to the demand from end-users to have access to this state-of-the-art storage solution.
With cost-effective multi-level cell (MLC) NAND and a bootable internal RAID 0 configuration, the Z-Drive m84 is ideal for desktop enthusiasts seeking plug and play solid state technology. By taking the SATA bottleneck out of the equation with a high-speed PCI-Express interface, the Z-Drive m84 pushes the performance barrier future than competing mainstream SATA-based SSD products. The m84 can accommodate a wider range of applications and computing environments such as video editing and other multi-media creation and management, all while providing lower power consumption, superior durability, and shock resistance compared to traditional rotational-based drives.
Perfect for bleeding-edge users migrating to SSD solutions but needing ample storage capacity for their workstations or desktops, the m84 is available in 256GB, 512GB, and 1TB (1024GB) models to house a comprehensive collection of applications and files. The Z-Drive m84 comes backed by a leading 3-year warranty and dedicated technical support, ensuring unparalleled peace of mind for your performance investment.
Important SSD notes:
Solid State Drives DO NOT require defragmentation. It may decrease the lifespan of the drive.
Consumers may see a discrepancy between reported capacity and actual capacity; the storage industry standard is to display capacity in decimal. However, the operating system usually calculates capacity in binary format, causing traditional HDD and SSD to show a lower capacity in Windows. In the case of SSDs, some of the capacity is reserved for formatting and redundancy for wear leveling. These reserved areas on an SSD may occupy up to 5% of the drive’s storage capacity.
Rated speeds may vary slightly depending on the benchmark used, drivers, windows version, bios version and file size. We recommend using ATTO and IOMeter for benchmarking PCI-Express SSDs.
The Z-Drive m84 is a PCI-Express Solid State Drive designed to offer the performance of OCZ’s Z-Drive product line to enthusiasts for a more affordable price point and availability in the mainstream market segment versus the enterprise channel. The Z-Drive m84 is the answer to the demand from end-users to have access to this state-of-the-art storage solution.
With cost-effective multi-level cell (MLC) NAND and a bootable internal RAID 0 configuration, the Z-Drive m84 is ideal for desktop enthusiasts seeking plug and play solid state technology. By taking the SATA bottleneck out of the equation with a high-speed PCI-Express interface, the Z-Drive m84 pushes the performance barrier future than competing mainstream SATA-based SSD products. The m84 can accommodate a wider range of applications and computing environments such as video editing and other multi-media creation and management, all while providing lower power consumption, superior durability, and shock resistance compared to traditional rotational-based drives.
Perfect for bleeding-edge users migrating to SSD solutions but needing ample storage capacity for their workstations or desktops, the m84 is available in 256GB, 512GB, and 1TB (1024GB) models to house a comprehensive collection of applications and files. The Z-Drive m84 comes backed by a leading 3-year warranty and dedicated technical support, ensuring unparalleled peace of mind for your performance investment.
Important SSD notes:
Solid State Drives DO NOT require defragmentation. It may decrease the lifespan of the drive.
Consumers may see a discrepancy between reported capacity and actual capacity; the storage industry standard is to display capacity in decimal. However, the operating system usually calculates capacity in binary format, causing traditional HDD and SSD to show a lower capacity in Windows. In the case of SSDs, some of the capacity is reserved for formatting and redundancy for wear leveling. These reserved areas on an SSD may occupy up to 5% of the drive’s storage capacity.
Rated speeds may vary slightly depending on the benchmark used, drivers, windows version, bios version and file size. We recommend using ATTO and IOMeter for benchmarking PCI-Express SSDs.
