Kodak X130 PRO SSD Hard Disk Drive 128GB 256GB 512GB 1TB Hdd 2.5 SATA3.0 Disk Internal Hard Drive for Laptop Computer

• High Storage Capacity :The Kodak X130 PRO SSD Hard Disk Drive offers 128GB, 256GB, 512GB, or 1TB storage capacity, providing ample space for your laptop's files and applications.

• SATA III Bus Type :Equipped with a SATA III bus type, this hard drive ensures high-speed data transfer and efficient performance for your computer.

• Internal Drive Design :As an internal drive, it fits perfectly into your laptop's interior, making it ideal for upgrading your device's storage capabilities.

• AHCI Transport Protocol :Using the AHCI transport protocol, this hard drive ensures secure and reliable data transfer between your laptop's components.

• 2.5 Inch Size :With its 2.5 inch size, this hard drive is designed to fit snugly into your laptop's case, ensuring optimal space utilization.

• Versatile Application :Whether it's for a workstation or a laptop, this hard drive is versatile enough to meet your various computing needs. Lenovo

Speed:
Read Rate(Sequential):up to 550MB/S.
Write Rate(Sequential):up to 510MB/S.
Speed is depend on host device, interface, usage conditions and the type of your device.

Feature:
Support System: windows 2000/XP/Vista,7,8,10.Mac OS: 8.6 and above.Linux v.2.6.x+, Chrome OS .
Support Device:Computer/Laptop/Server.
Memory management: ECC (Error Correction Code) .
Interface type:SATA III 6Gb/s (compatible SATA II 3Gb/s) .
Safety:Dustproof,Shockproof.
Reliability: 2,000,000 hours.
Form factor: 2.5 inches (100mm (L) x 69.85mm (W) x 7.00mm (H)) .
Static and dynamic:
1. Bad block management.
2. TRIM management.
3.SMART management/Over-Provision/Low power management.

About capacity on windows:
128GB Approximately 119 GB
256GB Approximately 238 GB
512GB Approximately 476 GB
1TB Approximately 930 GB
Vendors are using decimal arithmetic: 1MB = 1000KB, 1G = 1000MB calculated, but the operating system is using binary arithmetic: 1MB = 1024KB, 1GB = 1024MB. So there are some differences between display capacity and nominal capacity of flash memory products