Kodak Ultra SSD 1T Sata 2.5 Inch Solid Disk High Speed 550Mb/s 512/128/256G HD SATA Disk Internal Hard Drive for Laptop Computer
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Application: Desktop
Application: Laptop
Application: Server
Application: Workstation
Application: Industrial Computer
Brand Name: Kodak
Size: 2.5"
Package: Yes
Nand Flash Type: TLC
Style: SSD
Transport Protocol: AHCI
High-concerned chemical: None
Bus Type: SATA III
Origin: Mainland China
Certification: CE
Type: Internal
Controller: TLK
Interface Type: SATA
Cooling Fin: No
Max Sequential Write: 510
Max Sequential Read: 550
RGB: No
• High-Speed Data Transfer :The SATA III bus type ensures lightning-fast data transfer speeds, making file transfers and boot times a breeze.
• RGB Lighting :This SSD doesn't have RGB lighting, but it's still a great option for those who want a reliable and fast storage solution.
• TLC NAND flash type:The use of TLC Nand flash type ensures high performance and reliability, making it an ideal choice for demanding applications.
• RGB Lighting :This SSD doesn't have RGB lighting, but it's still a great option for those who want a reliable and fast storage solution.
• TLC NAND flash type:The Kodak X120 PRO SSD Drive HDD 2.5 Hard Disk SSD 120GB 1TB 512GB 128GB 256GB HD SATA Disk Internal Hard Drive for Laptop Computer uses TLC Nand flash type, which ensures high performance and reliability.
• SATA III Bus Type :With SATA III bus type, the Kodak X120 PRO SSD Drive HDD 2.5 Hard Disk SSD 120GB 1TB 512GB 128GB 256GB HD SATA Disk Internal Hard Drive for Laptop Computer provides fast data transfer speeds and improved power efficiency.
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.
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








