• TLC Nand Flash Type :The WALRAM SSD uses TLC Nand flash type, which means it can store more data in less space and provides faster read/write speeds.
• SATA III Bus Type :With SATA III bus type, the WALRAM SSD can transfer data at a faster rate, making file transfers and boot times faster.
• RoHS Certification :The WALRAM SSD is RoHS certified, which means it meets the European Union's Restriction of Hazardous Substances directive, ensuring it's safe to use and environmentally friendly.
• AHCI Transport Protocol :The WALRAM SSD uses AHCI transport protocol, which means it can communicate more effectively with the rest of your computer's hardware, leading to better performance.
Walram SSD 1TB SATA3 2.5 inch SSD 512GB 120GB 128GB 240GB 256GB 500GB 480GB SSD for laptop des PC Internal Solid State Drive
Features and specifications:
High-quality TLC flash, combined with industry-leading high quality controller.
Y-7mm plastic case, easy to install in desktop laptop computers.
※ Suitable for desktops,notebooks, mini computers, all-in-ones, and other commercial PC
※ The shock-proof, durable, and extremely reliable SSD represents the absolute best quality in the field.
※ Read Speed (MAX): 550 MB/s; Write Speed (MAX): 500 MB/s.
※ 3-year limited warranty.
※ Over Voltage Protection 19V
Notice：
1, Our test result is base on sataIII interface,sataIII sata cable,desktop and SSD empty status , different computer and software (include software version), the result may different .
2, Difference between SATA I, SATA II and SATA III
SATA I(revision 1.x) interface, formally known asSATA 1.5Gb/s, is the first generation SATA interface running at 1.5 Gb/s. Max speed 150MB/s.
SATA II(revision 2.x) interface, formally known asSATA 3Gb/s, is a second generation SATA interface running at 3.0 Gb/s. Max speed 300MB/s.
SATA III(revision 3.x) interface, formally known asSATA 6Gb/s, is a third generation SATA interface running at 6.0Gb/s. Max speed 600MB/s. This interface is backwards compatible with SATA 3 Gb/s interface.
If sata3.0 SSD tested speed on sata2.0 interface and sata cable the result will beinaccurate.
3,According to the international stander 1000KB=1MB ,thereal capacity =Capacity x 0.93, please notice that .
Before you use it please right click "My computer-Management-Device manager-disc drive"and can find our SSD. Please do the format and partition .
Before using, please click the right button of the mouse in "My Computer" to enter "Management", find "Device Management Disk", you can see our SSD. Please do a format and partition.
FAQ
A： Why the capacity displayed from PC is smaller than original capacity?
Q：Actual usable space may be less than the total storage capacity listeddue to Decimal measurement used to represent usable capacity of theSSD. Actual capacity calculation: Total storage x0.93 Factory default setting 1GB=1000MB=1000000KB=1000000000B Computer system setting:1GB=1024MB=1048576KB=1073741824BExample: 360GB SSDFactory capacity:360×1000×1000×1000=360000000000B Transfer to PC displayed actual capacity 360000000000B/1024/1024/1024=335G Fast calculation: 360GX0.93=335G.
A：How to format SSD and achieve 4K alignment?
Q：Win7 or higher version OS is recommended due to 'Disk Management Formatting function is built in the systems. We recommend NTDS disk partitionformat and DISKGENIUS tool to make drive partition.PS: Please make sure your PC system runs under AHCI mode.
OtherwiseSSD write/read speed performance and response time will be affected. Use as SSD Benchmark to check if SSD has complied with 4K Alignmentand already been under AHCI Model.
A：Why can't we find SSD hard disk and read /write data?
Q：The newly bought SSD generally need to be formatted in Disk Management before using. It is recommended to format in the windows operating system and use NTFS format.
Note:1GB=1000000000 bytes, due to different capacity algorithms and spare space reservation as well as some capacity will be occupied by storage system programs andperformance optimization, the actual available capacity wil be less than the nominal capacity.(8G ≈ 7.3G, 16G ≈ 14.5G, 32G ≈ 28.6G, 64G≈ 58G, 128G ≈ 118G, 256G ≈ 230.4G, 512G ≈ 476G, 1TB ≈ 930G, 2TB≈ 1870G)