Твердотельный накопитель Kodak X350 SSD 128 ГБ 256 Гб PCIe NVME жесткие диски 512 твердотельный

Твердотельный накопитель Kodak X350 SSD 128 ГБ 256 Гб PCIe NVME жесткие диски 512 твердотельный

Speed
128GB : Read (max) up to 1900MB/s , Write (max.) up to 600MB/s.
256GB : Read (max) up to 2500MB/s , Write (max.) up to 1300MB/s.
512GB: Read (max) up to 2500MB/s, Write (max.) up to 1800MB/s.
1TB : Read (max) up to 2500MB/s , Write (max.) up to 1800MB/s.
The speed test is based on the latest 64-bit version of CristaldiskMark, which will fluctuate depending on the configuration, for reference only Speed is depend on host device, interface, usage conditions and the type of your device. Data from offical website.
TBW :

128GB: 375 TB.
256GB: 750 TB.
512GB: 1500 TB
1TB: 3000 TB.
TBW(TeraBytes Written)is a measurement of SSD's expected lifespan. which represents the amount of data written to the device. - TBW may differ according to platform and user behavior, NAND endurance cycles, and write amplification (WAF) .

Feature:
Support System: windows 7,8,10.Linux v.2.6.x+, Chrome OS .
Support Device:Computer/Laptop/Server.
Memory management: ECC (Error Correction Code) .
Mean Time Between Failure (MTBF): 2,000,000 hours.
Interface type: M.2 2280/Pcie gen3 x4.M key.
Flash Type: TLC 3D NAND/NVME .

Form factor:  80.0×22×3.58mm.
Temperature: Operation: 0°C ~ 70°C, Storage: -40°C ~ 85°C.
Static and dynamic:

1. Bad block management.  
2. TRIM management.

3. SMART management/Over-Provision/Low power management. 
Warranty:3  Years from Kodak.

About capacity: 
128GB  Approximately  119GB.
256GB  Approximately  238GB.
512GB  Approximately  476GB.
1TB  Approximately  930GB.
2TB  Approximately  1860GB.
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

*In order to achieve optimal speed, the motherboard must support and work in PCIe Gen 3.0 x 4 mode; if the motherboard does not support PCIe 3.0 and above, or the motherboard works in PCIe Gen 3.0 x 2 mode, the optimal speed cannot be achieved.

*Notebooks with too old production years may not reach the specified speed. Notebooks with a relatively new production year and supporting PCIE3.0X4 are required to better reach the specified speed.

*Desktop motherboards recommend using B350/B360/B450 or higher configuration motherboards to achieve the specified speed. You can use the CrystalDiskInfo software to test whether your motherboard meets PCIE3.0X4.
X79/X99 series motherboards using our M.2 SSD may have compatibility issues or lack of performance and speed. Please purchase with caution


*Note: Using an external adapter may cause unrecognition or the speed cannot reach the specified situation. Therefore, it is not recommended to use an external adapter to connect to the SSD. Buyers who use an external adapter should purchase with caution. Therefore, the unusable problem caused by the external adapter is not a problem of the SSD product itself.
If the notebook cannot use the built-in M.2 SSD, you can buy our external solid state drive