Σκληρός Δίσκος M.2 SSD 2TB SSD Klevv C910 PCIe Gen4x4

Installment plan | Amount / month |
---|---|
2 | 69,17 € |
4 | 34,77 € |
6 | 23,30 € |
8 | 17,57 € |
10 | 14,13 € |
12 | 11,84 € |
18 | 8,02 € |
24 | 6,11 € |
36 | 4,20 € |

Συμπλήρωσε τα στοιχεία σου για να σε καλέσουμε άμεσα.
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Pickup from the store:El. Ave. Venizelou 73 (formerly Theseos), Kallithea
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Pick up from a BoxNow machine:With BoxNow you can pick up your parcel from an Automatic Pickup Machine that is near you at all hours of the day 24/7. Possibility of cash on delivery with an additional fee of €1
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Shipping to your location (Calculate shipping):
Detailed Description
The Klevv CRAS C910 PCIe Gen4x4 2TB M.2 SSD is engineered for high-performance applications, making it an ideal choice for gamers and creative professionals. With a robust architecture and cutting-edge technology, this SSD ensures a superior computing experience.
Key Features:
- High Speed: Achieve remarkable read speeds up to 5200 MB/s and write speeds of 4800 MB/s.
- Advanced Technology: Utilizes PCIe Gen4 x4 NVMe 1.4 interface for optimal performance.
With this drive, users can enjoy seamless multitasking and rapid application loading, enabling efficient workflow and enhanced productivity.
Specifications:
- Form Factor: M.2 2280 (80mm x 22mm x 3.4mm with heatsink)
- Endurance: Rated at 1400 TBW
- Encryption: Supports AES 256-bit for data security.
This SSD's thermal management features and compact design make it a top selection for high-end desktops. Discover the performance of the Klevv CRAS C910 for your demanding computing needs.
Specifications
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Form Factor
- M.2 2280
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Capacity
- 2TB
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NAND Flash
- Essencore 3D TLC NAND
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Controller
- Realtek RTS5772DL
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Cache
- No onboard cache; uses Host Memory Buffer
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Sequential Read Speed
- 5200 MB/s
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Sequential Write Speed
- 4800 MB/s
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4K Random Read IOPS
- 560000
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4K Random Write IOPS
- 615000
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Endurance (TBW)
- 1400 TBW
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Weight
- 10 g with heatsink
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Encryption
- AES 256-bit
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Thermal Management
- Optional aluminum heatsink
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Error Correction
- LDPC ECC engine and global wear leveling