SanDisk SDSSDA Solid State Drive, Capacity: 1TB

UGX 585,622

UGX 936,09837%

In stock

+ shipping from UGX 101,456 to Central Business District

0 out of 5

(No ratings available)

Variation available

Multicolor-1TB

Promotions

Black Friday Live! Grab Up to 60% Off Now!Double the Value: Buy 2 or More, Get 20% Off Check out brand new computing deals Now

Report incorrect product information

Delivery & Returns

Shipped from abroad

Choose your location

Pickup Station

Delivery Fees UGX 101,456

Ready for pickup between 25 November & 29 November when you order within next 17hrs 1mins

Door Delivery

Delivery Fees UGX 102,556

Ready for delivery between 25 November & 29 November when you order within next 17hrs 1mins

Return Policy

Free return within 7 days for eligible items.Details

Seller Information

yunting

86%Seller Score

Be the first to follow

Seller Performance

Shipping speed: Good

Quality Score: Excellent

Customer Rating: Good

Product details

SanDisk SDSSDA Solid State Drive, Capacity: 1TB

Product parameters:
1. Interface: SATA3 interface
2. Hard disk size: 2.5 inches
3. Weight: 10g
4. Size: 69.85x100.5x7.0mm
5. Applicable type: mobile SSD
6. Flash memory architecture: MLC multi-level cell
7. Memory capacity: 120GB/240GB/480GB/1T
8. Applicable type: desktop/notebook
9. Write data transfer rate: 310-450MB/S
10. Read data transfer rate: 535MB/S
Features:
1. Extend the life of the computer, quickly start the computer and shut down, shorten the loading and response time of the application
2. Easy installation, step-by-step installation instructions and copy software to help you install a new hard drive
3. Durable solid-state design, no moving parts, anti-shock, anti-vibration, even if the computer is accidentally dropped, the data can be safe and worry-free
4. Real-time monitoring of hard disk status, through the solid-state hard disk dashboard, you can know the hard disk storage status and operating conditions at any time
5. Low temperature, ultra-quiet operation, the notebook can run for a longer time on a single charge