• price-match

    Price Match
    Guarantee

  • refund-policy

    15 Days refund
    & return

  • secure-payment

    Secure payment
    checkout

  • sameday-shipping

    Can ship same
    day

  • support

    UK based
    support team

  • why-mi

    Why Choose
    Morgan Ingland

  • project-inquiry

    Project
    Inquiry

  • live-chat

    Live chat
    support

Toshiba XG6 M.2 512 GB PCI Express 3.1 3D TLC NVMe

Toshiba XG6 M.2 512 GB PCI Express 3.1 3D TLC NVMe

In Stock In Stock
Brand: Toshiba
SKU: KXG60ZNV512G
Condition: NEW
Delivery: Next Day*
Product Type: Networking
Call For Price (0808 189 1246)
Toshiba XG6 M.2 512 GB PCI Express 3.1 3D TLC NVMe
Hard drive
SSD capacity
512 GB
Memory type
3D TLC
Data transmission
Read speed
3180 MB/s
Write speed
2960 MB/s
Data transfer rate
32 Gbit/s
Endurance
Mean time between failures (MTBF)
1500000 h
Performance
Interface
PCI Express 3.1
Component for
PC/notebook
NVMe
Yes
SSD capacity
512 GB
Read speed
3180 MB/s
Write speed
2960 MB/s
Memory type
3D TLC
Mean time between failures (MTBF)
1500000 h
Hardware encryption
No
Data transfer rate
32 Gbit/s
Design
Component for
PC/notebook
SSD form factor
M.2
Features
Interface
PCI Express 3.1
Component for
PC/notebook
NVMe
Yes
SSD capacity
512 GB
Read speed
3180 MB/s
Write speed
2960 MB/s
Memory type
3D TLC
Mean time between failures (MTBF)
1500000 h
Hardware encryption
No
Data transfer rate
32 Gbit/s
SSD form factor
M.2
Harmonized System (HS) code
84717070
Power
Power consumption (max)
4.7 W
Operating voltage
3.3 V
Operational conditions
Operating temperature (T-T)
0 - 95 °C
Storage temperature (T-T)
-40 - 85 °C
Operating shock
1500 G
Operating vibration
20 G
Technical details
Interface
PCI Express 3.1
Operating temperature (T-T)
0 - 95 °C
Storage temperature (T-T)
-40 - 85 °C
Operating shock
1500 G
Operating vibration
20 G
Hardware encryption
No
SSD form factor
M.2
Weight & dimensions
Width
22 mm
Weight
7.3 g
Height
2.23 mm
Depth
80 mm
Write Your Own Review
You're reviewing:Toshiba XG6 M.2 512 GB PCI Express 3.1 3D TLC NVMe
Back to Top