KIOXIA Hard Drives/Solid State Drives 7

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Part RoHS Manufacturer Recording Technology Drive Carrier Width Endurance Type Product Color TAA Compliant Brand Name Product Line Product Model Product Type Storage Capacity Rugged Data Transfer Rate Protocols SCSI Pin eSATA Pin Power Source Operating Power Consumption TCO Certified Spindle Speed (rpm) Cache Capacity (IDEMA) Packing External Drive Type RDX Technology Built-in Devices Buffer Environmental Certification Environmentally Friendly Post-consumer-waste% Limited Warranty Random 4KB Write Encryption Standard Average Latency Network (RJ-45) Assembly Required Wireless LAN Maximum Seek Time BUS Powered Product Series Platform Supported Depth Packaged Quantity Drive Height Form Factor Access Time Operating System Compatibility Width Maximum Read Transfer Rate SATA Pin File Format System Package Type Random 4KB Read Length For Country/Region Shipping Weight (Approximate) Number of Network (RJ-45) Ports Recycled Content Average Seek Time Endurance (TBW) Energy Star Operating Temperature (T-T) Disk Format RAID Levels Shipping Height Drive Interface Maximum Write Transfer Rate Weight (Approximate) Wireless LAN Standard Product Condition Number of USB Hub Ports Maximum Internal Data Transfer Rate Durability Input Voltage SAS Pin Latency Standby Power Consumption Bytes Per Sector SSD Cache Capacity Hot Pluggable Device Supported Height Drive Carrier Endurance (DWPD) Ethernet Technology Drive Interface Standard Product Name Drive Type Maximum External Data Transfer Rate Recycled Shipping Width Host Interface Hot Swappable Compatible Operating Systems Shipping Depth Country of Origin

KBG40ZNS256G

Toshiba

KIOXIA

KBG40ZNS256G

Solid State Drive

256 GB

3.6 W

No

BG4

30.15 mm

M.2 2230

22.15 mm

2200 MB/s

PCI Express NVMe

1400 MB/s

2.5 g

Notebook, Storage System, Server

2.23 mm

PCI Express NVMe 3.0 x4

BG4 KBG40ZNS256G Solid State Drive

Internal

KBG40ZNS512G

Toshiba

KIOXIA

KBG40ZNS512G

Solid State Drive

512 GB

3.5 W

No

BG4

30.15 mm

M.2 2230

22.15 mm

2200 MB/s

PCI Express NVMe

1400 MB/s

2.5 g

Notebook, Storage System, Server

2.23 mm

PCI Express NVMe 3.0 x4

BG4 KBG40ZNS512G Solid State Drive

Internal

KXG60PNV2T04

Toshiba

KIOXIA

KXG60PNV2T04

Solid State Drive

2 TB

4.9 W

No

XG6-P

80 mm

M.2 2280

22 mm

3180 MB/s

PCI Express NVMe

2920 MB/s

7.3 g

Desktop PC, Workstation

2.23 mm

0.3

PCI Express NVMe 3.1 x4

XG6-P KXG60PNV2T04 Solid State Drive

Internal

KBG40ZNS1T02

Toshiba

KIOXIA

KBG40ZNS1T02

Solid State Drive

1 TB

3.7 W

No

BG4

30.15 mm

1

M.2 2230

22.15 mm

2300 MB/s

PCI Express NVMe

1800 MB/s

2.6 g

Notebook, Ultra Mobile PC, Server, Desktop PC, Workstation

2.38 mm

PCI Express NVMe 3.0 x4

BG4 KBG40ZNS1T02 Solid State Drive

Internal

KCM61RUL960G

Toshiba

Read Intensive

KIOXIA

KCM61RUL960G

Solid State Drive

960 GB

50000 IOPS

No

CM6-R

100.45 mm

2.5"

69.85 mm

6900 MB/s

880000 IOPS

U.3

1400 MB/s

130 g

15.0 mm

1

PCI Express NVMe 4.0 x4

Enterprise NVMe Read-intensive SSD

Internal

KCD61VUL800G

Toshiba

KIOXIA

KCD61VUL800G

Solid State Drive

800 GB

90000 IOPS

No

CD6-V

100.45 mm

2.5"

69.85 mm

5800 MB/s

700000 IOPS

PCI Express NVMe

1300 MB/s

130 g

15.0 mm

3

PCI Express NVMe 4.0 x4

Data Center NVMe Mixed-Use SSD

Internal

KBG40ZNS128G

Toshiba

KIOXIA

KBG40ZNS128G

Solid State Drive

128 GB

3.4 W

No

BG4

30.15 mm

M.2 2230

22.15 mm

2000 MB/s

PCI Express NVMe

800 MB/s

2.5 g

Notebook, Storage System, Server

2.23 mm

PCI Express NVMe 3.0 x4

BG4 KBG40ZNS128G Solid State Drive

Internal

Hard Drives/Solid State Drives

Hard drives and solid-state drives (SSDs) are storage devices used to store and retrieve digital data in computers and electronic devices. Hard drives consist of rotating magnetic platters, read/write heads, and a motor assembly, while SSDs use flash memory chips to store data. Both hard drives and SSDs come in various capacities and form factors, offering different levels of storage space and performance. Hard drives are ideal for high-capacity storage at a lower cost per gigabyte, while SSDs provide faster data access speeds and improved durability due to their lack of moving parts.