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Product Information : Client HDD (Mobile)

MK1060GSCX

ITEM MK1060GSCX
Basic specification
Interface SerialATA2.6/ATA8
Interface speed 1.5Gb/s
Formatted Capacity 100GB
Number of data heads 1
Number of disks 1
Number of User data cylinders 154800 Typ.
Bytes per sector (HOST) 512
Logical Blocks (LBA) 195,371,568
Maximum areal density 507.1Mbit/mm2 (327.1Gbit/in2)
Environmental compliance RoHS compliant
Performance
Buffer size 8MB
Rotation speed 4,200rpm
Average Latency time 7.14 ms
Internal transfer rate 323 to 665 Mb/s (Typ.)
Average seek time 12ms
Track to track seek time 2ms
Max. seek time 22ms
Reliability
Load/Unload 600,000 times (Room Temperature)/
300,000 times (Operational temperature range)
Error rate non-recoverable 1/1014 bit read
Supply Voltage
Allowable Voltage 5 V ±5%
Power consumption
Start 7.0W (Max.) (-30 to -20°C)
5.5W (Max.) (-20 to 85°C)
Seek 2.3W (Typ.)
Read/Write 2.0W (Typ.)
Low power Idle 0.8W (Typ.)
Stand-bye 0.25W (Typ.)
Sleep 0.13W (Typ.)
EEnergy Consumption Efficiency[1]/Category name 0.0080 / D
Dimension
Height 9.5mm
Width 69.85mm
Depth 100.0mm
Weight
Weight 96g (Typ.)
Temperature
Operating -30 to 85°C
Non-Operating -40 to 95°C
24/7 power-on operation -15 to 70 °C (disk enclosure surface)
Atmospheric Pressure
Attitude (op) 495hPa(5,650m) -1,050hPa(-300m)[2]
Attitude (non-op) 193hPa(12,000m) -1,050hPa(-300m)[3]
Vibration/Shock
Vibration resistance (op) 29.4m/s2 , 3G(5 to 50Hz)24.5m/s2 , 2.5G(50 to 200Hz)
19.6 m/s2 , 2G(200 to 500Hz)
Vibration resistance (non-op) 49m/s2 (5.0G) 10-500 Hz
Shock (op) 2,940m/s2 (300G) (2ms half sine)
980m/s2 (100G) (11ms half sine)
Shock (non-op) 7,840m/s2 (800G) (1ms half sine)
Acoustics
Idle (ave.) 22dB
Seek 23dB
24x7 operation
24x7 operation Yes[4]

[1] Energy Consumption Efficiency: Energy consumption efficiency is calculated based on power consumption divided by formatted capacity, as defined by Japanese law.
[2] Reference: Based on the evaluation method of the International Civil Aviation Organization. Variation can occur depending on such condition as temperature and other factor
[3] Reference: It depends on the Chronological Sciencetific Table. It is different depending on the condition of the temperature etc.
[4] Cannot be applied for high operating ratio system kind of the business-critical.
*Definition of Capacity: TOSHIBA defines a megabyte(MB) as 1,000,000bytes, and a gigabyte(GB) as 1,000,000,000 bytes.