MK4004GAH

MK4004GAH (HDD1524) 40.0GB 1.8-inch HDD Toshiba introduces a 40GB 1.8-inch embedded HDD, the MK4004GAH. Enabling some of today's most exciting, small form factor mobile devices, the new mini-drives offer manufacturers significant storage for consumer, commercial and PC applications - such as music players, handheld PCs, PDAs, wearable computers and laptops. Toshiba is committed to grow with developers and users to provide smart computing solutions, backed by Toshibarenowned quality and technology leadership. 40.0 Gigabytes* Lightweight, only 62 grams Low Power Consumption 15ms Average Seek Time 100MB/s Ultra DMA Transfer Rate 300,000 MTTF Hours Specifications Data Storage Physical: Per drive, formatted* Number of Disks Number of Data Heads User Data Cylinders 40.0GB 2 4 38,160 16 16,383 63 78,126,048 16.6MB/sec 100MB/sec 125.5 - 253.1 Mbits/sec 3ms 15ms 26ms 3.3V (±5%) 0.01W/GB 1.2watts 1.4watts 1.4watts 1.4watts 0.6watts 0.2watts 0.08watts 4,200rpm Logical Configuration: Heads Cylinders User Sectors/Track at zone 0 Logical Blocks (LBA) Data Transfer Rate: Buffer to Host- PIO Buffer to Host- Ultra DMA Maximum Internal Seek Time: Track-to-track Average Maximum Nominal Power Requirements: Voltage Energy Consumption Efficiency: Power Consumption: Start Seeking Reading Writing Idle Standby Sleep Other: Rotational Speed Average Latency Interface Buffer 7.14ms ATA (2 - 5) 512KB Physical & Environmental Specs Dimensions/Weight: Height Width Depth Weight 0.315" (8.0mm) 2.12" (54mm) 3.09" (78.5mm) 2.19 oz (62g) 41° - 140°F (5 to 60°C) -4° - 149°F (-20 to 65°C) -40° - 158°F (-40 to 70°C) 1.0G (5-50 Hz) 250G/2.0ms 1,000G/1.0ms Reliability Characteristics Ambient Temperature: Operating Non-Operating Shipping Vibration and Shock: Operating Vibration Operating Shock Non-Operating Shock Error Rates: Non-recoverable Seek 1 in 1013 bits 1 in 106 seeks Other: MTTF (Power on hours) Preventive Maintenance Product Life 300,000 None 5 years or 20,000 power ON hours *Toshiba defines a megabyte (MB) as 1,000,000 bytes and a gigabyte (GB) as 1,000,000,000 bytes.