MTSD512AKC7MS-1WTCS (512 GB)
MICRON QLC, MicroSDXC Card, UHS-1, Class 10, 512 GB, 3.3 V, -25 °C
Features
• Micron® 3D QLC NAND Flash
• Form factor: 8-pad microSD memory card (11mm × 15mm)
• Density1
: 128GB, 256GB, 512GB, 1TB
• SD Physical Layer Specification version 6.10 compliant2
– microSD Card Specification version 4.203
– SD memory card file system specification
– Password protection of cards
– Supports secure digital interface (SD) and serial peripheral interface (SPI)
• Mean time to failure (MTTF): 2 million hours
• Endurance: Total bytes written (TBW)
– 128GB: up to 120TB
– 256GB: up to 240TB
– 512GB: up to 480TB
– 1TB: up to 960TB
• Surveillance recording capability
– 128GB: 24/7 recording @ 8Mb/s for 3 years
– 256GB: 24/7 recording @16 Mb/s for 3 years
– 512GB: 24/7 recording @32 Mb/s for 3 years
– 1TB: 24/7 recording @64 Mb/s for 3 years
• Health monitoring: Available 4
• Performance
– Refer to Performance and Capacity (page 6) for read and write speed
• Bus speed mode (theoretical transfer rate @x4 bits)
– Default: 3.3V signaling up to 12.5 MB/s @25 MHz
– High-speed: 3.3V signaling up to 25 MB/s @50 MHz
– SDR12: UHS-I 1.8V signaling up to 12.5 MB/s @25 MHz
– SDR25: UHS-I 1.8V signaling up to 25 MB/s @50 MHz
– SDR50: UHS-I 1.8V signaling up to 50 MB/s @100 MHz
– SDR104: UHS-I 1.8V signaling up to 104 MB/s @208 MHz
– DDR50: UHS-I 1.8V signaling up to 50 MB/s @50 MHz (sampled on both clock edges)
• 1.8V low voltage signaling (LVS) interface support 5
– LV50: LV cards supporting UHS50
– LV104: LV cards supporting UHS104
• Integrated power-on reset, oscillator, voltage regula[1]tion, and voltage detection circuits
• Built-in features for defect and error management
– LDPC error correction code implemented
– Global wear leveling
– Bad block management
– Refresh mechanism for UECC prevention
– Sudden power-off (SPO) protection
• Operating voltage: 2.7–3.6V
• Temperature
– Operating: –25°C to +85°C
– Storage: –40°C to +85°C
• Standards compliance
– RoHS
– FCC
– CE
– BSMI
– KC RRA
– W.E.E.E.
– VCCI
– IC
• Halogen-free
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