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MT29F256G08CJABBWP-12IT:B

MT29F256G08CJABBWP-12IT:B Description

The MT29F256G08CJABBWP-12IT:B is a high-density 256Gbit (32GB) NAND Flash memory device from Micron Technology Inc., designed for applications requiring large-scale, non-volatile storage with parallel interface support. Organized as 32G x 8, it operates at a clock frequency of 83 MHz and is optimized for a supply voltage range of 2.7V to 3.6V, making it suitable for industrial and embedded systems. The device is packaged in a 48-pin TSOP (Thin Small Outline Package) and is RoHS3 compliant, adhering to environmental standards. Although marked as obsolete, it remains relevant for legacy designs requiring reliable, high-capacity flash storage.

MT29F256G08CJABBWP-12IT:B Features

• High-Capacity Storage: 256Gbit (32GB) density in a single chip, ideal for data-intensive applications.
• Parallel Interface: Enables fast data transfer with an 83 MHz clock speed, ensuring efficient read/write operations.
• Wide Voltage Range: Operates at 2.7V–3.6V, providing flexibility in power-sensitive designs.
• Industrial Reliability: Moisture Sensitivity Level (MSL) 3 ensures robustness in varied environmental conditions.
• Compliance: Meets ECCN 3A991B1A and REACH Unaffected standards, suitable for global deployments.
• Surface-Mount Design: 48-TSOP package facilitates compact PCB integration.

MT29F256G08CJABBWP-12IT:B Applications

• Embedded Systems: Ideal for industrial controllers, automation, and IoT devices requiring non-volatile storage.
• Data Logging: High capacity supports long-term storage in medical, automotive, and aerospace systems.
• Legacy Upgrades: Suitable for retrofitting older designs needing reliable, high-density flash memory.
• Consumer Electronics: Used in set-top boxes, digital signage, and gaming consoles where parallel NAND is preferred.

Conclusion of MT29F256G08CJABBWP-12IT:B

The MT29F256G08CJABBWP-12IT:B offers a balance of high capacity, speed, and industrial-grade reliability, making it a strong choice for legacy and specialized applications. While newer technologies may supersede it, its parallel interface and robust design ensure continued utility in systems where compatibility and proven performance are critical. Engineers should evaluate alternatives for new designs but can leverage this device for cost-effective upgrades or long-lifecycle projects.