MT29F32G08ABAAAWP:A

The MT29F32G08ABAAAWP:A is a 32 Gbit parallel NAND flash memory device in a 48‑pin TSOP I package. It implements asynchronous and synchronous NAND architectures with ONFI 2.2‑compliant signaling and supports a parallel x8 organization (4G × 8).

Designed for embedded non‑volatile storage, the device provides multi‑mode I/O, a comprehensive command set and defined array performance characteristics to support system designs requiring deterministic program/read/erase behavior and flexible interface options.

Key Features

• Memory Capacity & Organization 32 Gbit total density organized as 4G × 8 with 4096 total blocks (device size listing from the product family).
• Page, Block and Plane Geometry Page size (×8): 8640 bytes (8192 + 448); block size: 128 pages; plane configuration: 2 planes × 2048 blocks per plane.
• Synchronous and Asynchronous I/O Supports synchronous timing up to mode 5 with DQS data strobes and asynchronous timing up to mode 5. Read/write throughput per pin: up to 200 MT/s (synchronous) and 50 MT/s (asynchronous).
• Array Performance Specified timings include read page ≤ 35 μs (MAX), program page ~350 μs (TYP), and block erase ~1.5 ms (TYP).
• Command Set & Advanced Operations ONFI NAND Flash Protocol, plus advanced commands: program cache, read cache (sequential and random), OTP mode, multi‑plane commands, multi‑LUN operations, read unique ID and copyback.
• Endurance & Data Retention Endurance specified at 80,000 program/erase cycles and data retention compliant with JESD47G (per datasheet family notes).
• Power and Voltage Operating VCC range 2.7–3.6 V. VCCQ supported at 1.7–1.95 V or 2.7–3.6 V per device options.
• Package and Temperature 48‑TSOP I (48‑TFSOP, 18.40 mm width) package; commercial operating temperature 0°C to +70°C (TA).
• System Integration Notes RESET (FFh) is required as the first command after power‑on; the operation status byte provides software methods to detect completion, pass/fail and write‑protect status. First block (block address 00h) is valid when shipped from factory.

Typical Applications

• Embedded non‑volatile storage systems Use the MT29F32G08ABAAAWP:A where parallel NAND x8 storage with defined page/block geometry is required for firmware, code storage, or file systems.
• Systems requiring deterministic program/read/erase timing The specified array performance numbers (read, program, erase) support designs that need predictable flash operation latencies.
• Designs needing flexible I/O modes Applications that can benefit from either asynchronous or synchronous I/O operation and ONFI 2.2 interoperability.

Unique Advantages

• High density in a compact TSOP package: 32 Gbit capacity in a 48‑TSOP I footprint enables significant storage without large PCB area changes.
• Flexible interface modes: Support for both asynchronous and synchronous operation (with DQS) and ONFI 2.2 compliance allows integration into a range of parallel NAND host controllers.
• Advanced command capabilities: Program/read cache, multi‑plane and multi‑LUN commands and OTP mode provide functionality to optimize throughput and storage management.
• Defined endurance and retention: Endurance of 80,000 program/erase cycles and JESD47G data retention compliance provide quantified reliability characteristics for lifecycle planning.
• Predictable array performance: Published read, program and erase timings support system timing budgets and performance analysis.
• Power and voltage flexibility: VCC and VCCQ options cover common system supply ranges (2.7–3.6 V and 1.7–1.95 V) for varied host designs.

Why Choose MT29F32G08ABAAAWP:A?

The MT29F32G08ABAAAWP:A combines a high 32 Gbit density with ONFI 2.2‑compliant parallel interfaces and a compact 48‑TSOP package to deliver a practical, quantifiable NAND flash solution for embedded storage applications. Its documented array performance, advanced command set and endurance/retention specifications make it suitable for designs that require stable, predictable non‑volatile storage behavior.

This device is well suited to engineering teams and procurement seeking a parallel x8 NAND memory device with defined electrical, timing and reliability parameters, and where integration into existing NAND‑based architectures and host controllers is required.

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