The Intel PC28F00AP30BF: A Monolithic 128-Megabit StrataFlash Memory for Embedded Systems

In the rapidly advancing world of embedded electronics, the demand for high-density, reliable, and power-efficient non-volatile memory is greater than ever. The Intel PC28F00AP30BF stands as a pivotal solution in this space, a 128-megabit (16-megabyte) monolithic memory device that has been engineered to meet the stringent requirements of modern embedded applications.

Organized into 8,192 individually erasable blocks, this StrataFlash memory offers exceptional flexibility for firmware storage, data logging, and application code. The block-erasable architecture is a critical feature, allowing system designers to update specific sections of code or data without the need to erase and reprogram the entire device, thereby significantly speeding up development cycles and field updates.

A defining characteristic of this memory component is its operation on a single 3.0-volt power supply, with a range from 2.7V to 3.6V. This low-voltage operation makes it ideally suited for power-constrained, battery-operated, and portable devices where minimizing energy consumption is paramount to extending operational life. Furthermore, its monolithic (single-chip) construction is a key advantage in space-sensitive designs, enabling high storage capacity without the physical footprint of a multi-chip solution.

The device represents a key milestone in the evolution of embedded storage, bridging the gap between older, less efficient technologies and modern NAND flash, while offering a robust and well-understood interface for developers. Its reliability and density make it a cornerstone for systems ranging industrial automation and telecommunications to automotive infotainment and medical instrumentation.

ICGOOODFIND: The Intel PC28F00AP30BF is a high-density, block-erasable flash memory that provides a reliable, low-power, and space-efficient storage foundation for a generation of innovative embedded systems.

Keywords: StrataFlash Memory, Non-Volatile Storage, Embedded Systems, Low-Power Operation, Block-Erase Architecture.