Microchip Split Gate 16 MB Quad-SPI Flash Memory 8-Pin WDFN SST26VF016B-104I/MF

Microchip SST26VF016B-104I/MF is a Split Gate 16 MB Quad-SPI Flash Memory device housed in a compact 8-pin WDFN package. This surface-mount Flash Memory IC features a Serial Quad I/O™ (SQI™) interface providing a six-wire, 4-bit I/O interface that enables low power and high performance operation. Its maximum clock frequency of 104 MHz facilitates fast read speeds suitable for executing code in place with minimal processor buffer memory requirements.

The device uses Microchip’s SuperFlash® technology offering exceptional erase performance with sector and block erase commands typically completing in 18 ms and full chip erase in 35 ms. Its Split Gate cell type provides enhanced reliability and endurance compared to traditional flash memories.

Designed for use in automotive and industrial applications, this memory chip meets the AEC-Q100 standard and operates over a broad temperature range from -40°C to 85°C. The device supports 2.7 to 3.6 volts supply and consumes low power with typical active read current of 15 mA and standby current of 15 µA.

This 8-pin WDFN package device measures only 6 mm in length, 5 mm in width, and 0.8 mm in height, allowing for compact system designs. It supports flexible SPI protocols including x1, x2, and x4 modes, enabling compatibility with various host controllers.

Typical industrial and embedded use cases include automotive electronics, industrial control systems, and consumer devices requiring reliable, high-speed non-volatile memory solutions.

16 Megabyte memory size with 2M x 8 bit organization. 104 MHz maximum clock frequency enabling high-performance data access. SuperFlash technology offers fast erase times and low power consumption. Compact 8-pin WDFN surface mount package supports dense PCB layouts.

Operating temperature from -40°C to +85°C ensures robustness in harsh environments. Automotive compliant AEC-Q100 standard for enhanced reliability. Supports multiple SPI protocol modes for flexible device integration. Low standby current reduces power consumption for battery-operated designs.

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