AK6480BL

Memory AKM AK6480BL Overview

The Memory AKM AK6480BL is a high-performance IC EEPROM designed by AKM, tailored for applications requiring robust data storage and retrieval within a compact form factor. This EEPROM, part number AK6480BL, offers an 8 Kbit memory size with a high-speed SPI interface capable of up to 1 MHz operation. Encased in a space-efficient 8SON package, it combines durability with reliability, making it an ideal choice for sophisticated electronic systems needing dependable non-volatile memory. The AK6480BL is engineered to meet the demanding requirements of both industrial and commercial markets, facilitating extensive use in a multitude of settings.

AK6480BL Features

The AK6480BL from AKM features an 8 Kbit capacity, providing sufficient space for critical data storage without the bulk of larger memory modules. Operating over a SPI interface, it allows for speeds up to 1 MHz, ensuring quick data access and streamlining system operations. Its compact 8SON package is designed for minimal space usage, making it perfect for high-density board applications. Furthermore, the EEPROM technology used in AK6480BL guarantees data retention and easy integration into various circuit configurations.

AK6480BL Applications

• Consumer Electronics: Used in devices like smart watches and other wearable technology to store user settings and small amounts of data crucial for device functionality.
• Medical Devices: Integrates into portable medical monitoring devices, ensuring data such as patient records and device configuration settings are retained between uses.
• Automotive Applications: Applied in car infotainment systems to store customizable user settings, enhancing the user experience and device personalization.
• Industrial Control Systems: Serves as a reliable solution for storing firmware and configurations in complex machinery controls, facilitating consistent operation and easy maintenance.
• Telecommunication Infrastructure: Used in network devices to maintain critical network configurations, supporting system stability and performance across telecommunications networks.