Simplified USB Pendrive Storage via SPI and I2C
Integrating a standard USB memory stick (pendrive) for data storage into embedded systems is a notorious engineering challenge, primarily due to the complexity of the USB protocol and the requirements of the Mass Storage Class. This category offers specialized hardware solutions that completely bypass the need for a USB host stack. Our chips act as a self-contained storage controller, enabling your host microcontroller to communicate with the pendrive using simple, easy-to-implement interfaces like SPI or I2C. This abstracts away the entire USB communication and physical layer management.
Eliminating the USB Protocol and File System Overhead
Implementing the USB protocol, along with managing the FAT file system (FAT16/FAT32), can be the most time-consuming part of a firmware project. INACKS integrated circuits and modules help a lot to develop products with this category because it avoids the firmware engineer to have to implement by itself the protocol, therefore there are less costs, and product can be ended sooner. By simply sending high-level read and write commands over SPI or I2C, you leverage our chip to handle all the low-level USB signaling, file system creation, and data integrity. This drastically cuts down on development time, allowing you to bring reliable data logging products to market much faster.