Meeting the highest performance requirements in AI, imaging, and new applications
Includes encryption accelerator and high-bandwidth data subsystem

Infineon Technologies (hereinafter Infineon) has introduced the EZ-USB™ family of programmable USB peripheral controllers, which enable the design of USB devices that meet the highest performance demands in AI, imaging, and new applications by continuously improving functionality and performance.

Infineon announced on the 5th that it has launched the new EZ-USB FX10, which increases bandwidth by up to three times compared to previous products by providing fast connectivity through USB 10Gbps and LVDS interfaces.

The EZ-USB FX10 features dual ARM® Cortex®-M4 and M0+ core CPUs, 512KB flash, 128KB SRAM, 128KB ROM, and 7 serial communication blocks (SCBs).

It also includes encryption accelerators and high-bandwidth data subsystems.

The high-bandwidth data subsystem enables direct memory access (DMA) data transfer between LVDS/LVCMOS and the USB port at speeds up to 10 Gbps and supports an additional 1 MB SRAM for USB data buffering.

The EZ-USB FX10 provides USB-C connector orientation detection and flip-mux functionality, so external logic It is not necessary.

The EZ-USB FX10, offering these comprehensive features, is ideal for developers who need a powerful and flexible USB controller.

The EZ-USB FX10 optimizes the BOM by requiring a smaller PCB footprint.

The 10mm x 10mm BGA package is suitable for space-constrained applications.

It simplifies the design process by supporting direct USB-C connection without a high-speed signal multiplexer.

The Quick Start development kit includes firmware and configuration tools for easy integration.

The EZ-USB FX10 DVK (development kit) provides a standard FPGA mezzanine card (FMC) connector, allowing for easy connection to FPGA boards and all-in-one programming and debugging accessory boards.

In addition, it provides comprehensive application notes on hardware and software design, enabling developers to develop high-performance devices for various applications.