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General| Interface Type | USB 3.0 |
|---|---|
| Data Rate | 5 Gbps |
| Operating Temperature | -40°C to +85°C |
| FIFO Support | Yes |
| GPIO | Yes |
| I2C | Yes |
| SPI | Yes |
| UART | Yes |
| Operating Voltage | 1.2V Core, 3.3V I/O |
| GPIO Pins | 32 |
| Processor Core | ARM926EJ-S |
| On-Chip RAM | 512 KB |
| I2C Interfaces | 2 |
| SPI Interfaces | 1 |
| UART Interfaces | 2 |
| Supply Voltage | 1.2V, 3.3V |
| Package Type | BGA |
Provides a detailed overview of each component of the Programmer's Manual.
Details the revisions made to the document over its lifecycle.
Explains the conventions used in the document for clarity and consistency.
Covers the fundamental concepts and architecture of USB 2.0.
Highlights the advancements and new features introduced in USB 3.0.
Lists documents referenced for the content of this chapter.
Details the ARM926EJ-S processor core powering the FX3 device.
Explains the AMBA AHB interconnect for peripheral communication.
Describes the 512 KB system SRAM and memory controller.
Details interrupt handling mechanisms using the ARM vectored interrupt controller.
Explains the hardware interface for debugging the ARM core.
Overview of the various serial and parallel interfaces on the FX3.
Explains the Direct Memory Access engine and its operations.
Details the memory map and register locations for the FX3 device.
Covers reset types, boot process, and device re-enumeration.
Explains the clock generation and distribution mechanisms.
Explains the various power modes and management features.
Provides a programmer's view of the FX3 device and its programmable blocks.
Details the components of the FX3 Software Development Kit.
Explains the firmware framework and API library for application development.
Describes the host-side software stack for FX3 development.
Lists the tools provided for firmware development and debugging.
Details the system initialization sequence for the FX3 device.
Provides a comprehensive library of APIs for FX3 hardware programming.
Illustrates DMA channel configurations with various bulk loopback examples.
Provides basic USB examples for enumeration, endpoint configuration, and reset handling.
Demonstrates the use of serial interfaces like UART, SPI, I2C, I2S, and GPIO.
Shows USB Video Class device implementation.
Demonstrates FX3 GPIF-II implementations for Slave FIFO.
Implements a mass storage class device using FX3 system RAM.
Implements a USB Audio Class microphone example.
Demonstrates APIs for implementing two-stage booting.
Describes the structure of FX3 application code, divided into init and application code.
Explains the initialization sequence of an FX3 application.
Lists and describes registers for I2S, I2C, UART, and SPI interfaces.
Covers registers for configuring and controlling GPIO pins.
Details registers for complex GPIO pin configuration and status.
Defines terms related to data transfer and P-port operations.
Lists key P-port registers for initialization and data transfer.
Describes INTR and DRQ signaling derived from PP_EVENT and PP_INTR_MASK.
Explains how AP transfers data using PP Register protocol and sockets.
Details the required format for FX3 firmware images.
Lists the components of the GNU toolchain provided with the FX3 SDK.
Describes the Eclipse IDE setup for C/C++ development with FX3.
Identifies the preferred JTAG probe for FX3 SDK debugging.
Explains how to import and build FX3 example projects in Eclipse.
Provides steps to import FX3 firmware example projects into Eclipse.
Details the steps to build imported projects within the Eclipse IDE.
Explains how to execute and debug applications using GNU debugger and JTAG.
Illustrates the process of creating new C/C++ projects in Eclipse.
Overview of the host-side software stack for FX3 development.
Describes the generic driver for communicating with USB devices.
Details the C++ API library for USB device communication.
Explains the .NET class library for high-level USB device access.
Describes the C# application for communicating with Cypress USB devices.
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