High-performance USB-based emulator for development and debugging
Manufacturer: analog-devices
# ADZS - HPUSB - ICE Product Series Introduction
## 1. Overview
The ADZS - HPUSB - ICE product series is a high - performance, versatile in - circuit emulator (ICE) solution developed by Analog Devices. Designed to meet the rigorous demands of embedded system development, this series offers developers a powerful tool to debug, optimize, and test their applications on Analog Devices' processors and microcontrollers.
## 2. Key Features
### 2.1 High - Speed USB Connectivity
- The ADZS - HPUSB - ICE utilizes a high - speed USB interface, which provides a fast and reliable connection between the emulator and the host computer. This high - speed data transfer capability allows for quick download of code to the target device and rapid retrieval of debug information, significantly reducing development time.
- The USB interface is also plug - and - play, making it easy to set up and use. Developers can simply connect the emulator to their computer's USB port and start debugging without the need for complex configuration.
### 2.2 Compatibility
- This product series is highly compatible with a wide range of Analog Devices' processors and microcontrollers. Whether it's the Blackfin processors, SHARC processors, or other related devices, the ADZS - HPUSB - ICE can be used for in - circuit debugging.
- It also supports multiple operating systems on the host side, including Windows, Linux, and macOS. This cross - platform compatibility gives developers the flexibility to choose the operating system that best suits their development environment.
### 2.3 Advanced Debugging Capabilities
- **Real - Time Debugging**: The ADZS - HPUSB - ICE enables real - time debugging of the target device. Developers can pause the execution of the program at any point, inspect the values of variables, registers, and memory locations, and step through the code line by line. This real - time visibility into the program's execution helps in quickly identifying and fixing bugs.
- **Breakpoint and Watchpoint Support**: It supports multiple hardware breakpoints and watchpoints. Breakpoints can be set at specific addresses in the code, allowing the program to stop when it reaches that point. Watchpoints can be used to monitor changes in memory locations, which is useful for detecting memory corruption issues.
- **Trace and Profiling**: The emulator provides trace and profiling capabilities. Trace allows developers to record the execution path of the program, which can be used to analyze the flow of the code and identify performance bottlenecks. Profiling helps in measuring the execution time of different parts of the code, enabling optimization efforts.
### 2.4 Low - Power Operation
- The ADZS - HPUSB - ICE is designed with low - power consumption in mind. This is especially important for battery - powered devices or applications where power efficiency is a critical factor. The low - power operation of the emulator ensures that it does not significantly impact the power consumption of the overall development setup.
## 3. Physical Design
- The ADZS - HPUSB - ICE has a compact and portable design. Its small form factor makes it easy to carry around and use in different development environments, whether it's in a laboratory, an office, or a field - testing location.
- The emulator is built with high - quality components, ensuring its reliability and durability. It has a robust connector interface that provides a stable connection to the target device, minimizing the risk of signal loss or interference during debugging.
## 4. Software Tools and Support
- Analog Devices provides a comprehensive set of software tools that are compatible with the ADZS - HPUSB - ICE. These tools include integrated development environments (IDEs) such as VisualDSP++ and CrossCore Embedded Studio.
- The IDEs offer a user - friendly interface for code development, debugging, and profiling. They provide features like code editing, compilation, and debugging controls, all in one place.
ADZS-HPUSB-ICE
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