Total Phase, Inc
Total Phase Aardvark I2C/SPI Host Adapter
Total Phase Aardvark I2C/SPI Host Adapter
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Key Features
- USB to I2C and SPI Interface
- Control Centre Software for Windows, Linux and macOS supplied and updated for free
- Supports 5V Logic. Use with Level Shifter Board for Lower-Voltage Logic Levels
- An Essential Tool for all Electronic Design Engineers
- One of the Most Popular I2C/SPI Host Adapters on the Market, Worldwide
Buy an Aardvark I2C/SPI and get 10% off a Beagle I2C/SPI*
Introducing the Total Phase Aardvark I2C/SPI Host Adapter - the industry-standard solution for fast and powerful I2C and SPI testing and programming. This powerful adapter connects to your host PC via USB, allowing you to work with the I2C or SPI bus on Windows, Linux, or Mac OS X.
With the included Total Phase Control Center software, you can easily control and test devices connected to the bus, making it perfect for board testing in a production environment. Plus, with the ability to run custom-written scripts, automatic testing is a breeze. And, with the included free programming software, you can easily program Flash devices. And the best part?
The Total Phase Control Center software can be downloaded for free and regularly updated with no software maintenance fees to pay! Upgrade your I2C and SPI testing and programming today with the Total Phase Aardvark I2C/SPI Host Adapter.
Aardvark I2C/SPI Host Adapter: The Ultimate Tool for Embedded Systems Debugging
As an electronic design engineer, you know the challenges of debugging and testing embedded systems that use I2C and SPI interfaces. Whether you're working on sensors, memory chips, or other peripherals, you need a reliable and efficient way to communicate with these devices. That's where the Aardvark I2C/SPI Host Adapter from Total Phase comes in.
The Aardvark is a versatile USB-to-I2C/SPI adapter that allows you to quickly create working prototypes, evaluate components, and integrate seamlessly into production and testing environments. With its ability to emulate both master and slave devices, communicate at speeds up to 800 kHz for I2C and 8 MHz for SPI, and provide up to 6 GPIO pins, the Aardvark is a must-have tool for any embedded systems engineer.
Key Features and Benefits
Flexible I2C and SPI Connectivity
The Aardvark supports both I2C and SPI interfaces, allowing you to work with a wide range of devices. Whether you need to read from sensors, write to EEPROMs, or control the bus as a master, the Aardvark has you covered. It can even emulate slave devices, making it easy to test your master implementations.
High-Speed Communication
With I2C speeds up to 800 kHz and SPI speeds up to 8 MHz, the Aardvark enables you to communicate with your devices at their maximum supported rates. This means faster debugging, testing, and programming, saving you valuable time and effort.
Versatile GPIO Functionality
In addition to the I2C and SPI interfaces, the Aardvark provides up to 6 GPIO pins that you can use for various purposes. Whether you need to control additional lines, monitor signals, or trigger events, the Aardvark's GPIO capabilities give you the flexibility to tailor your setup to your specific needs.
Powerful Software Support
The Aardvark comes with a suite of software tools that make it easy to use and integrate into your workflow:
- Control Center Software: A graphical interface that allows you to quickly send and receive I2C and SPI messages, as well as automate tasks using XML-based batch scripts.
- Flash Center Software: A tool for reading, writing, and erasing I2C and SPI EEPROMs and flash memories, with an extensible XML-based parts library.
- Aardvark API: A cross-platform library with example code for Windows, Linux, and macOS, enabling you to create custom applications and integrate the Aardvark into your existing tools and frameworks.
Real-World Problem Solving
Engineers around the world have used the Aardvark to solve a variety of problems in their embedded systems projects. Here are a few examples:
- Debugging I2C communication issues between a microcontroller and a sensor by monitoring the bus signals and identifying the source of the problem.
- Programming EEPROMs with firmware updates in a production environment, using the Aardvark's scripting capabilities to automate the process and ensure consistency.
- Evaluating new SPI sensors by quickly connecting them to the Aardvark and reading their data, without having to design and build a custom test fixture.
In summary, the Aardvark I2C/SPI Host Adapter is an indispensable tool for any electronic design engineer working with embedded systems. Its flexible connectivity, high-speed communication, versatile GPIO functionality, and powerful software support make it the ultimate solution for debugging, testing, and programming I2C and SPI devices. Whether you're working on a prototype or integrating the Aardvark into your production environment, this tool will help you focus on your core competencies and deliver high-quality, reliable embedded systems.
Total Phase Aardvark I2C/SPI Host Adapter
Frequently Asked Questions
Ask a Question-
Can my Aardvark be Upgraded?
Yes, The Aardvark firmware is stored in internal Flash Memory, which can be updated, free of charge when new firmware is released by Total Phase. Total Phase offers this free service which secures your investment in their products.
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Can I Program I2C/SPI Memory Devices?
Yes, the Aardvark can program a wide range of EEPROM and Flash memory using the Flash Centre™ software.
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How Long is the Aardvark Warranty
The manufacturer's standard warranty is twelve months. However, The Debug Store offers a full two-year warranty. We can do this because the Aardvark is so reliable.
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How is the Aardvark Powered?
The Aardvark is powered from the host PC via the USB cable. The power consumption of the Aardvark is typically just 25mA.
This avoids having to use a separate power supply. -
The Aardvark Supports I2C and SPI Buses. Can it be used with any other Interfaces?
Yes, The Aardvark Host Adapters will also support:
Display Data Channel (DDC)
System Management Bus (SMBus)
Power Management Bus (PMBus)
Smart Battery Bus (SBBus)
Intelligent Platform Management Interface (IPMI)
Two-Wire Interface (TWI) -
Can the Aardvark Support Multiple Slave Addresses?
Yes and no. The Aardvark can only behave as one I2C address node at any one time. However, the slave address can be changed by using the Aardvark API Software as required.
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Does The Aardvark Support I2C Clock Stretching?
Yes, clock stretching is supported by the Aardvark as a Master or a Slave.
Clock stretching can only be initiated by the slave device. It does this to extend an I2C bus cycle. Note that not all I2C Master or slave devices may support clock stretching so this needs to be considered when clock stretching is relied upon. -
What is an Aardvark I2C/SPI Host Adapter?
The Total Phase Aardvark is a I2C and SPI Bus Host Adapter. It connects to the host PC using a USB cable and is used to control devices on either type of bus. It can also be used to program flash devices with an I2C or SPI bus interface.
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Is their a CAD file available for this part?
Sorry, no as the design files for the product are proprietary. However, the Aardvark is a simple object which can easily be measured to assist with placing it into your equipment. Many customers include the Aardvark into production test rigs successfully.
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What problems does the total phase aardvark i2C/SPI host adapter solve?
The Total Phase Aardvark I2C/SPI Host Adapter is a device that solves the problem of interfacing between a computer and other devices through the I2C and SPI protocols. The adapter provides a convenient and reliable way to connect and communicate with I2C and SPI devices, allowing developers to easily debug, test, and program these devices. By using the adapter, developers can save time and effort in developing their projects, as well as reduce the risk of damaging the target device during the testing and debugging process.
What's Included
Total Phase Aardvark I2C/SPI Host Adapter
- Aardvark I2C/SPI Host Adapter Unit
- 6 foot USB A->B cable
- Software (downloadable from Total Phase)
