Today’s automotive infotainment designers are facing a difficult challenge. They are being asked to do more with less. Consumers are demanding better quality audio and video, and better vehicular fuel efficiency.

Analog Devices heard the demand and is leading the charge in the solution through the introduction of the Automotive Audio Bus® (A2B) digital audio technology, which delivers high fidelity audio for automobiles while significantly reducing the weight of existing cable harnesses (by upwards of 75% in key applications) – resulting in improved vehicle fuel efficiency.

A kit from Dediprog with all you need for firmware development and SPI programming. Emulate Flash memories using high download speeds. Single, Dual and Quad IO support.

Question: I was looking for an I2C development tool to program an EEPROM chip and monitor the data as I program the EEPROM. Looking at your website, I found two I2C tools - the Aardvark I2C/SPI Host Adapter and the Beagle I2C/SPI Protocol Analyzer. Can you tell me what the difference is between the Aardvark and the Beagle? Which tool should I use?

• Update any SPI Flash memory directly on your board
• Easily controlled by USB
• Use 4 programmers in parallel

The SF100 programmer is used to read, program or update the Serial Flash soldered on board or inserted in the socket of the Dediprog Backup Boot Flash tool by using the computer software through USB communication.

Are you working with I2C or SPI?

If so, did you know that the I2C Development Kit offers a significant savings over buying some of our products separately?

For the price of an Aardvark I2C/SPI adapter and a Beagle I2C/SPI analyzer, the I2C kit bundles an I2C/SPI Activity Board and two 10-pin split cables at no additional cost!

The activity board is useful as a known-good slave for you to test your commands and the labeled split cables provide an easy way for you to hook up our solutions to your system.

Get your Development Kit here

Watch this third video in the iProtoXi Micro Sensor series and see how this Arduino compatible tiny RGB Micro LED-Board runs through the web in real-time. This small and programmable LED-Board can be easily embedded in your existing design.

Other types of micro sensors are also available such as:

• Air and temperature sensor
• Proximity and ambient light sensor
• Motion sensor

Watch this second video in the Micro Sensor series and see how this Arduino compatible tiny motion sensor runs through the web in real-time. This small but very smart sensor can be easily embedded in your existing design.

Other types of micro sensors are also available such as:

• Air and temperature sensor
• Proximity and ambient light sensor
• Programmable RGB LED controller
• Motion sensor

Watch this video and see how this Arduino compatible tiny proximity sensor runs through the web in real-time. This is really cool!

Other types of micro sensors are also available such as:

• Motion sensor
• Air and temperature sensor
• Proximity and ambient light sensor
• Programmable RGB LED controller

ProtoXi provides both wired and wireless embedded sensor solutions tailored for customer's applications. Applications can be embedded or larger systems, and may be connected to cloud services.

Example of sensors provided is accelerometers, magnetometers, gyroscopes, touch, pressure, force, proximity, ambient light sensors and sensor combinations (sensor fusion).

Watch this video demonstration showing how easy sensors can be connected to the Micro board.

iProtoXi uses intelligent sensor development platform as a modular tool for developing customer applications. The modular sensor development platform be used with I2C or SPI devices.

See all available sensor boards here