I need to program 1.8V SPI devices with one of your Flash Socket Boards.

I have been using your Aardvark I2C/SPI Host Adapter for many projects. For the latest project, I need to set up the Aardvark adapter to communicate with at least three SPI slaves. I have many evaluations to run  – I don’t want to change the wiring of my setup for each project.  If I used Aardvark API Software, would it be possible to program the I2C pins as additional Slave Select (SS) pins?

The lab has a Cheetah SPI Host Adapter. It works great as an SPI master, but for the current project I need an SPI slave that can transmit at least 256 bytes. Unless there’s a way the Cheetah adapter can be programmed as a slave, what do you recommend? I’d also like these other details about your recommendation.

I’m trying to monitor eSPI traffic at 48 MHz. However, the method I’m currently using degrades the eSPI signals.  To get clean signals, the bus had to be slowed down to 8MHz before it was reliable again. Unfortunately, that does not support the functionalities that I need to verify and support.

I’ve been using Cheetah SPI Host Adapter and Flash Center Software and they work really well together.  I have a new client and their new design includes Quad SPI – is there any way to use your high-speed Cheetah adapter for that project? What are my options?

The human body is a complex system. Engineers, scientists and physicians are doing their best to keep our systems running with embedded devices and medical equipment.

From the computer systems that control safety features in the latest automobiles to the ATMs we use regularly to access cash, embedded systems can be found everywhere in our society. In fact, a full 98% of microprocessors manufactured today will find their use in embedded systems. That leaves just 2% for use in computers!