I need to emulate an SPI slave device that operates at 4 MHz. I am looking at the Promira Serial Platform and the applications. Would the SPI Active - Level 1 Application fulfill these requirements?

The Control Center Serial Software and Flash Center Software are free software platforms offered by Total Phase that allow users to interface with Total Phase programming tools such as our I2C and SPI host adapters.

I am using the Aardvark I2C/SPI Host Adapter with an I2C device. I need to read and write to specific registers, such as:

It has been over two decades since the iMac G3 became the first mass-market personal computer to incorporate Universal Serial Bus (USB) ports into its design. For those old enough to remember, USB replaced a whole range of serial and parallel ports that were used to connect computer peripherals such as monitors, keyboards, and other I/O devices. Different types of devices were manufactured with many different types of ports and compatibility between computers and peripherals was a constant issue. The USB standard changed all of this by establishing a "universal" port that could be used for all kinds of peripherals.

I am using the Beagle USB 12 Protocol Analyzer to monitor a High-speed USB bus. It detects no USB traffic or enumeration - what am I missing?

The Control Center Serial Software is one of the free GUI applications offered by Total Phase. It is designed specifically to work with our host adapter products allowing users to emulate a master or slave by quickly issuing Read and Write commands over an I2C or SPI bus. This easy-to-use software tool can perform a variety of functions suited to a range of customer applications. The Control Center Software can be used with the popular Aardvark I2C/SPI Host Adapter, our flagship Promira Serial Platform, or the speedy Cheetah SPI Host Adapter.

I am looking for a programmable SPI interface adapter for communicating with two SPI devices: one Master and one Slave. Here are the Master and Slave waveforms I plan to use for SPI communication. The delay gaps are defined for some of the transactions.

The Internet of Things (IoT) consists of everyday devices that connect to each other via the internet or other wireless networks. IoT devices are used in industrial applications and manufacturing, as well as in all types of vehicles and in the home. Despite the widespread deployment of IoT devices, however, little attention has been paid so far to the need to secure these devices from unwanted access or manipulation. As a result, there may already be billions of deployed IoT devices with inadequate security measures.

How can I accurately determine the latency when sending data from one CAN port to another?