I’m using the Komodo CAN Solo Interface with Komodo Software API. Can you help me understand the timestamps? Do timestamps change with the bit rate?  What are the units of the timestamp? Here is what I’m looking at in the example code monitor.c, the structure of km_can_info_t:

I’ve been using the Cheetah SPI Host Adapter for a while – today I have a question. I’m working on a prototype SPI device with a data length of 33 bits – it’s not based on a “normal” byte. I’ve been looking at the Cheetah Software API.  Is there a function I can use for transmitting variable length data?

Five years later, in 2013, came a new revision of the USB specification that could transfer up to 10 Gbps, twice that of USB 3.0. With the latest revision, there also came a name change to the preliminary USB 3.0 protocol; USB 3.0 became USB 3.1 Gen 1 and the successor was named USB 3.1 Gen 2.

I am testing the usage of the Aardvark API Software in my C# application and it works as expected. When I change the address of my device to a different address used in the application (i.e., make it the wrong address) and then use aa_i2c_read, the data I receive is 0. However, I  expect to get the error (AA_I2C_READ_ERROR) as indicated in the Aardvark I2C/SPI Host Adapter User Manual. This seems to occur with other function calls as well.

Can the CAN-H, CAN-L, and ground from an automobile radio that has been removed from a vehicle be connected directly to the Komodo CAN Solo Interface?  I’m looking to transmit CAN messages to the radio using the Komodo interface directly – will additional wiring be needed? Power will be supplied to the radio through a separate power supply.

With the A2B Adapter Board, you have the configurable device with two independent AD2425-based A2B node for monitoring or interacting with A2B systems. How about securing and protecting the board in the working environment? No problem – we also provide the A2B Adapter Board Enclosure.

We just created a new video  to help you understand and easily use the Automotive Audio A2BTM bus analyzer for the automotive audio bus.  Here’s an overview of what our video tutorial covers:

I am using the Beagle USB 480 Protocol Analyzer and the Data Center Software – I’m looking to improve throughput on a USB system. Looking at the data capture, I saw about 300ms delay between index 17 and 27. To make sure I understand the results, I have some questions:

Sub-standard USB-C cables have caused a lot of trouble, and Nintendo is the latest company to feel the burn. Within the last couple years, Nintendo has released one its newest gaming consoles, Nintendo Switch, which combines a home console and a handheld gaming device.