
- SERIAL COMMUNICATION PROTOCOL ANALYZER SERIAL
- SERIAL COMMUNICATION PROTOCOL ANALYZER WINDOWS 10
- SERIAL COMMUNICATION PROTOCOL ANALYZER PRO
- SERIAL COMMUNICATION PROTOCOL ANALYZER BLUETOOTH
- SERIAL COMMUNICATION PROTOCOL ANALYZER DOWNLOAD
Whatever the problem, without deep packet inspection and mixed signal analysis it can be very hard to work out the underlying cause of an intermittent system fault.
SERIAL COMMUNICATION PROTOCOL ANALYZER SERIAL
Using analog channels to view some of the logic signals it can be easy to see the consequences of an underlying hardware fault which may be causing subtle errors in a digital system.įor example, ground bounce or an otherwise undetected noise issue may be affecting the reliability of a serial link, or perhaps a CAN or I2C device is not releasing from the bus at precisely the right time. This is where Logic can leverage the power of BitScope to capture one or more analog signals concurrently with logic. What one really needs to know is why it occurred at all. Of course knowing when a fault occurs is only half the story. This makes diagnosing system faults at the hardware level much easier because it is possible to see at precisely which point in a protocol sequence a problem occured. Other logic events may be interleaved with protocol fragments if required (in this example, an SPI ADC related SYNC signal) and any channel may be selectively disabled if not needed. The example shown here lists fragments from both an SPI and I2C bus (from the same system) where each packet fragment is displayed in the order it was captured. This means that unlike an ordinary protocol receiver, Logic exposes each fragment of each packet for precise analysis on the timing display and in the optional packet list (on the right). In all these cases the key diagnostic feature of Logic is Deep Packet Inspection. Still others such as SPI (shown below) are even more generic in how they may be used and often make use of other logic signals beyond just the clock and/or serial data. However other protocols such as CAN (shown next) or I2C are rather more complex and can require more sophisticated analysis to diagnose faults. RS-232 is a simple protocol for which packet inspection is little more than decoding and displaying each transmitted byte. This means that in addition to displaying the logic timing and analog waveforms themselves Logic can decode and display the protocols encoded on those waveforms. Deep Packet InspectionĪn important benefit of BitScope Logic is built-in packet decoding and inspection. Most logic analyzers cannot even see analog waveforms but Logic captures both simultaneously to analyze and display mixed signal waveforms associated with serial or parallel logic in the system under test. Logic is perfect for debugging and analyzing systems that use serial logic, especially in a mixed signal context.



I’ve been using this tool for a long time, and it is really powerful and easy to use.
SERIAL COMMUNICATION PROTOCOL ANALYZER PRO
The standard version of the software costs $99.95 and the popular Pro version is $199.95.

SERIAL COMMUNICATION PROTOCOL ANALYZER DOWNLOAD
You can download Serial Port Monitor for a fully-functional 14-day free trial. Other features of this serial port monitor are that the Bit Rate, Character Width, Parity and Stop Bits change serial port parameters on-the-fly.
SERIAL COMMUNICATION PROTOCOL ANALYZER BLUETOOTH
SERIAL COMMUNICATION PROTOCOL ANALYZER WINDOWS 10
