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 The user panel block is designed specifically to display and monitor real-time data using a variety of fully customizable gauges, thermometers, number sliders, and text labels. The panel consists of a simple form editor that allows gauge items to be added and linked to any variable in the CAN database. Every aspect of the items can be configured to create a unique appearance; custom and pre-designed themes are also available.
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 The Raw Capture block displays a real-time list of every CAN message (or error message) that is received by its input port. Aside from showing all the relevant information, if an incoming packet is defined in the current CAN database, the packet will be highlighted using the assigned color-code. The block also provides "live" text filtering based on all displayed columns, advanced hierarchical column sorting, locked/unlocked automatic scrolling, exporting to excel for post-analysis, full integration with the active CAN database, an advanced details view for each packet, and the ability to display all relevant fields in either decimal or hexadecimal.
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 The Variable Watch Block is used to monitor the value and stats of individual CAN variables. The watch list reports the current value as well as the average received period, total count, and last received timestamp for each chosen variable. The block also supports exporting all variables to a Microsoft Excel CSV file for easy post-analysis.
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 The 11-bit and 29-bit Transmitter Blocks are used to generate messages on the CAN network. Each transmitter can be configured to send pre-defined messages after a certain time offset, at a recurring interval, or after a hot-key is pressed by the user. Standard CAN and J1939 packets are both supported along with all relevant fields.
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The CCP block is used to test and diagnose a CAN Calibration Protocol (CCP) implementation. The block supports all the most fundamental CCP commands: CONNECT, GET_CCP_VERSION, EXCHANGE_ID, GET_SEED, UNLOCK (CAL resource), SET_MTA, DOWNLOAD, UPLOAD, and DISCONNECT. It allows the user to enter a simple script to perform the custom GET_SEED/UNLOCK sequence and provides support for reading and writing arbitrary memory addresses in an ECU.
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 The Packet Watch Block is used to monitor the statistics of individual packets received on the CAN network. It can be used to measure the average period, total message count, message rate, maximum period, minimum period, and last time received for any message type. All measurements are very high-precision because hardware timestamps from the ECOM device are used.
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 The graph block is used to plot any variable in the CAN database; as each variable is received, it is plotted in real-time in the graph window. The graph was developed completely from scratch with the sole purpose of being able to handle streaming data with a moving time axis. Due to its tuned development efforts and focus on performance, there is not a graphing tool available that is smoother or better suited for real-time streaming data; response and display time is instant.
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 The Script Block is used to write customized code that can interact with incoming and outgoing packets. The C/C++ like syntax can be easily learned, even by non-programmers, based on the many examples and documentation that is available. If a special function is needed and none of the other blocks can do it, the scripting will be able to fill the gap. Easily implement advanced filters, triggered responses, data encryption/decryption, end-of-line testing procedures, node emulators, etc.
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The J1939 Diagnostic Block is used to display diagnostic trouble codes (DTCs) and other fault-code information for J1939 based systems. The diagnostic window displays the Malfunction Indicator Lamp (MIL), Red Stop Lamp, Amber Warning Lamp, and Protect Lamp states for all systems on the CAN network. It also has the ability to display an interactive list of all active, pending, and historic DTCs as well as freeze frame data and information.
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  The Live Replay Block is used to playback CAN sessions that were previously captured and saved using a Recorder Block. The recorder simply saves every received CAN message to a user specified file so that it can be replayed at a later time. The live replay allows real-time playback, preserving all original timestamps in the process. An entire saved session can be perfectly replayed for repeated analysis; furthermore, the rate of playback can be changed anywhere from 1/10th to 100x the original speed.
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The Packet Filter Block is used to selectively forward incoming CAN packets to the blocks output port. Each filter can be configured as either a "Pass Filter," where only matching packets get forwarded, or as a "Reject Filter," where all messages are forwarded except those that match. Packets can be added, removed, enabled, or disabled, all while the capture is still "live".
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The Bus Stats Block is used to report statistics for all CAN messages that are received. It displays information about the total packet counts, error counts, multipacket counts, data transmission rates, bus load, capture time, and the capture state.
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CANCapture 
The ECOM function block is used to represent an ECOM device physically connected to the local computer. As each message (or error frame) is received from the CAN bus, it is sent to the output port of the block. If a trace is connected to the input port of the ECOM block, then each incoming message that is received will be transmitted on the respective CAN bus.