gusmanb/logicanalyzer

Features

• Logic Signal Analysis - Provides a software and hardware system for capturing and visualizing high-speed digital signal transitions.
• Logic Signal Capture - Records digital signal transitions across multiple channels to analyze timing and logic states.
• Waveform Visualizers - Displays captured waveforms on a screen with custom channel naming and high sample resolution.
• Digital Logic Analyzers - Functions as a complete software and hardware system for capturing and visualizing high-speed digital signal transitions.
• Digital Protocol Sniffing - Translates raw digital signals into human-readable frames for common embedded communication standards.
• Edge Triggering - Starts data recording when a specified digital channel transitions to a high or low state.
• Pattern Triggering - Initiates data recording when multiple digital channels simultaneously match a predefined state pattern.
• Signal Visualizers - Includes a waveform viewer for analyzing timing, logic states, and signal measurements across multiple channels.
• Signal Triggering Logics - Implements recording triggers based on predefined bit patterns or edge conditions across digital channels.
• Protocol Analyzer Frameworks - Provides a base class for implementing custom protocol decoding logic and data renderers in external assemblies.
• Protocol Decoder Frameworks - Allows the development of custom decoders and renderers for proprietary protocols through external libraries.
• Protocol Analyzers - Provides an extensible analysis framework for implementing proprietary signal decoders via external libraries.
• Protocol Decoders - Translates raw digital signal waveforms into human-readable protocol frames through an extensible plugin system.
• Remote Device Connectivity - Provides mechanisms to establish network connections to capture hardware via IP addresses and ports for remote operations.
• Hardware Control Interfaces - Sends configuration data and commands to the capture hardware over a dedicated TCP port.
• Hardware Signal Inspectors - Includes tools for measuring signal properties like frequency and period to troubleshoot electronic circuits.
• High-Speed Signal Sampling - Supports high-resolution digital signal capture and complex trigger patterns to isolate specific hardware events.
• Signal Waveform Generators - Provides a domain-specific language to generate synthetic signal data for simulating captures or patching data files.
• CSV Serialization - Stores captured signal transitions in comma-separated value formats for portability and external analysis.
• Signal Data Exporters - Saves captured signal transitions to CSV files for use in external analysis tools.
• Signal Capture Utilities - Offers a command line tool to record digital signal data directly into CSV files.
• Command Line Interfaces - Provides a multiplatform command line interface to trigger data collection and manage network settings.
• Burst Capture Mechanisms - Implements trigger-based burst capture to record sequential data blocks while discarding irrelevant samples.
• Capture Channel Management - Allows selection of specific digital channels for monitoring and the assignment of custom names for identification.
• Hardware Daisy Chaining - Supports linking multiple capture devices in a serial configuration to increase the total number of digital channels.
• Hardware Module Chaining - Supports the physical and logical interconnection of multiple capture devices to increase available digital channels.
• Digital Signal Frequency Measurement - Calculates period, frequency, duration, and sample count for selected signal regions.
• Remote Hardware Capturing - Enables connecting to network-enabled capture devices via WiFi for signal recording without physical tethering.
• Signal Sampling Parameters - Provides settings for sampling frequency and the number of samples to record around a trigger event.
• Remote Signal Acquisition Tools - Operates as a network capture tool to acquire digital signal data remotely over TCP via WiFi.
• Signal Burst Modes - Supports burst mode capture to efficiently record sequential data blocks by automatically rearming the trigger.

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