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Key Benefits:
You & Your AI can Debug Multiple Processors or FPGAs Simultaneously
See What Your Firmware is Doing in Real-Time
Capture Variables, States, Logic, Analog, Decoded Busses, Current and Debug Output on Multiple Channels
Automatically Graph Internal Variables
Trace Events to Source Code
Automatic Setup for Fast Debug Cycles
Nanosecond Timestamp Accuracy
Use on Any Processor or FPGA
Key Features:
AI Snapshot Export: Select any region of your capture, press Ctrl+C, and a plain-text trace lands on your clipboard in .aft format. Paste it straight into Claude, ChatGPT, Gemini, or any AI chat and ask questions about what your firmware and hardware did. No screenshots, no files to upload.
MCP Server: Connect Claude Desktop and let the AI operate the instrument directly. Start and stop captures, search decoded data, drive outputs, and save files from plain-English instructions, with more than 40 tools covering the full Automation API.
Active Debug Port: Output real-time debug data—variables, state changes, and custom messages—directly to the software without stopping execution. Messages link to the exact source code lines that generated them, giving you a clear, time-correlated view alongside waveforms, protocols, and current measurements.
Multi-Processor Support: Monitor up to four processors simultaneously to see exactly how they interact, perfect for debugging multi-core or distributed systems.
Real-Time Variable Graphing: Visualize firmware variables as they change dynamically, providing immediate, actionable insights into system behavior.
Automatic Packet Field Decoder: Easily analyze standard and proprietary communication protocols with Packet Presenter, which automates field decoding and simplifies complex data streams.
Dynamic Current Analysis: Measure and display system current in real-time to pinpoint power-hungry firmware sections or unexpected consumption.
Signal Generators: Built-in digital and analog signal generators let you simulate inputs, stress-test systems, and validate signal responses.
Automation API: Integrate the Active-Pro into your custom workflows with scripting support for automated testing and analysis.
Data Exporting: Export captured waveforms, debug logs, and decoded protocol data in multiple formats to document findings or integrate results into other tools.
The Active-Pro combines all these capabilities into a single, streamlined device, making it easy to debug microcontrollers, FPGAs, and other embedded systems. By reducing the need for separate tools, it speeds up troubleshooting, simplifies complex workflows, and helps you get to the root of your problems faster.
Digital Inputs
Sample Buffer Depth (limited only by disk size): > 4 Trillion
Digital Channels: 8
Digital Sample Rate for logic traces: 120 Msps
Digital Signal Fastest Measurable: 60MHz
Digital Sample Rate Hardware Decoders: 240 Msps
Digital Logic Families Supported: 1V to 5V variable
Digital Input Voltage Range: -0.5V to 6V
Digital Input Impedance: 1M || 10pf
Sample Compression: Proprietary Lossless Compression
Capture Time Per Gigabyte Example (1MHz I2C register read every 10 msec): 383K Seconds = 4.4 Days
Oscilloscope Inputs
Analog Channels: 3 Single Ended or 2 Single Ended + 1 Differential
Analog Input Voltage Range: 0V to 20V, or -10V to +10V measurable, -30V to +30V tolerant
Analog Input Impedance: 1M || 10pf
Analog Sample Rate for Single Ended Channels: 1Msps
Analog Single Ended ADC: 12-bits
Analog Sample Rate for Differential Channels: 200Ksps
Analog Differential ADC: 15-bits
Dynamic Current Measurements using Differential Input
Hardware and Software Bus Decoding
I2C, SPI, UART, 1-Wire, MDIO, LIN, CHSI
RS232 and DS101
I2C Decoding: Automatic Signal Detection
SPI Decoding: Automatic Signal Detection
UART/ASYNC Decoding: Automatic Baud Rate Detection
ACTIVE Debugger Interface: Automatic Signal Detection
EE101 Debugger Interface: Automatic Signal Detection
Internal decoder sample rate: 240Msps
Packet Presenter runs on all protocols Channels: Yes
Packet Presenter Fields Graphable: 63
Outputs
Digital Channels: 2
Digital Output Levels: 0V, 3.3V and tri-state
Digital PWM Control: 0 to 100% @ 250kHz
Digital Drive Current: 8mA max
Analog Channels: 2
Analog Output DC Levels: 0V to 3.3V variable and tri-state
Analog Waveforms: Sine, Ramp, Triangle, Square
Analog Waveform Frequency: 62.5 to 25K Hz
Analog Min and Max Voltage Range: 0V to 3.3V in 0.1V steps
ACTIVE Debugger
Active Devices monitored simultaneously: 4 (A, B, C and D)
Active Debug Pins Per Device: 1 (UART) or 2 (Clock and Data)
Active Variables graphed per device: 64
Active Debug Channels per device: 64
Firmware Control of Active-Pro App: LED Color, Capture Start and Stop, Beep, Screen Capture and Capture Save
Debug Message Timestamp Resolution: 8.3ns
Accessories Included
Test Leads: 19
Test Clips: 19
USB-C Cable
Storage Case
Physical
Size: 1.8" x 2.2" x 0.45"
Weight: 0.7 oz
PC Connection and Power
Windows, Mac and Linux
Connection and Power: USB-C
Connection Throughput: 480Mbps
Power Consumption: 120 mA at full throttle
Data Capture: Stream directly to disk
Overcurrent Protection: 3 Resettable Polyfuse
What You Get:
5 Complete Sets of each of the below
Active-Pro Debugger and Logic Analyzer Pod
Active-Pro Software Application (Windows, Mac, Linux)
USB Cable (USB-A to USB-C), 3-foot
19 Test Clips and Color-Coded Leads
Compact Storage Box
1-year Warranty
