MSO5000HD-CANXL

MSO5000HD-CANXL – CAN XL Protocol Decode Option

🚙 Unlock Future-Ready In-Vehicle Network Decoding on the MSO5000HD

The UNI-T MSO5000HD Series is equipped for next-generation automotive development. With 1 GHz bandwidth, 12-bit resolution, and a real-time waveform capture rate up to 1.5 million wfms/s, it’s designed to keep pace with the most advanced automotive networks. The MSO5000HD-CANXL unlocks full decode and trigger support for CAN XL (Controller Area Network eXtended Length)—the latest evolution in CAN protocol technology designed to meet the rising data demands of autonomous and connected vehicles.

CAN XL bridges the gap between CAN FD and Ethernet, offering longer payloads (up to 2048 bytes) and higher data rates, making it ideal for zonal architectures and bandwidth-heavy automotive subsystems.

🔍 Key Capabilities

• Decode CAN XL traffic with detailed breakdown of control, header, and data phases

• Trigger on ID fields, payload content, CRC errors, or length violations

• View multi-kilobyte payloads with scrollable data overlays

• Display control bit status, including priority and acknowledgment fields

• Export event tables for data review or automated diagnostics

• Capture timing-related waveform faults that would disrupt communication

🧠 Benefits of MSO5000HD-CANXL

• Develop for the Future of Automotive Architecture
  As zonal control and centralized computing become the norm, CAN XL decoding will be essential for ECUs, gateways, and sensor hubs.

• High-Speed Protocol, High-Resolution Insight
  Combine long-payload packet decode with MSO5000HD's high-speed analog capture to catch hard-to-find timing, jitter, or noise issues.

• Flexible Triggering for Deep Debug
  Rapidly isolate a specific message or payload across multi-million-point captures using ID or data-based conditions.

🛠️ Ideal Applications

• Advanced automotive electronics R&D

• Zonal gateway communication analysis

• CAN XL compliance verification

• Sensor and camera data routing systems

• ECU software validation with long payload support

🔗 Bundle Availability

The MSO5000HD-CANXL decode option is also available as part of:

• ✅ MSO5000HD-AUTO – for teams working with multiple automotive buses including CAN-FD, SENT, LIN, and FlexRay

• ✅ MSO5000HD-BND – full unlock for all protocol decode options supported by the MSO5000HD

Explore the bundles here:

• MSO5000HD-AUTO product page →

• MSO5000HD-BND product page →

🧩 Optional Unlockable Software Features – MSO5000HD Series

🔌 Protocol Decode Options

These licenses unlock triggering and decoding for specific digital protocols:

• MSO5000HD-CANFD – CAN FD (Flexible Data Rate)

• MSO5000HD-CANXL – CAN XL (next-generation automotive network)

• MSO5000HD-FLEX – FlexRay (time-deterministic automotive bus)

• MSO5000HD-SENT – SENT (Single Edge Nibble Transmission, used for sensors)

• MSO5000HD-AUDIO – I2S, Left Justified (LJ), Right Justified (RJ), and TDM audio protocols

• MSO5000HD-ARINC429 – ARINC 429 (aerospace serial bus)

• MSO5000HD-MIL1553 – MIL-STD-1553B (military avionics bus)

• MSO5000HD-MANCH – Manchester encoding protocol

• MSO5000HD-1WIRE – 1-WIRE protocol

• MSO5000HD-I3C – I3C (improved two-wire interface for embedded systems)

⚠️ RS232, UART, SPI, I2C, CAN, and LIN are included as standard and require no license.

📈 Power Analysis

MSO5000HD-PWR – Unlocks the oscilloscope’s integrated power analysis features for evaluating:

• Power quality

• Harmonic distortion

• Rds(on), switching loss

• Safe operating area

• Slew rate, ripple, transient response, and efficiency

🎛️ Function Generator & Bode Plot

MSO5000HD-AWG – Enables the dual-channel 50 MHz arbitrary waveform generator

• Used for signal injection, loop testing, and frequency response analysis

• Required for full use of the Bode Plot mode

⏱️ Timing Analysis

MSO5000HD-TIME – Unlocks the Time Sequence Analyzer

• Measures setup/hold time, edge detection, amplitude, and pulse width

• Supports test report export for buses such as I2C, SPI, CAN, and I2S

📶 Bandwidth Upgrade

Bandwidth unlocks are available to upgrade lower-tier models to higher bandwidth tiers:

• Example: Upgrade 350 MHz model to 500 MHz or 1 GHz