Our Products & Projects

Specialized Solutions

Retrofit Connectivity

Explore our specialized initiatives, Project CAN and ISOBUS, where we revolutionize connectivity through expert engineering and innovative solutions. Harnessing the power of these protocols, we optimize efficiency and interoperability to drive success across diverse industries.

Spot Spraying
Spot Spraying
ISOBUS Datalogger
ISOBUS Datalogger
Weight Alignment
Weight Alignment
Boom Control
Boom Control
ISOBUS ECU developement
ISOBUS ECU developement

CoreCAN: CAN to USB interface

CoreCAN is a compact, professional CAN-to-USB interface built for rapid prototyping, diagnostics, and field work. It bridges vehicles and industrial equipment to your laptop with reliable CAN 2.0A/B , CANOpen connectivity, simple setup, and cross-platform tooling. Ideal for reverse engineering, lab testing, and on-vehicle validation, CoreCAN keeps your workflow fast, consistent, and brand-ready.

Highlights
  • Plug and play: Quick-start config, and rapid setup.
  • Certified Reliability: Built on a CE and FCC certified board.
  • Robust CAN 2.0A/B: Standard 11-bit and extended 29-bit frames for broad compatibility.
  • Live streaming: Real-time capture and transmit for SavvyCAN desktop apps.
  • Professional branding: Clean USB identity and device labeling for polished deployments.
  • Compact & durable: Palm-size enclosure with secure connectors for field use.
Software, Ordering & Support
  • Software CoreCAN integrates seamlessly with SavvyCAN for real-time streaming, logging, and analysis. You can download the latest SavvyCAN Windows software directly from here.
  • Ordering & Support For ordering, technical assistance, documentation, or general inquiries, contact us at info@mcoretechnology.com. Our team is ready to help you get started quickly and keep your projects running smoothly.
Price: 99 USD / 140 CAD

(Base) In stock | Prices excl. VAT/duties

CAN interface:

  • Standard CAN 2.0A/B
  • Configurable bit rates (e.g., 125 k, 250 k, 500 k, 1 M)
  • Hardware filters and silent (listen-only) mode

Electrical:

  • 7–24 V via CAN connector or bus power options
  • ESD protection and galvanic design considerations

Performance:

  • Low-latency streaming optimized for diagnostics and reverse engineering
  • Cyclic transmit lists and on-device filtering

Form factor:

  • Compact enclosure with status LEDs
  • DB9 or screw terminal options (pinout documented)

Configuration:

  • Simple text-based config or GUI utility to set bit rates, filters, silent mode, and transmit lists

Streaming & control:

  • Real-time capture to desktop applications and Python scripts
  • Transmit single frames or scheduled bursts for bus stimulation and validation

Decoding & analysis:

  • Use DBC files to translate raw CAN into human-readable signals
  • Log exports to CSV for spreadsheets or further processing

Developer-friendly:

  • Python examples for connect, read, write, filter, and decode
  • Clear APIs for rapid prototyping