USB to CAN Adapter Analyzer – PCAN Firmware Signal Converter

$60.62 $82.03

Gaqqee USB to CAN Adapter Analyzer – PCAN Firmware Edition

The Gaqqee USB to CAN Adapter Analyzer is a compact, high-performance signal converter that bridges your computer's USB port to a CAN bus network. Built on a reliable imported STM32 chip, this module is engineered for engineers, developers, and technicians who need dependable CAN bus data capture, monitoring, and analysis. It ships with PCAN firmware pre-installed and supports online firmware upgrades for future-proof flexibility.

Key Features

CAN 2.0A Standard Support: Fully compatible with the mainstream CAN 2.0A (standard) protocol, ensuring broad device interoperability across industrial and embedded systems.
Wide Baud Rate Range: Configurable from 5 kbps up to 1 Mbps, with support for fully custom baud rate settings to match your specific network requirements.
Five Flexible Transmission Modes: Choose from single transmission, multi-frame, manual, timed, and cyclic transmission modes for versatile data handling.
Advanced Reception Options: ID-filtered reception lets you capture only data from specified IDs; automatic acknowledgement mode allows the device to auto-reply with pre-configured data for designated IDs.
CAN Bus Monitoring: Real-time bus status monitoring makes it easy to observe network activity and diagnose issues during development or testing.
STM32 Chip Solution: Utilises an imported STM32 microcontroller for stable, reliable communication with microcontrollers and host computers alike.
Secondary Development Ready: Supports embedded secondary development and online firmware upgrades, giving developers full customisation control.
Broad OS Compatibility: Works seamlessly with Windows XP, 7, 8, 10, and 11, as well as various Linux distributions.
Low Power Consumption: Designed for energy-efficient operation, ideal for extended testing and monitoring sessions.
Compact Form Factor: Measuring just 73.8 mm × 23.6 mm, it fits easily into any workspace or portable toolkit.

Performance Specifications

Protocol: CAN 2.0A (Standard)
Baud Rate: 5 kbps – 1 Mbps (customisable)
Transmission Modes: Single, multi-frame, manual, timed, cyclic
Reception Modes: ID-filtered, auto-reply
Chip: Imported STM32
Dimensions: 73.8 mm × 23.6 mm
Firmware: PCAN (pre-installed, online upgrade supported)
OS Support: Windows XP/7/8/10/11, Linux

Peripheral Interface Overview

PWR Indicator: Lights up red when connected to USB power.
TXD Indicator: Flashes when the device is transmitting CAN data.
RXD Indicator: Flashes when the device is receiving CAN data.
DIP Switch: 120R-OR-B00T configuration, used for firmware flashing.
Communication Interface: Connects directly to CAN communication devices.

Package Contents

1 × USB to CAN Adapter Analyzer

Made in Mainland China.

Frequently Asked Questions

Q: What operating systems are compatible with the Gaqqee USB to CAN Adapter Analyzer?

A: The USB to CAN Adapter Analyzer supports Windows XP, 7, 8, 10, and 11, as well as various Linux distributions, making it versatile for most development and testing environments.

Q: Can the baud rate be customised on this CAN bus analyzer?

A: Yes. The device supports baud rates ranging from 5 kbps to 1 Mbps and also allows fully custom baud rate configuration, giving you precise control over your CAN network communication speed.

Q: Does this USB to CAN adapter support firmware upgrades?

A: Absolutely. The adapter ships with PCAN firmware pre-installed and supports online firmware upgrades, ensuring the device can be updated for secondary development needs or future compatibility requirements.

Q: What transmission modes does this CAN signal converter support?

A: It supports five flexible transmission modes: single transmission, multi-frame transmission, manual transmission, timed transmission, and cyclic transmission, providing comprehensive control for a wide range of CAN network testing scenarios.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.