USBCAN-II C+ CAN-Bus Interface Card with Dual CAN Ports

Description

Product Overview

The USBCAN-II C+ is a high‑performance, industrial‑grade CAN‑Bus communication interface card designed for professionals who demand reliability and flexibility in their testing and development environments. Built around a compact 2.36 × 2.36 × 0.79 inch chassis, the device houses two independent CAN ports that support full‑speed USB 2.0 connectivity, enabling seamless plug‑and‑play operation across a wide range of Windows platforms, from legacy Windows 2000 to the latest Windows 10 64‑bit releases. Its robust aluminum housing provides excellent shielding against electromagnetic interference, while the internal circuitry adheres to the CAN‑Bus full‑speed specification, guaranteeing accurate data transmission at up to 1 Mbps. The card’s lightweight design—just 7.05 oz—makes it portable enough for field diagnostics, yet sturdy enough for bench‑top laboratory use.

Key technical specifications include a USB 2.0 full‑speed interface, dual CAN channels each supporting 0–1 Mbps, and a comprehensive driver package that offers a unified API for both 32‑bit and 64‑bit operating systems. The device is compatible with a broad spectrum of development tools, including popular CAN analysis software, custom firmware debugging suites, and proprietary diagnostic applications. Its plug‑and‑play nature eliminates the need for additional power supplies or external adapters, allowing users to focus on data acquisition and analysis rather than hardware configuration.

Usage

Designed for a variety of real‑world scenarios, the USBCAN-II C+ excels in automotive diagnostics, industrial automation, and embedded system development. In automotive workshops, technicians can connect the card directly to a vehicle’s OBD‑II port to capture live CAN traffic, troubleshoot communication errors, and perform firmware updates on electronic control units (ECUs). In manufacturing plants, engineers use the interface to monitor and log CAN messages from robotic controllers, PLCs, and sensor networks, ensuring that production lines operate within specified parameters.

For research and development teams, the dual‑port architecture enables simultaneous monitoring of two separate CAN networks, facilitating comparative analysis and cross‑bus debugging. The USB 2.0 connection provides a reliable data path to a host PC, where powerful analysis software can visualize message timing, filter traffic, and generate detailed reports. Because the card supports both 32‑bit and 64‑bit Windows environments, it integrates smoothly into existing test rigs without requiring additional software licensing.

Field engineers appreciate the card’s portability; its small footprint fits easily into a laptop bag, and the plug‑and‑play design means that deployment time is reduced to a matter of seconds. Whether you are conducting on‑site vehicle inspections, performing remote equipment diagnostics, or setting up a temporary test bench, the USBCAN-II C+ delivers consistent performance and dependable data capture.

Why Choose Us

Choosing the USBCAN-II C+ means selecting a solution backed by Ciezeical’s decades of experience in industrial communication hardware. Our commitment to quality is reflected in rigorous testing procedures that verify each unit against industry standards for signal integrity, temperature tolerance, and electromagnetic compatibility. The card’s aluminum enclosure not only protects internal components but also serves as a heat sink, ensuring stable operation even during prolonged data acquisition sessions.

Beyond hardware excellence, Ciezeical provides comprehensive technical support, including detailed documentation, sample code, and responsive customer service. Our unified API abstracts the complexities of CAN communication, allowing developers to focus on application logic rather than low‑level protocol handling. Regular firmware updates are released to address emerging standards and to enhance compatibility with the latest analysis tools.

We also stand behind our products with a robust warranty and a clear return policy, giving customers confidence that their investment is protected. When you purchase the USBCAN-II C+, you gain access to a community of engineers and developers who share best practices, troubleshooting tips, and application examples, fostering a collaborative environment that accelerates project timelines.

Key Features

• Dual CAN ports enable simultaneous monitoring of two separate networks, saving time and simplifying complex diagnostics.
• USB 2.0 full‑speed plug‑and‑play connectivity eliminates the need for external power adapters, ensuring quick setup.
• Compact aluminum housing provides superior electromagnetic shielding and durability for both lab and field use.
• Unified driver and API support 32‑bit and 64‑bit Windows systems, streamlining software integration.
• Dedicated Ciezeical technical support and regular firmware updates guarantee long‑term reliability and performance.

FAQ

What operating systems are supported?

The USBCAN-II C+ works with Windows 2000, XP, 7, 8, and 10 in both 32‑bit and 64‑bit versions, providing broad compatibility for legacy and modern applications.

Can the device be used for automotive diagnostics?

Yes, the card’s dual CAN ports and high‑speed USB interface make it ideal for capturing and analyzing vehicle CAN traffic, supporting tasks such as ECU programming, fault code reading, and real‑time data logging.

Is any additional software required?

The product includes a driver package and a unified API library that work with most CAN analysis tools. Additional third‑party software can be installed as needed, but the basic functionality is ready out‑of‑the‑box.

What is the warranty period?

Ciezeical offers a one‑year limited warranty covering manufacturing defects, along with access to technical support throughout the warranty term.

How does the card handle high‑temperature environments?

The aluminum enclosure acts as a heat sink, and the internal components are rated for operation up to 70 °C, making the device suitable for most industrial settings.