CANShark - CAN Analyzer, CAN Logger & ECU Flasher in One Device
A powerful 3-in-1 solution designed for CAN protocol testing and diagnostics. CANShark combines real-time CAN analysis, standalone data logging, and ECU firmware flashing into a single compact and efficient device.
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Overview
CANShark is a high-performance 3-in-1 tool built for CAN (Controller Area Network) protocol testing and diagnostics. It integrates CAN Analyzer, CAN data logger, and ECU flasher into a single device, eliminating the need for multiple tools.
With real-time CAN analysis capability, our tool CANShark CSBAS1000 can efficiently monitor and debug CAN protocol networks. The high-speed standalone logging feature enables reliable data capture without requiring continuous PC connectivity. Additionally, the built-in ECU flashing capability simplifies firmware updates and accelerates development workflows.
Designed for both bench-level and field environments, CANShark offers a compact, rugged design with plug-and-play usability. It supports industry-standard software stacks such as BUSMASTER, LabVIEW, and Python APIs, ensuring flexibility and easy integration across various applications.
Overall, CANShark delivers a cost-effective, reliable, and productivity-driven solution for modern CAN protocol-based development.
CAN Analyzer
- Real-time monitoring of CAN and CAN FD traffic
- Decode and visualize CAN frames for easy debugging
- Error frame detection and bus load analysis
- Supports integration with tools like BUSMASTER and LabVIEW
- Ideal for debugging communication between ECUs
CAN Data Logger
- Standalone logging without PC dependency
- Supports multiple formats like .mf4, .trc, .log
- High-speed data capture with accurate timestamping (RTC-based)
- Large storage support (SD card-based logging)
- Easy data extraction via USB
- Ability to log and transmit CAN messages simultaneously
- Useful for long-duration vehicle testing and field data collection
ECU Flasher
- Fast and reliable firmware flashing over CAN / CAN FD
- Supports standard protocols like ISO 15765-2 (ISO-TP)
- Simplifies ECU software updates during development and testing
- Reduces flashing time with optimized communication
- Supports custom flashing workflows via APIs (C, Python)
- Ensures safe and consistent ECU programming
Key Features
3-in-1 Functionality
CAN Analyzer, Data Logger, and ECU Flasher in one compact device.
Real-Time CAN Analysis
Monitor, decode, and debug CAN bus data instantly.
Standalone High-speed Logging
Capture CAN data without PC dependency for field applications.
ECU Firmware Flashing
Program and update ECUs quickly and efficiently.
Compact & portable Design
Lightweight and ideal for both lab and on-site usage.
User-Friendly Interface
Simple, intuitive software for seamless operation.
Wide Compatibility
Supports multiple CAN Protocols and development tools.
Plug-and-Play Setup
Quick installation with minimal configuration.
Applications
Automotive & Electric Vehicles
- ECU and Sensor-Level CAN Bus Testing for automotive networks.
- Battery Management System (BMS) diagnostics and EV integration validation.
- Real-time CAN logging for R&D and performance analysis.
- Ideal for troubleshooting, reverse engineering, and ECU development.
Use Cases: Automotive R&D, EV integration, ECU calibration, in-vehice diagnostics.
Aerospace & Defense
- CAN-based avionics testing for aircraft communication systems.
- Supports embedded control validation and flight data monitoring.
- Reliable tool for aerospace subsystem development and diagnostics.
Use Cases: Avionics CAN communication, sensor data analysis, flight control validation.
Industrial Automation & Robotics
- PLC and CAN open protocol diagnostics for industrial machines.
- Machine control monitoring, data acquisition, and fault tracing.
- Enables predictive maintenance and reliability checks.
Use Cases: Industrial PLC testing, robotics control systems, production line monitoring.
Embedded Systems & R&D
- CAN communication debugging for microcontrollers and firmware developers.
- Prototype validation and testing with real-time data visualization.
- Scripting-based CAN frame simulation for system development.
Use Cases: Embedded product design, hardware validation, CAN protocol learning.
Railway & Transportation
- Rolling stock CAN monitoring and diagnostics for control systems.
- Ensures safe and reliable communication between on-board subsystems.
Use Cases: Railway system testing, transport control systems, fleet maintenance diagnostics.
Energy & Power Systems
- BMS CAN diagnostics for energy storage and battery systems.
- Real-time CAN data monitoring for renewable and power electronics.
Use Cases:EV battery R&D, solar inverter communication, grid energy management.
Medical, Marine & Consumer Electronics
- Suitable for embedded CAN-based applications in medical devices, drones, and marine systems.
- Enables signal analysis, communication testing, and system validation.
Use Cases: Device communication reliability, embedded system validation, control module testing.
Comparison Table
| Feature / Parameter | CANShark | Traditional CAN Tools |
|---|---|---|
| Functionality | 3-in-1 (Analyze, Log, Flash) | Separate tools required |
| Cost | Cost-effective | Expensive (multiple devices) |
| Portability | Compact & portable | Bulky setup |
| Setup | Plug-and-play | Complex installation |
| Data Logging | Standalone logging | External logger required |
Technical Specifications
CAN Analyzer
| Parameter | Details |
|---|---|
| Protocol Support | CAN 2.0 & CAN FD |
| Monitoring | Real-time CAN bus monitoring |
| Data Acquisition | High-speed data capture |
| Timestamping | Precise timestamping (1 ms resolution) |
| Error Handling | Error frame detection |
| Data Output | USB & CAN streaming |
CAN Logger
| Parameter | Details |
|---|---|
| Operation Mode | Standalone logging (Laptop-free) |
| Storage | SD Card support (32–128 GB) |
| File Formats | .mf4, .trc, .log |
| Timestamping | Built-in RTC for accurate timestamps |
| Data Safety | 100% power-safe logging |
| Additional Feature | Transmit CAN messages while logging |
ECU Flasher
| Parameter | Details |
|---|---|
| Flashing Interface | CAN / CAN FD |
| Protocol Support | UDS / ISO-TP |
| Performance | High-speed and reliable firmware updates |
| Automation | Python API support |
Why Choose CAN SHARK?
3-in-1 Solution
Replace multiple tools with a single compact device.
Reliable & Accurate Performance
Ensures stable communication and precise CAN data handling.
Cost-Effective Investment
Reduces overall tooling cost significantly and efficiently.
Made in India
Built with quality engineering and backed by local support.
Brochure & Enquiry Form
PRODUCT BROCHURE
Download detailed specifications and features.
ENQUIRY FORM
Get in touch with our team for demo & support.
