SAYKAL PRODUCTS

FROM SENSE TO POWER

Battery Electronics

Battery Isolated IsoSPI CAN Converter Unit

(Battery Communication Unit)

SAYKAL’s IsoSPI-to-CAN Converter is a high-voltage isolation module that facilitates safe communication between battery cells/modules and BMS systems. Using the IsoSPI protocol, it ensures noise immunity and electrical protection in harsh EV environments. This converter is crucial for maintaining reliable communication in 400V–800V battery architectures, especially in multi-cell series designs where isolation is mandatory.

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ISOSP

• Supports up to 32 CMUs (Cell Monitoring Units) over 
ISOSPI 
• Request & Response control with DBC over CAN Bus 
• Auto sleep and wake-up control for CMUs 
• Cell-based discharge control 
• Open wire & error detection 
• Hardware features
• 9 V to 60 V power supply
• CAN STD 2.0a interface
• Bidirectional ISOSPI (Optional)

• Electric and Hybrid Electric Vehicles (EV/HEV)
• Battery Management Systems (BMS)
• Isolated Communication with system & Energy
• Backup Battery Systems 
• Electric Vehicles Test Environments

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ECU

Automotive Telemetry Control Unit

(CAN, 4G Communication ECU)

The SAYKAL Automotive Telemetry Unit provides robust vehicle data acquisition and remote communication via 4G LTE connectivity. Built for CAN-based vehicles, this ECU collects real-time operational data, stores it locally or transmits it securely to the cloud. With features such as GPS tracking, OTA firmware updates, and web dashboard integration, it’s essential for OEMs and fleet operators managing efficiency, diagnostics, and driver behavior. It forms the digital backbone of connected car and fleet intelligence platforms.

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  • CAN bus data acquisition and 4G LTE cloud communication
  • Built-in GPS and real-time tracking
  • Secure data upload and encryption protocols
  • Firmware-over-the-air (FOTA) support
  • Web portal/dashboard API compatibility
  • Telematics-enabled fleets
  • Real-time diagnostics and predictive maintenance
  • Usage-based insurance (UBI) integration

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Electronic Controller

CAN LIN Analyzer

(2X CAN FD, 2X LIN Automotive Analyser)

Saykal USB CAN-LIN Analyzer is a high-performance, multi-protocol interface device designed for automotive communication networks and industrial automation systems. Supporting CAN and LIN protocols, it enables seamless bus monitoring, vehicle network analysis, and real-time diagnostics through an intuitive USB PC interface. With advanced data logging, interface conversion, and error detection capabilities, the Saykal Analyzer helps engineers optimize system performance, accelerate development, and enhance communication reliability across automotive, industrial, and R&D environments. Perfect for automotive diagnostics, embedded system testing, and CAN bus development, it delivers precision, flexibility, and speed all in one compact tool. 

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  • Dual CAN-FD and LIN channel support

  • RS-232 / RS-422 / RS-485 serial communication support

  • USB / PC GUI interface for data visualization

  • 2 × Digital Inputs (DI) and 2 × Digital Outputs (DO) — GPIO (3.3V/5V tolerant, edge/level selectable)

  • Automotive-grade reverse connection protection

  • Software / firmware update support

  • BUS monitoring and control for development, fault diagnosis, and test execution

  • Data acquisition and analysis for validation and debugging purposes

  • Multi-protocol communication interface for CAN, LIN, and RS-series networks

  • Digital input triggering for event-based automation

  • Digital output control for relay, LED, and actuator activation

  • Modbus RTU monitoring and debugging over RS-485

  • Communication with legacy serial devices via RS-232 / RS-422

  • Designed for desktop automotive testing and rapid prototyping applications

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Power Electronics

Hydraulic Steering Pumps & BLDC Motor Driver

The SAYKAL Hydraulic Steering Pump with integrated BLDC Motor Driver V1 offers a compact, efficient solution for electro-hydraulic steering systems in commercial vehicles and retrofit applications. Engineered for robustness and low-noise operation, it ensures smooth steering assistance even under high load conditions. Compatible with various aftermarket platforms, it serves as a vital component in modernizing hydraulic steering mechanisms with electronically controlled power delivery.

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  • Integrated driver for brushless DC motors
  • High-torque performance with silent operation
  • Wide voltage input (12V–24V)
  • Overcurrent and thermal protection
  • Retrofit-ready design for aftermarket systems
  • Electro-hydraulic steering retrofits
  • Utility and construction vehicles
  • Aftermarket upgrades for hydraulic steering

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Sensors

In Cabin Radar Sensor

The SAYKAL In-Cabin Radar Sensor utilizes mmWave radar technology for accurate child presence detection (CPD) and vital sign monitoring inside the vehicle cabin. Unlike weight-based systems, it distinguishes between animate and inanimate objects. With a configurable field of view and machine learning capabilities, it enhances automotive safety by preventing in-cabin accidents. Fully compatible with Euro NCAP CPD standards, it supports future-ready in-cabin radar sensor needs

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  • 60 GHz mmWave radar with high accuracy
  • Detects micro-movements (breathing, pulse)
  • Configurable sensing distance and angle
  • Distinguishes between static and dynamic objects
  • Machine learning-based classification
  • Child presence detection (CPD)
  • Occupant monitoring systems
  • Vital sign detection in passenger cabins

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ECU

Automotive Controller ECUs

The SAYKAL Automotive Controller ECU V1 is a compact and powerful protocol converter and gateway solution that bridges communication between CAN and LIN buses in modern vehicle electronic architectures. It is purpose-built to solve interoperability challenges in both legacy and advanced automotive systems, particularly in electric vehicles and smart interiors. With real-time protocol translation and error-tolerant data transmission, this ECU facilitates efficient communication between disparate modules such as lighting, door locks, HVAC systems, and more. Its automotive-grade durability and plug-and-play architecture make it ideal for OEM integration, retrofit applications, and engineering validation.

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  • CAN to LIN protocol conversion
  • Dual-bus communication support
  • Diagnostic-capable data routing
  • Compact, modular design
  • Automotive-grade component certification
  • CAN/LIN-based ECU communication
  • Retrofit integration for aftermarket modules
  • Subsystem bridging for smart modules

Power Electronics

3kW - 7.5kW DC-DC Conventer

(12V - 48V; 48V - 24V; 12V - 24V; 24V - 12V)

SAYKAL’s DC-DC Converter Series provides scalable and high-efficiency step-down voltage regulation for both 400V and 800V electric powertrains. With outputs at 12V and 48V, these converters support multiple vehicle subsystems including infotainment, HVAC, ADAS, and lighting. Designed with automotive-grade protections, these converters are suitable for both passenger and commercial EV platforms.

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  • 3kW and 7.5kW power options
  • Supports 400V and 800V HV battery inputs
  • Outputs: 12V / 48V regulated
  • CAN interface for control and diagnostics
  • Advanced thermal and EMI management
  • EV auxiliary power supply
  • ADAS, infotainment, and lighting subsystems
  • Electric buses and trucks

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35 MB

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Power Electronics

250kW Electric Motor Traction Inverter

400V - 800V (DC)

The SAYKAL 240kW Traction Inverter is a high-performance motor control unit for electric drivetrains, compatible with both 400V and 800V EV architectures. Designed with SiC-based switching and liquid cooling, it offers high power density, fast dynamic response, and ISO 26262-compliant safety features. The inverter supports both PMSM and IPM motor types, making it a versatile and powerful solution for commercial EVs and performance applications in next-gen mobility

development
  • 240kW continuous output
  • 400V/800V DC input compatibility
  • SiC-based power modules
  • Liquid-cooled high-efficiency design
  • Functional safety (ASIL C / ISO 26262 support)
  • High-power electric buses and trucks
  • EV performance platforms
  • Electric propulsion systems for heavy-duty vehicles

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35 MB

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Power Electronics

22kW Bidirectional On Board Charger

400V - 800V (DC)

The SAYKAL 22kW Bidirectional On-Board Charger (BOBC) delivers high-efficiency dual-mode charging and power export capabilities for electric vehicles. Designed for both 400V and 800V battery platforms, this charger supports vehicle-to-grid (V2G) and vehicle-to-load (V2L) functions, enabling energy redistribution back to the grid or to external devices. With galvanic isolation, wide AC voltage input, and CAN-enabled BMS integration, the charger is ideal for future-oriented EV architectures focused on smart energy ecosystems.

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  • Bidirectional operation: charging and discharging (V2G/V2L)
  • Compatible with 400V and 800V battery packs
  • Wide AC input (90–265V), three-phase support
  • CAN-based communication with battery system
  • Galvanic isolation and advanced thermal protection
  • Battery electric vehicles (BEVs)
  • Smart home and microgrid integration
  • Renewable energy vehicles and energy recovery systems

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ECU

Lighting Control Boards

SAYKAL Lighting Control Boards offer versatile and robust solutions for controlling interior and exterior lighting in commercial and passenger vehicles. Designed for retrofit or OEM integration, these boards manage complex signal logic, dimming, and switching for various lighting zones. With high configurability supporting CAN, LIN, and analog inputs, they ensure optimal lighting management across fleets, service vehicles, and high-end coaches.

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  • Compatible with OEM and aftermarket standards
  • Controls for dome, marker, indicator, and ambient lights
  • Voltage and thermal protection
  • Relay/MOSFET outputs for direct load driving
  • Custom pinout and logic configuration
  • Coach and bus lighting systems
  • Aftermarket upgrades and service retrofits
  • OEM lighting control modules

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35 MB

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ECU

ADAS Domain Controller / Body Domain Controller

The SAYKAL ADAS & Body Domain Controller is an advanced embedded computing unit that enables sensor fusion, actuation, and centralized decision-making in autonomous or assisted driving platforms. Supporting inputs from radar, lidar, cameras, and ultrasonic sensors, it processes real-time environmental data and issues commands across vehicle subsystems. Compliant with ISO 26262 functional safety, this controller is essential in Level 2+ autonomy stacks and serves as a backbone for future-ready automotive architectures.

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  • High-speed data processing with AI acceleration
  • Compatible with radar, lidar, vision systems
  • Outputs to powertrain, brake, steering controllers
  • ISO 26262 and ASIL-ready design
  • Ethernet, CAN, LIN, FDCAN interfaces
  • L2–L4 autonomous driving platforms
  • Sensor fusion and ADAS orchestration
  • Centralized body electronics management

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mmWave Radars

4D Imaging Radar Sensor (ADAS Radar) / Long Range Radar Sensor

The SAYKAL 4D Imaging Radar delivers high-resolution detection for ADAS and autonomous driving applications. Operating at 76–81 GHz, it provides long-range multi-target detection, including angle, speed, and distance. Ideal for automated driving systems and collision avoidance.

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  • 4D imaging (range, velocity, angle, elevation)
  • Long-range detection up to 250 m
  • High object resolution and classification
  • Supports L2–L4 ADAS features
  • ISO 26262 functional safety compliant
  • Adaptive cruise control (ACC)
  • Forward collision warning (FCW)
  • Autonomous emergency braking (AEB)
  • Highway pilot systems

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35 MB

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ECU

Overhead Lightning ECU

The SAYKAL Overhead Lightning ECU is designed to deliver personalized and programmable ambient lighting control within vehicle interiors. Specifically tailored for OEM applications like TOGG, it enables dynamic scene changes, brightness adjustments, and RGB color shifts for a premium in-cabin experience. Its CAN/Bluetooth-based interface allows smooth synchronization with infotainment and user settings, turning light into a UX element. This is a key product for next-generation smart cabins and customizable vehicle interior environments.

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  • Multi-channel LED output with brightness control
  • Custom scene programming (ambient, welcome, night)
  • CAN, Bluetooth, and OpenThread compatibility
  • RGB or white LED matrix control
  • Integration-ready with infotainment and seat ECUs
  • TOGG smart cabin architecture
  • Premium interior ambient lighting systems
  • EV/premium segment personalization features

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35 MB

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