Products

Merlin™ - Advanced Driver Assistance System (ADAS) Platform

Our advanced ADAS platform Merlin™ provides modern drivers with nature’s accuracy. It is designed to provide intelligence, control and real-time responsiveness for enhanced vehicle performance. Whether you are driving in the city or traveling long distances, it enhances situational awareness and offers advanced collision prevention capabilities. Experience the future of road safety today, where innovation meets protection and every journey is designed to produce exceptional results.

1️⃣ Sensor Fusion & Perception: Seeing the Road Like Never Before

Merlin™ integrates data from LiDAR, radar, and high-resolution cameras to create a 360° view of the vehicle’s surroundings. As a result, we can:

Accurate pedestrian and cyclist detection
Real-time lane tracking And road sign reginition
Scene segmentation for urban navigation
Sub-second response times for emergency actions

Our deep learning models are trained on diverse real-world scenarios, ensuring reliable performance in rain, fog or heavy traffic so the car always knows what’s around it.

2️⃣ Embedded Firmware & RTOS: Powering Intelligence at the Edge

Automobile systems require a high level of speed and reliability. This is why Merlin™ runs on ultra-efficient, real-time firmware designed specifically for ARM, RISC-V, and DSP processors.
We have developed firmware that is based on Real-Time Operating Systems (RTOS). RTOS provides low-latency communication between sensors, ECUs, and control circuits. It’s designed to meet automotive safety standards like ISO 26262 and ASIL-D, making it perfect for mission-critical applications where every millisecond counts.

3️⃣ FPGA-Based ADAS Prototyping: Faster Validation, Faster Innovation

The process of turning ideas into reality takes time, but MerlinTM makes it easier.
Our FPGA-based prototyping allows rapid testing of ADAS features using RTL-to-FPGA deployment. Compatible with Xilinx, Intel and Lattice FPGAs, this approach enables:
Early software-in-the-loop(SIL) and hardware-in-the-loop(HIL) testing
Faster debugging and validation
Quick iterations before taping-out
This means automotive developers can validate concepts in days, not months, reducing risk and speeding up innovation.

4️⃣ Board Bring-Up & ADAS Debug: From Schematic to System-Ready

We don’t just design systems we make them work.

CiliconChip provides end-to-end board bring-up and debug support from the first power-on to full system integration. Our engineers handle:
Schematic and layout verification
Bootloader and driver development
Power sequencing and signal integrity checks
Silicon-level debugging

We ensure your ADAS platform is stable, secure and production-ready from day one.

5️⃣ Redundant Safety Architecture: Safety That Never Sleeps

It is essential that autonomous vehicles are fail-operational, meaning that the system will continue to function even if one of its components fails.
Merlin™ is built with dual-redundant systems, including backup sensors, processors, and communication channels. If one system fails, another takes over.
The vehicle is equipped with a number of standout features, including Predictive Collision Mitigation, an AI-driven system that analyzes traffic patterns, driver behaviors and environmental data in order to anticipate accidents and even take action in advance to prevent them from occurring.

Lane Keeping & Centering

Keep in your lane and stay in control with advanced lane-keeping and centering technology. We use real-time camera feedback to gently steer your vehicle back into the lane, reducing driver stress and preventing accidents. It enhances safety by maintaining your position on the roadway with precision and reliability during long drives.

Adaptive Cruise Control

Experience smarter driving with adaptive cruise control that automatically adjusts your speed based on traffic flow. It maintains a safe distance from vehicles ahead with radar and sensors, reducing the need to continuously brake. The vehicle provides a smoother, safer, and more comfortable driving experience in any condition.

Pedestrian & Object Detection

Our intelligent pedestrian and object detection technology protects what matters most. Using AI-powered cameras and sensors, our system identifies people, animals, and obstacles in real time. When a collision is imminent, it automatically applies the brakes to prevent accidents in urban and suburban areas.

Autonomous Parking

Make parking effortless by utilizing autonomous parking technology. Our system automatically controls steering, acceleration, and braking whether we are driving parallel, perpendicular, or in tight spaces. It is equipped with ultrasonic sensors and cameras that identify and park in suitable locations accurately. Get rid of parking stress and experience confidence in every maneuver.

Deep-learning Path Planning

Make your way through complex environments using deep-learning path planning that mimics human decision-making. Our Artificial Intelligence (AI) analyzes vast amounts of driving data in real time to predict optimal driving routes and maneuvers. Whether on city streets or highways, it ensures seamless, efficient, and safe navigation, adapting dynamically to traffic conditions, obstacles, and road conditions.

Edge AI Risk Assessment

Enhance safety with Edge AI risk assessment, which processes data directly on the vehicle for threat detection in real time. This system operates in real time, identifying potential hazards like sudden lane changes and erratic driving, as opposed to cloud-based systems. As a result of this on-device intelligence, the system responds faster, enhancing safety and system reliability.

Driver Intent Prediction

Utilizing artificial intelligence to anticipate and predict driver intent. This system is able to understand your next move before you make it by analyzing your steering patterns, your eye movements, and the dynamics of your vehicle. In this way, proactive safety measures are enabled, as well as smoother interaction between the driver and the vehicle, which makes driving more intuitive and secure.

Merlin™ by CiliconChip – Smarter, Safer Driving Starts Here

At CiliconChip Circuit Pvt. Ltd., we’re shaping the future of mobility with Merlin™, our advanced, intelligent ADAS (Advanced Driver Assistance Systems) platform built to power the next wave of semi-autonomous and fully autonomous vehicles. The Merlin™ vehicle is not just a piece of technological equipment, it is a promise of safer roads, better decisions, and seamless driving experiences.
Designed with a modular, safety-first architecture and powered by embedded AI, Merlin™ integrates real-time perception, edge computing and instant decision-making to keep drivers, passengers, and pedestrians safe on every journey.
Let’s dive into what makes Merlin™ a game-changer in automotive innovation.

ADAS Software Stack Development: The Brain Behind Autonomous Driving

Merlin™ features a fully customizable, modular ADAS software stack engineered for Level 2+ autonomy. Our software can detect objects in real time and control and actuate vehicles with precision.
We integrate seamlessly with industry-leading platforms like NVIDIA DRIVE, Bosch and Texas Instruments (TI), allowing automotive OEMs and Tier-1 suppliers to deploy faster and scale smarter. Whether you’re building adaptive cruise control or lane-keeping systems, Merlin™ provides a robust, ready-to-deploy foundation that reduces development time and accelerates time-to-market.

Why Choose Merlin™ by CiliconChip?

End-to-End ADAS Expertise – Our team delivers complete solutions from software to silicon
Faster Time-to-Market – Reusing proven IP, modular designs, and rapid prototyping
Global Standards, Indian Innovation – High-quality engineering with cost efficiency
Flexible Collaboration – Onsite, offshore, or ODC models for seamless teamwork

The Road Ahead Starts with Merlin™

CiliconChip specializes in building ADAS systems, but we also build trust in technology. Merlin™ will make driving safer, smarter, and more connected in the future.

Ready to power your next-generation vehicle?

Get started today with CiliconChip and bring intelligent, reliable, and scalable ADAS solutions to life.

Digital LDO (DLDO) IP

Our Digital Low Dropout Regulator (Digital LDO) IP delivers efficient, fast, and high current-density voltage regulation designed for the dynamic power demands of modern SoCs. With rapid response and programmable control, it ensures stable voltage supply and optimized power efficiency, ideal for dynamic voltage and frequency scaling in advanced computing applications.

In-Package Voltage Regulators (IPVR) chiplet

Our In-Package Voltage Regulator (IPVR) chiplet integrates seamlessly with your SoC to provide efficient, scalable power delivery. With fast bandwidth that minimizes voltage guardbands, it enables your SoC to deliver superior performance per Watt for next-generation computing. Designed to meet the rising power demands of AI workloads, our modular and scalable VR chiplet solution offers adaptive power management, enhanced energy efficiency, and helps save valuable board space.
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Board Bring-Up & ADAS Debug: From Schematic to System-Ready

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Board Bring-Up & ADAS Debug: From Schematic to System-Ready

Sensor Fusion & Perception: Seeing the Road Like Never Before

Merlin™ integrates data from LiDAR, radar, and high-resolution cameras to create a 360° view of the vehicle’s surroundings. As a result, we can:

  • Accurate pedestrian and cyclist detection
  • Real-time lane tracking And road sign reginition
  • Scene segmentation for urban navigation
  • Sub-second response times for emergency actions

Our deep learning models are trained on diverse real-world scenarios, ensuring reliable performance in rain, fog or heavy traffic so the car always knows what’s around it.

Embedded Firmware & RTOS: Powering Intelligence at the Edge

Automobile systems require a high level of speed and reliability. This is why Merlin™ runs on ultra-efficient, real-time firmware designed specifically for ARM, RISC-V, and DSP processors.
We have developed firmware that is based on Real-Time Operating Systems (RTOS). RTOS provides low-latency communication between sensors, ECUs, and control circuits. It’s designed to meet automotive safety standards like ISO 26262 and ASIL-D, making it perfect for mission-critical applications where every millisecond counts.

FPGA-Based ADAS Prototyping: Faster Validation, Faster Innovation

The process of turning ideas into reality takes time, but MerlinTM makes it easier.
Our FPGA-based prototyping allows rapid testing of ADAS features using RTL-to-FPGA deployment. Compatible with Xilinx, Intel and Lattice FPGAs, this approach enables:
  • Early software-in-the-loop(SIL) and hardware-in-the-loop(HIL) testing
  • Faster debugging and validation
  • Quick iterations before taping-out
This means automotive developers can validate concepts in days, not months, reducing risk and speeding up innovation.

Board Bring-Up & ADAS Debug: From Schematic to System-Ready

We don’t just design systems we make them work.
CiliconChip provides end-to-end board bring-up and debug support from the first power-on to full system integration. Our engineers handle:
  • Schematic and layout verification
  • Bootloader and driver development
  • Power sequencing and signal integrity checks
  • Silicon-level debugging
We ensure your ADAS platform is stable, secure and production-ready from day one.

Redundant Safety Architecture: Safety That Never Sleeps

It is essential that autonomous vehicles are fail-operational, meaning that the system will continue to function even if one of its components fails.
Merlin™ is built with dual-redundant systems, including backup sensors, processors, and communication channels. If one system fails, another takes over.
The vehicle is equipped with a number of standout features, including Predictive Collision Mitigation, an AI-driven system that analyzes traffic patterns, driver behaviors and environmental data in order to anticipate accidents and even take action in advance to prevent them from occurring.

Sensor Fusion & Perception: Seeing the Road Like Never Before

Merlin™ integrates data from LiDAR, radar, and high-resolution cameras to create a 360° view of the vehicle’s surroundings. As a result, we can:

  • Accurate pedestrian and cyclist detection
  • Real-time lane tracking And road sign reginition
  • Scene segmentation for urban navigation
  • Sub-second response times for emergency actions

Our deep learning models are trained on diverse real-world scenarios, ensuring reliable performance in rain, fog or heavy traffic so the car always knows what’s around it.

Embedded Firmware & RTOS: Powering Intelligence at the Edge

→   Automobile systems require a high level of speed and reliability. This is why Merlin™ runs on ultra-efficient, real-time firmware designed specifically for ARM, RISC-V, and DSP processors.

→   We have developed firmware that is based on Real-Time Operating Systems (RTOS). RTOS provides low-latency communication between sensors, ECUs, and control circuits. It’s designed to meet automotive safety standards like ISO 26262 and ASIL-D, making it perfect for mission-critical applications where every millisecond counts.

FPGA-Based ADAS Prototyping: Faster Validation, Faster Innovation

→   The process of turning ideas into reality takes time, but MerlinTM makes it easier.

→   Our FPGA-based prototyping allows rapid testing of ADAS features using RTL-to-FPGA deployment. Compatible with Xilinx, Intel and Lattice FPGAs, this approach enables:

  • Early software-in-the-loop(SIL) and hardware-in-the-loop(HIL) testing
  • Faster debugging and validation
  • Quick iterations before taping-out

→   This means automotive developers can validate concepts in days, not months, reducing risk and speeding up innovation.

Board Bring-Up & ADAS Debug: From Schematic to System-Read

→   We don’t just design systems we make them work.

→   CiliconChip provides end-to-end board bring-up and debug support from the first power-on to full system integration. Our engineers handle:

  • Schematic and layout verification
  • Bootloader and driver development
  • Power sequencing and signal integrity checks
  • Silicon-level debugging

→   We ensure your ADAS platform is stable, secure and production-ready from day one.

Redundant Safety Architecture: Safety That Never Sleeps

→   It is essential that autonomous vehicles are fail-operational, meaning that the system will continue to function even if one of its components fails.

→   Merlin™ is built with dual-redundant systems, including backup sensors, processors, and communication channels. If one system fails, another takes over.

→   The vehicle is equipped with a number of standout features, including Predictive Collision Mitigation, an AI-driven system that analyzes traffic patterns, driver behaviors and environmental data in order to anticipate accidents and even take action in advance to prevent them from occurring.

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