Unlock Real-Time, Lossless Data Validation for ADAS & Autonomous Driving
Capture, compress, and validate High -Speed sensor data—without bottlenecks, complexity, or compromise.
Register for the webinar
Unlock real time and
lossless data
validation for ADAS &
autonomous driving
Capture, compress, and validate High -Speed sensor data—without bottlenecks, complexity or compromise.
Why data validation is harder than ever?
By 2030, autonomous vehicles are projected to generate over 4 terabytes of data per day. This explosion is driven by a rapidly growing array of high
resolution cameras, LiDARs (Light Detection and Ranging), radars and ultrasonic sensors. Each sensor must transmit uncompressed latency
sensitive data to Electronic Control Units (ECUs) in real time—making the vehicle’s internal data network as
critical as its engine. Here’s what makes validation so complex?
Storage overload and increasing costs
Uncompressed sensor data quickly fills up storage, driving up costs and complicating long term data management.
Fragmented toolchains
Engineers often juggle separate devices for logging, testing and simulation — none of them talk to each other, leading to inefficiencies and data silos.
Latency and data corruption risks
Even a few milliseconds of delay or a single corrupted frame can undermine safety-critical functions like emergency braking or lane keeping.
Configuration and debugging nightmares
Proprietary protocols, complex sensor-ECU pairings and evolving standards mean every setup is unique and challenging to validate.
Sensor growth
Vehicles now feature up to 16 cameras and multiple other sensors, each demanding reliable high-speed data capture.
Data validation does not need to be hard
The SerDes Capture Module GMSL2/3 is engineered to solve the toughest validation challenges in
ADAS (Advanced Driver Assistance Systems) and autonomous driving.
It’s not just a tool — it’s a strategic enabler for engineering teams.
Here’s how it helps:
In-vehicle data logging
Capture up to 4 cameras per module at 40Gbps throughput. Lossless JPEG compression with dynamic Huffman tables lets you save up to 50% on storage — without losing a single pixel, even if scenes and lighting conditions change.
Sensor testing
Validate sensors in lab or field setups. Real-time diagnostics and galvanic isolation ensure interference-free data, so you can trust every frame.
ECU simulation
Inject pre-recorded sensor data into ECUs for HIL (Hardware-in the-Loop) testing. The hardware loop architecture guarantees minimal latency and zero corruption, so your simulations are as close to reality as possible.
Where SerDes makes the difference: practical use case
Join our webinar: SerDes technologies in action
Discover how SerDes technology is transforming sensor validation for ADAS and autonomous driving.
Our expert-led webinar will walk you through real-world use cases, technical insights and best practices for
leveraging the Capture Module SerDes GMSL2/3.
Why attend?
- Learn how SerDes solves complex validation challenges
Explore live demos of Capture Module SerDes in action
Get answers from Technica Engineering experts
SerDes technologies in action: enabling smarter sensor validation
Date: November 7, 2025
Time: 4pm Munich | 8:30pm Mumbai | 10am Detroit
SerDes technologies in action: enabling smarter sensor validation
Date: November 12, 2025
Time: 10am Munich | 2:30pm Mumbai | 4am Detroit
Why is this different?
Unified Workflow: One device replaces multiple fragmented tools, streamlining your validation pipeline.
Seamless integration: compatible with gstreamser, a widely used multimedia frameworks, and highly configurable via an embedded web interface.
Scalable and future-ready: modular design allows you to cascade multiple modules for larger sensor arrays, and has scope for evolving standards like ASA ML or MIPI-APHY.
How SerDes technology powers reliable validation?
SerDes (Serializer/Deserializer) is the backbone of high-speed asymmetric automotive data networks. It serializes sensor data intohigh-speed
serial streams, transmitting it over a single cable, and reconstructs it at the EC — all with latency under 1 microsecond and
bandwidth up to 32Gbps. Key Technical Innovations include
Lossless JPEG compression
Dynamic Huffman tables adapt in real time to changing scenes and lighting, ensuring optimal compression and data integrity.
Minimal latency hardware
Unique design to minimize the data forwarding latency from your cameras to the ECU, guaranteeing real-time response and uncompromised data integrity.
Advanced diagnostics
Embedded web interface provides configuration, monitoring and error alerts, so you’re always in control.
Modular, future-ready design
Robust anodised aluminium case, scalable for larger sensor arrays, and compatible with evolving standards. Furthermore, integrated galvanically isolated DC/DC provides decoupling between the coaxial ground and battery ground, ensuring reliable data capture in harsh automotive environments.
Non-intrusive vehicle integration
No interference of the Capture Module to the vehicle architecture, allowing its integration into dedicated recording cars without impacting the software running on the vehicle ECUs.
Easily configurability
Through a user-friendly webpage-based GUI, the required parameters to establish a SerDes link for video transmission can easily be configured. The configuration is decoupled from the device firmware allowing quick adaptability of the device to any use case.
Lossless JPEG Compression
Hardware Loop Architecture
Galvanic Isolation
Advanced Diagnostics
Modular, Future-Ready Design
Built for engineers, trusted by OEMs
Global automotive innovators rely on the Capture Module SerDes to streamline validation, accelerate development, and reduce costs.
A leading European OEM deployed multiple modules to log data from 8 cameras in a prototype autonomous vehicle — achieving seamless, lossless data capture and real-time synchronization.
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Experience the future of ADAS validation
Whether you’re logging real world data, testing sensors, or simulating ECUs, the SerDes Capture Module GMSL2/3 adapts to your workflow—helping you validate smarter, faster, and with confidence.