#Germany #Munich #Silicon Line #MSDL #SerDes Chipset

Silicon Line's Innovative MSDL™ Chipset

Introduction
In a groundbreaking development, EverProX Technologies Munich GmbH, operating under the Silicon Line® brand, has introduced the MSDL™ (MIPI Serial Data Link) chipset. This ultra-low-power solution is set to revolutionize the field of high-speed camera connectivity, extending MIPI D-PHY connectivity to distances of up to tens of meters. By offering rates of up to 20 Gbps, this technology meets the demanding needs of modern multi-camera systems without the drawbacks of traditional cabling solutions.

The Challenge with Traditional Connections
As high-resolution cameras and high-frame-rate displays become more prevalent, traditional copper cabling faces significant limitations in reach and electromagnetic interference (EMI). Cables can be bulky and cumbersome, often leading to complications in installation and system integration. Silicon Line's new chipset addresses these challenges effectively.

Overview of MSDL™ Technology
The MSDL™ chipset includes the SL8582x serializer and SL8581x de-serializer, designed to aggregate two simultaneous MIPI-DPHY camera streams—each capable of transmitting data at speeds of 10 Gbps. This dual-port Gigabit architecture not only enhances bandwidth but also drastically improves flexibility by allowing data transmission over optical fibers or differential copper. The MSDL™ significantly minimizes power consumption, operating with an impressive energy profile of less than 100 mW per link—making it a sustainable choice for engineers focused on energy efficiency.

Executive Insights
Yifeng Liann, CEO and Managing Director of EverProX Technologies Munich GmbH, states, “Physical AI is transforming electronic systems. The challenge lies in moving high-bandwidth data reliably among devices. Our team at Silicon Line is dedicated to making this process more energy-efficient while providing greater reliability for mission-critical applications.” Liann emphasizes the importance of balancing flexibility, reliability, and power consumption in constructing future intelligent systems.

Key Technical Features

• - Dual-Port Multi-Camera Support: The MSDL™ can accommodate multiple camera setups with the ability to support either single or stereo-camera streams.
• - Connectivity Options: The chipset can be utilized with optical links extending up to tens of meters, and differential copper connections for shorter runs.
• - Low Power Consumption: The power usage per link is remarkable; optical links vary between 71 mW and electrical links around 87 mW, excluding additional SerDes components.

Technical Specifications
1. Optical Mode: Serializer consumes 17 mW while the de-serializer uses 54 mW (typical).
2. Electrical Mode: Serializer runs at 27 mW, with the de-serializer at 60 mW (typical).

Applications and Market Impact
The MSDL™ chipset is poised to support a variety of industries with its adaptable features:

• - Augmented Reality (AR) & Virtual Reality (VR): Offering lighter and more flexible tethering for mobile use.
• - Medical Technologies: Facilitating 4K/8K imaging with minimal heat generation, ideal for endoscopic procedures.
• - Industrial Robotics: Strengthening high-speed vision systems in electrically noisy environments.
• - Defense Applications: Enabling robust multi-camera setups that ensure optimal performance with reduced cable weight.

Availability and Ecosystem Support

The MSDL™ 20G chipset is currently in sampling mode for early-access clients, with options available in bare die configurations or compact packages. Customers can seamlessly transition from IC design to mass production with EverProX's full line of support. Evaluation Kits (EVKs) are also currently accessible for link validation.

Conclusion
By introducing the MSDL™ chipset, Silicon Line continues to lead the way in developing innovative and efficient connectivity solutions. For more details about this cutting-edge technology, visit Silicon Line's official website.
For media inquiries, Emre Oralli, Product Marketing Manager, can be reached at email or by phone at +49 151 20620735.