AHEAD OF WHAT'S POSSIBLE–
Visit Analog Devices’ Private Technology Pavilion at CES 2018
Las Vegas Convention Center
South Hall 3, 30342
Venetian, Bassano 2803
January 9th to 12th, 2018AHEAD OF WHAT'S POSSIBLE–CES 2018
A New Approach to Voice Control for the Home
See how voice control can be enhanced with vision, eliminating the often unnatural interaction of using trigger words.
Speaker Protection and More
This adaptive speaker enhancement solution incorporates a mid-power Class D amplifier with I/V sensing (SSM3525) and an audio processor to take full advantage of high performance current and voltage monitoring. Applications include comprehensive speaker protection as well as additional speaker optimization to enhance the listening experience or reduce system cost.
Creating a More Immersive Listening Experience
See an implementation of 7.1.4 channel Dolby® Atmos on the ADSP-21584 and how it can provide a very immersive sound experience. It is configurable from 2.1 to 7.1.4 channels, bringing in height virtualization even if up-firing speakers are not present.
Broadcasting in Multiple Languages
See how MPEG-H enables multiple languages to be embedded in broadcast content and how users can select from the available languages. The demonstration features a 16-channel decoder and Fraunhofer Institute's upHear® Virtualizer both ported on an ADSP-21584.
Enhancing Audio Quality and Sound Image
See how an ADSP-21489 processor is used to improve horizontal and vertical sound stage expansion while maintaining natural sounding audio.
High Performance Depth Mapping for AR and VR
Experience a more intuitive way to interface with various VR and AR applications that creates a more immersive user experience. Learn how this can enable machines to autonomously navigate their surroundings. Using a head-mount display with a Time-of-Flight module, users will be able to see and manipulate objects in a virtual environment.
Taking the User Experience to Higher Levels
Discover how our HI lineup delivers solutions for natural and intuitive user interface aimed at improving the interaction, enjoyment, productivity, and value of wearables, mobile phones, portables, and human-to-machine interfaces.
Higher Mobile Imaging Performance
See how this Optical Image Stabilization (OIS) solution offers faster stabilization, greater accuracy, and lower power consumption than a traditional VCM-based approach.
Advancing Innovative Healthcare Solutions
See technology that supports 24/7 body-worn sensing devices capable of monitoring multiple vital signs for health and disease management, patient recovery monitoring, and enhanced quality of life. It includes a demonstration of HealthConnect cloud services, algorithm development and solution validation, and trend and feature extraction.
Advancing RADAR Capabilities for Autonomous Driving
See a system-level demonstration of our innovative, highly integrated 28nm CMOS RADAR solution that exponentially increases angular resolution to support highly automated driving applications
Ensuring Compliance, Reducing Risk, and Speeding Time to Market
The demonstration shows how emission minimizes interference among different systems and is critical to ensuring compliance with automotive regulations, such as the CISPR25. We’ll also show how adapting silent switchers in early design stages can reduce risk and expedite time to market.
Increasing Comfort and Safety for Driver and Passengers
See how this sensing solution can detect the location and motion of a driver’s hands on or near a steering wheel. It can be used to detect texting-while-driving as well as driver readiness after an assisted driving operation. We’ll also show how our Time-of-Flight technology can be used in gesture control, occupant detection and driver monitoring.
System-on-Package Solutions Tested to Perform in Many Applications
See how our industry leading micromodules can solve the toughest power challenges in a variety of markets and applications, including Automotive, Industrial, and Communications.
A Modular Hardware and Software Platform for Audio Development
The demo will show how the hardware and software aspects of this platform enable customers to create surround sound audio algorithms in Sigma Studio, implement those algorithms in a SHARC processor, and use A2B to send multiple channels of audio to different boards and speakers in different physical locations.
The Next-Generation of A2B Performance
A2B has revolutionized next generation infotainment architectures by delivering a simple, low-latency solution for complex connectivity problems. It is increasingly being adopted by car OEMs for use in a wide array of applications including Active Noise Cancellation, HF/ In-Car Communications, Emergency Call, and Telematics. Next generation devices, which are demonstrated here, build on this foundation adding new features & capabilities specifically optimized for high growth, in-cabin applications.
Increased Security for Network Connectivity
Digital content protection is often required to prevent unauthorized use or copying of audio/video data as it is transmitted over the vehicle network. This demonstration highlights an efficient approach for transporting HDCP2.2 encrypted audio content over the A2B network.
EV Warning Sound Reference Design
To safeguard pedestrians, many countries have mandated that all Electric Vehicles (EVs) and Hybrid EVs emit a sound when travelling at low speeds. ADI have developed a reference design with schematics and firmware to address this application. With the automotive industry’s broadest portfolio of Audio Processors, ADI can provide multiple solutions from entry level conformance to more sophisticated engine sound solutions for internal and external applications.
Dedicated Automotive Camera Link Technology
See how ADI’s C2B automotive link technology provides low latency HD quality video over the lowest cost infrastructure. C2B enables customers to use already proven low cost UTP cabling for HD video transfer opening up new opportunities for camera applications throughout the car.
A Reliable and Low Power Networking Solution for IoT Applications
The demo shows how precise time synchronization across a multi-hop network can be used to automatically schedule data traffic with low duty cycling. This can enable sensors to be placed in demanding IoT locations, such as vibrating pumps/motors, multi-story commercial buildings, industrial processing plants, and power plants.
An Innovative Approach to Automotive Battery Management
See how our highly accurate battery stack monitors work with SmartMesh® wireless mesh networking products to replace the traditional wired connections between battery packs and the battery management system.
A Secure End point Sensor-to-Cloud Solution
See how this approach provides end-users with confidence their device can be trusted, while simplifying the deployment process and reducing cost and vulnerabilities of private key maintenance after deployment.
A Sensing Solution for Demanding IoT Applications
See how this system design maintains a well-defined, aggressively low power profile until a vibration is detected. The solution incorporates sensors, edge-node processing, and cloud connectivity, making it highly suitable for battery-powered, long-life applications in industrial IoT.