Wearables

Wearables

Optimizing power and performance 

Many aspects come together to make an effective wearable device. Form factor, design and power efficiency are vital in making devices that not only do their job but are comfortable, attractive and easy to use - giving us new ways to improve our productivity, health and lifestyle. Dialog's IC for wearables will do just that.

The future of wearables

Wearables have the power to transform the world around us - to interact on our behalf with other smart devices. The trend to incorporate more sensors into wearable devices will accelerate in the coming years, giving us not only a wider spread of information about the world around us but also making it possible to understand higher-level patterns in our activities and helping us to make better lifestyle choices. As new products enter the market, and different approaches to wearables are trialed, we'll see our accessories increasingly interacting with other smart devices from wristbands, clothing accessories, jewelry, headphones and glasses incorporating miniaturized technology. 

Products
Products
Key Features
Applications
Highest integration, flexibility and security BLE SoC
Fitness Bands | Hearing Aids | Bluetooth Headsets | Bluetooth Trackers | Remote Controls | Virtual Reality | HID | Apple HomeKit| Other rechargeable devices
DA14680 with expandable memory execution space
Fitness Bands | Hearing Aids | Bluetooth Headsets | Bluetooth Trackers | Remote Controls | Virtual Reality | HID | Apple HomeKit| Other rechargeable devices
DA1469x The world's most advanced wireless microcontroller product family Fitness trackers | Sport watches | Toys | Consumer appliances | Home automation| Industrial automation | Voice-controlled remote controls | Access control | Game controllers and headsets
Family of wireless power RF-to-DC receivers which can be connected to 1 to 4 antennas. From 8mm x 8mm to 10mm x 10mm for wearables
Fitness Bands | Hearing Aids | Bluetooth Headsets | Bluetooth Trackers | Smart Pens | Remote Controls
Fully integrated WattUp power transmitter IC operating directly from 3.3V or 5V
Fitness Bands | Hearables | Hearing Aids | Bluetooth Headsets | Bluetooth Trackers | Smart Pens | Remote Controls
Ultra Low Power Stereo Audio CODEC with 650µW Always-On Mode
Headphones I Headsets I Embedded Applications I Arduino Compatible Development Systems
Ultra low power stereo audio codec with differential headphone driver
Headsets | Hearables | Headphones | Portable media players | Audio accessories
Ultra low power stereo codec with single ended headphone driver
Headsets | Headphones | Portable media players | Audio accessories
Audio codec with Advanced Accessory Detect
Headphone accessories | Gaming controllers | Remote controls | Portable audio applications
Nanopower buck regulator for low power connected devices
Wearables – wrist wear, hearables, pet wearables | Smart devices - thermostats and door locks | Smoke detectors | Portable medical devices | Remote sensors | High efficiency, low power applications 
Nanopower PMIC for low power connected devices
Wearables – wrist wear, hearables, pet wearables | Smart devices - thermostats and door locks | Smoke detectors | Portable medical devices | Remote sensors | High efficiency, low power applications 
 

Systems and Software

Our open-standard networking platforms and tools connect monitor and control devices in commercial and industrial IoT deployments. The new SmartServer IoT edge server platform enables companies to drive intelligent and automated decisions in the IIoT through its revolutionary open, extensible architecture that allows solutions to “Embrace” legacy devices and protocols, “Extend” with emerging IoT protocols and applications, and “Enhance” with insights from cloud and AI systems.

Custom ASICs & IP

Dialog (through its acquisition of Adesto) has many years’ experience in implementing full-custom industrial system-on-chip (SoC) designs, achieving as much as 80% bill of materials reductions for our customers. What’s more, because we optimize both at block and system level, our chips deliver the lowest total system power consumption and area, while delivering the best performance. Our integrated approach makes reverse engineering exceptionally impractical, thereby protecting your intellectual property.

Application-Specific Memories

Our non-volatile memory (NVM) devices are designed with specific features and embedded intelligence to dramatically reduce a system’s overall energy consumption and extend its battery life, while delivering higher performance, greater reliability, enhanced security, and lower system cost.

Communications Products

Our communications ICs are designed to enable reliable and easy communications for industrial devices and networks. Our highly programmable Power Line Communications (PLC) ICs enable OEMs to quickly develop robust and innovative solutions that meet the unique requirements of automotive applications, such as industrial-strength reliability and scalability.

For decades, our LonWorks platform has been powering train braking systems, and is the basis of several standards in in-train control. Our OFDM-class PLC modems provide unprecedented level of flexibility and noise immunity, and support communication standards for in-truck sensor communication, such as PLC4TRUCKS and G3-PLC, as well as uniquely robust proprietary modes used in battery chargers and battery management systems.

Our wearables solutions

Our SmartBond™ solutions help wearable devices deliver a new sense of freedom. They let you create the most compact, power-friendly and flexible products. As the first Bluetooth® low energy single-chip solutions for wearables, our DA1468x family offers the processing power and strong data encryption needed for enhanced analysis and secure data delivery in next-generation devices. Meanwhile the DA14580 and DA14583 fit entry-level and coin-cell powered applications. Each solution is designed for minimal system size and optimal power usage. Moreover, our SmartSnippets™ software supports high data rates and multiple connections, opening the door to advanced multi-sensor, multi-domain systems.

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