Silicon Labs Focuses on IoT/Wearables
The Internet of Things is widely used in the integration of networks through intelligent sensing, recognition technology and pervasive computing, and is therefore called the third wave of the development of the world information industry after computers and the Internet. The Internet of Things is the application expansion of the Internet. It is not so much that the Internet of Things is a network, but the Internet of Things is a business and application. Nowadays, any digital product is closely related to the Internet of Things. The Internet of Things is beginning to enter our lives and even change our lives.
The Internet of Things will drive global innovation in the next decade and bring a huge market of hundreds of trillion dollars to the world. Among them, wearable devices are one of the most life-oriented applications of the Internet of Things. Simple applications and emphasis on services will be available. The focus of the wearable device. With the launch of wearable devices such as smart glasses and smart watches, a wave of technology launched by wearable devices is trying to open the door to the Internet of Things 2.0 era. Although diversified IoT applications are still in their infancy, many technology and semiconductor giants are actively deploying in order to quickly seize the market high ground. Chen Lab, regional sales manager of Silicon Labs, a leader in high-performance analog and mixed-signal ICs, revealed that Silicon Labs is very optimistic about the broad market prospects of the Internet of Things, which is where Silicon Labs goes all out; and for wearables and smart homes. A series of high-quality products will be launched, and a new SoC will be launched at the end of the year. It will have ultra-low power consumption, support and integrate multiple protocol standards such as Zigbee and Bluetooth, which is very suitable for IoT products.
Chen Lab, Regional Sales Manager, Silicon Labs
Chen Wei said that Silicon Labs has a world-class engineering team, and these designers have developed a wide range of easy-to-use high-integration products with the richest mixed-signal design knowledge, bringing customers powerful performance, compact size and Low power consumption and other advantages. For the Internet of Things, Silicon Labs not only offers a wide range of quality products, but also offers a variety of plug-and-play development kits and Simplicity Studio software development tools that help developers greatly simplify their product design and reduce time-to-market. For example, the SLSTK3201A Environmental Sensing Development Kit greatly simplifies the development of IoT products with inductive relative humidity, temperature, UV, ambient light, proximity and gesture recognition capabilities.
We know that wearable devices are in line with the tide of the Internet of Things such as the mobile Internet. Obviously, as devices are made smaller and easier to wear, the requirements for the original devices will become higher and higher. So high-precision, ultra-low-power environments and biometric sensing capabilities, like energy-efficient MCUs and standards-based wireless connectivity, are key to today's IoT and wearable devices. Silicon Labs' sensor ICs provide advanced humidity, temperature, ambient light, UV index and proximity sensing technologies for wearable devices, and leading sensors help designers break through the many limitations of wearable devices.
Chen Wei said that Silicon Labs' optical sensor series can sense UV index, ambient light, long range approach, heart rate/pulse oximetry, and movement of 2D or 3D gestures. The Si114x, Si1132, Si1120 and Si1102 sensors are the industry's most sensitive active infrared proximity sensor ICs. Excellent light source sensing performance under a variety of light sources, including direct sunlight and dark glass under the light source. Photodiode response and associated digital conversion circuitry provide excellent immunity to artificial light flicker noise and natural light flutter noise.
The Si1132/4x optical sensor is the industry's first single-chip digital UV index sensor IC that enables wearable products and smartphones to track UV light intensity, heart rate and oximetry. The chip also provides ambient light and infrared proximity sensing for health and fitness applications. Common UV sensors use UV-sensing photodiodes and off-chip MCUs, ADCs, and signal processing firmware. Silicon Labs is the first vendor to combine all of the features in a single-chip, low-power solution, offering a tiny 2mm x 2mm package to reduce board space and bill of materials.
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It can be said that Silicon Labs' optical sensor series is well-recognized in the industry. It is reported that Apple's latest Apple Watch's UV sensor is provided by Silicon Labs.
Chen Hao revealed that the smart bracelet that Desai battery is doing is the sensor of Silicon Labs. At the same time, many first-tier manufacturers such as Xiaomi maintain close contact with Silicon Labs and are very recognized by Silicon Labs products.
The combination of higher integration, lower power consumption, higher sensitivity, and smaller size gives Silicon Labs more room to imagine in the Internet of Things and wearables.
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