Portable multimedia players, sometimes called audio-video jukeboxes, portable media players, or portable audio players, are all capable of recording and playing audio/video (A/V) from TVs, DVD players, camcorders, or downloading from the Internet Handheld audio/video system for media files. These devices are usually based on hard disks or flash media and can store hours of content and provide entertainment.
Healthcare & Wellness/Wearables
Design resources, interactive design products, and solutions dedicated to wearable device (non-medical) applications.
Create distinctive and innovative wearable systems, use our compact ultra-low power management solutions to maximize battery runtime, provide interactive user interfaces with multi-sensory feedback, and enable multi-standard wireless connectivity. For wearable devices with biosensing functions, our analog front-end solution can achieve high-precision optical heart rate and electrogram signal acquisition.
The blood pressure monitor can use the Korotkov method, vibration volume method, or pulse transit time method to measure blood pressure. It uses a pressure cuff, pump and transducer to measure blood pressure and heart rate in three stages: inflation, measurement, and deflation. The blood pressure monitor includes LCD, selection buttons, reset, power management and USB interface.
Smart clothing is the next development trend of wearable devices. It combines electronic products and textiles to create functional, stylish, and comfortable solutions to meet people’s daily fitness needs. It integrates pedometers, heart rate monitors, temperature sensors, and other activity trackers into clothing fabrics. Not only can the bracelet be worn on the wrist, but also the use of biometric tracking technology covering the whole body can provide more sports and fitness advantages, such as monitoring specific body movements to provide more specific guidance. Smart clothing usually also includes wireless connectivity to the fitness application platform.
GPS Tracker/Smart Device 4G
Our more than 16 years of experience in the research and development, design, production, sales, and service of cellular communication products can help you create portable, sturdy, reliable and more efficient GPS personal navigation equipment systems and smart communication devices, 2G/3G/4G This kind of system uses satellite communication and wireless connection to provide accurate position and altitude information and navigation assistance. The smart handheld terminal can also provide information on the data collection requirements of people, animals, objects, articles, and all activities that need to be tracked.
More efficient power and battery management with ultra-low standby power consumption
Vivid, high-resolution display with capacitive touch and audio feedback
Multi-standard connectivity, including technologies such as GPS, cellular, Wi-Fi® and Bluetooth®
Smart Home/Home Application/Security/Safety/DLP Projector/OTT Box
Thanks to sensors and new intelligent systems, today’s buildings and homes are becoming safer and more reliable. New technologies can detect intrusions and create an interactive environment that supports the elderly and the disabled, making today’s buildings and houses more intelligent, safe, and reliable.
By allowing more extensive automation of tedious tasks, sensors, IoT devices, and new smart systems have improved comfort and convenience. The lighting, climate, and safety systems can often be accessed through mobile apps to more efficiently arrange Various tasks and functions to improve the energy-saving effect.
Remote access to home appliances requires a gateway, which can establish a connection between a short-distance local area network (such as a network using a smart plug) and a long-distance wide area network (WAN) (usually a wireless network).
Smart home applications provide a wide range of wired and wireless connectivity solutions, a variety of scalable motor control solutions for garage door openers and shutter automation systems, and power management to ensure the highest possible efficiency at an appropriate cost IC.
Smart Energy/Electricity/Gas/Water Meters/Power Management
In order to ensure more accurate measurement, lower power consumption, and various wired and wireless communication protocols required by meters, concentrators, smart plugs and home user equipment, we use its unique combination of solutions or product combinations in gas and water And the thermal energy meter realizes the smart grid vision.
Provide support to customers through unique system-level application technologies and a wide range of products and solutions, including multi-protocol programmable power line modems, long-distance, and short-distance RF transmission circuits, high-efficiency power supplies, and management, sensors, etc.
The power metering system can measure energy consumption, monitor its quality, and transmit this information from the meter to the concentrator or cloud, so that utility distributors can better manage energy use through load management.
Real-time reporting of energy metering results can increase consumer awareness, thereby reducing waste and thereby reducing costs. The data obtained using smart meters enable utilities and energy distributors to optimize power distribution losses on the grid. Therefore, it is possible to reduce costs, improve reliability, and reduce tampering and carbon emissions.
Smart meter design solutions, with comprehensive multi-protocol programmable power line modem communication modem solutions, these solutions comply with G3-PLC, Prime, Meters, and other standards, and have been used worldwide.
In addition, we can help customers through unique system-level application technologies and extensive product designs, including power metering, long-distance, and short-distance wireless connection solutions, and efficient power supply and management.
Smart RF/NFC/RF Identification
Near Field Communication (NFC) technology can provide short-distance wireless connections and realize two-way interactive communication between electronic devices. NFC is somewhat similar to RFID (Radio Frequency Identification) technology, but NFC also includes a set of specific standards (including ISO/IEC 14443 and ISO/IEC 15693) to ensure the interoperability of NFC-enabled devices.
NFC uses inductive coupling technology between two NFC devices and works at 13.56 MHz. An NFC device can obtain energy from the radio frequency magnetic field generated by another NFC device, enabling the device to operate without a battery or power source, so it is suitable for applications with a particularly small form factor, such as tags, stickers, remote control keys or cards. Even with a power supply, NFC requires very little energy and is very suitable for battery-powered devices such as smartphones.
Because of the short transmission distance, business processing using NFC technology is inherently safer than using other wireless technologies.
We provide comprehensive solutions, including NFC / RFID tags and readers, dynamic NFC tags, NFC controllers, and security components supported by a rich development ecosystem.
Zigbee® is a wireless protocol based on the IEEE 802.15.4 standard designed by the ZigBee Alliance. Zigbee is a reliable, low-power, interoperable protocol, and has high anti-interference ability in a noisy radio frequency environment. Zigbee PRO certification ensures the interoperability of smart objects, enabling IoT devices from different vendors to work together.
IEEE 802.15.4 is a technical standard managed by the IEEE 802.15 working group. It defines the physical layer and provides a common standard for the MAC layer, which is the basis of multiple protocols (including Zigbee).
The Bluetooth wireless connection technology is based on the IEEE 802.15 standard managed by the Bluetooth Technology Alliance (SIG). SIG is responsible for specifying and updating Bluetooth specifications, managing qualification procedures, and protecting trademarks.
Bluetooth LE technology works in the public ISM frequency band from 2.4 to 2.485 GHz and implements multiple technologies including adaptive frequency hopping (AFH) to ensure that other wireless technologies can operate in this part of the radio frequency spectrum at the same time, and can share bandwidth.
When designed for battery-powered wireless devices (such as sensors for healthcare, sports, and fitness), and proximity and security applications, Bluetooth Low Energy (or Bluetooth Smart®) is based on Bluetooth 4.x and 5.x specification.
We provide easy-to-use advanced Bluetooth low energy solutions, supplemented by a rich evaluation and development environment to speed time to market.
NB-IoT/ LTE Cat NB1
Narrowband Internet of Things (NB-IoT or LTE Cat NB1) is a low-power wide-area network (LPWAN) radio frequency technology standard designed to enable a variety of devices and services to be connected through cellular communication frequency bands. It is one of a series of mobile Internet of Things (MIT) connection technologies standardized by the Third Generation Mobile Communications Partnership Project (3GPP). These technologies also include specifically designed to adapt to the Internet of Things (IoT) and machine-to-machine (M2M) communications Enhanced machine type communication (eMTC or LTE Cat M1) and EC-GSM-IoT.
Embedded System/Touch & Input Sensing
Battery Management System–BMS
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