Syntronix

Syntronix was founded in 2001 and has professional chip research and development technology. At the beginning of our establishment, we targeted specific application IC products and strategically transferred. We cooperated in the development of logic, Mixed-Signal product-related design component libraries and IPs from foreign manufacturers. We provided customers with complete design and production solutions. In 2010, we started to focus on the development and production of wireless communication and microcontroller products. We also jointly developed MCU related products with foreign manufacturers,integrating radio circuits, CPUs and other products with different peripheral circuits, which are widely used in major appliances, power controllers and various systems and mechanics control.

Focus on the advent of the Internet of Things(IoT), Syntronix developed Bluetooth Low Energy SoC, and passed the Bluetooth 5.0 certification in 2017. Our R&D team has trong development capabilities, providing IP, IC, Module, APP and other diversified vertical integration solutions.

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Smart Home Platform

Solution Description

Smart Home

Syntronix developed Taiwan's first "Smart Home Platform" based on Bluetooth 5.0 and Bluetooth Mesh, including Bluetooth modules and smart home APP. The devices use Bluetooth modules to speed up development time and quickly upgrade tp smart devices.
Smart Home Platform can be connected in a variety of smart speakers, such as Google, Mijia Xiaoai, Tmall Genie, Xiaodu, etc., cross-brand voice control makeing life more convenient. And Smart Home Platform also supports "remote, timing, single point and group control", getting all the convenience features in one go.

We can directly use the built-in Bluetooth connection of the mobile phone to control smart home appliances at home without the Internet. It has several main advantages such as low power consumption, long transmission distance, fast transmission speed, low delay, and high security.
It also Integrates top software/hardware technology and design interface, supporting iOS and Android two major systems. It help manufacturers speed up product development!

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Solutions

Syntronix

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Other

BLE 5.0 Module (SBF 508 M)

SBF508M series is a System-On-Chip integrated 2.4GHz radio transceiver and baseband processor for Bluetooth Low Energy 5(BLE5). It contains high-performance ARM® CortexTM -M0 32-bit RISC core, 256KB embedded Flash, 51KB embedded SRAM, the hardware of Link Layer for BLE5, 2.4GHz radio transceiver and peripheral for application. The chip has flexible power management and low power consumption, which is suitable for IoT or wearable device application. The integrated Buck DC-DC converter is convenient to generate system power and it provides power for external devices. The BLE (Bluetooth low energy) core is a qualified Bluetooth baseband controller that compatible with the Bluetooth low energy 5.0 specifications and it is in charge of packet encoding/decoding and frame scheduling. 1. Excellent antenna design (the transmission distance between 2 devices) Indoor：50M with wall thickness 20cm Outdoor：500M with some trees 2. Low pin count (21pins) for multi-functions (UARTx2 / SPIx1 / PWMx3 / ADCx6…) 3. Support wide range voltage 2.5V to 5.0V 4. ndustry Specifications (-40 degrees to +85 degrees) 5. FCC / CE / BQB and RoHS certified 6. Support voice control of cross-platform such as Google, MIJIA AI, Tmall Genie, Xiaodu, etc.

Syntronix

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Smart Disease Control and Prevention

Smart Lighting

Syntronix self-developed "Bluetooth Module". After the introduction, ordinary LED bulbs can be upgraded to "smart lighting", easily calling out 16 million colors and 3000~6500K color temperature. 1. The office introduces smart lighting, which can control the illuminance and color temperature by the mobile phone APP, improving work efficiency and saving electricity bills. 2. After the factory introduces smart lighting, the number and time of bulbs switch can be set by default to improve electricity costs. 3. After the introduction of smart lighting in agricultural areas, the light intensity and light quality can be adjusted according to the growth cycle of plants, and the maximum light source can be provided with the minimum energy. 4. After the introduction of smart lighting in the medical environment, it can imitate the circadian rhythm of natural light in the room and improve the lack of lighting in windowless wards. It also can regulate the physical functions of patients.