Zigbee IoT
Get a longer range at reduced power consumption with the industry’s lowest power integrated power amplifier at +20 dBm and options for Zigbee Sub-GHz! Generally, two or more devices compose a Remote Control PAN in the form of star topology. Multiple RC PANs compose an RC network. Furthermore, in the RC network, the devices in the PAN and different PANs can communicate with each other. And when selecting Zigbee remote control devices under your Zigbee network, we advise you to take RF performance parameters seriously. With the above excellent features, we highly advise applying smart plugs at home. Most houses have more than one plug to connect power to appliances. So grouping them with the Zigbee network brings centralized power-supply control of the appliance in the whole house.
RF4CE is the standard and protocol for remote control of home appliances. "RF" stands for "radio frequency" and "CE" stands for "consumer electronics". RF4CE is designed to use radio frequency communication to replace traditional infrared remote control technology. Compared to infrared, RF4CE provides longer transmission distances and strong ability to penetrate obstacles. It provides a more reliable and flexible remote control experience. Its effective range is flexible and easy to deploy. Depending on the actual transmission power and various application modes, the effective coverage range of the Zigbee network is from the standard 75 meters to the extended hundreds of meters, or even several kilometers.
Zigbee Green Power enables energy harvesting for ultra-low-power devices in the Zigbee ecosystem. It provides energy-saving solutions for devices that require extremely low power consumption, such as battery-free or long standby devices, lighting switches, and door and window sensors. A device with Zigbee protocol operates at several orders of magnitude lower power levels, achieving the lowest energy requirements for long-term operation. For devices that may be offline for long periods of time, Zigbee device can optimize packet length, transmission path, connection recovery, and online time to save energy. Zigbee Green Power particularly suit the device that does not rely on batteries or require long standby times.
Phixson Service
Embedded Design
Phixson's embedded design services contain customizing the best solution to your project needs. Throughout the whole project from modeling to the manufacturing of the embedded system, our expertised engineers in this field are pleased to work with you to make sure the designed system achieves your requirements and works well.
Also, we can help customers develop and implement embedded systems that can consume less power and operate under rugged conditions.
Firmware Development
With years of experience in electrical engineering, Phixson can develop hardware and firmware for power supplies, motor controllers, and other power electronic systems.
In addition, we can design or redesign firmware to improve equipment performance based on different power, voltage, and different frequency-range requirements.
SDK Development
In order to facilitate the use and integration of our products, we are glad to provide you with various software resources for accelerating the time to market of your business solution.
This includes a software development toolkit (SDK), which includes microservices, APIs, code examples for using these APIs, and related documentation.
Also, we provide code examples that are compatible with different development environments.
