GE uses Tailing BLE Mesh technology for its intelligent lighting
Shanghai, China, March 14, 2016 – As a developer of highly integrated low-power RF and mixed-signal system-level chips for IoT applications, Tailing Microelectronics has announced that its Bluetooth Mesh wireless networking technology has been applied to GE lighting by C. By GE series LED bulbs smart connection.
“For many people, lighting is a part of smart home, allowing devices such as smart thermostats, closed-circuit monitors and smoke detectors to be connected to the hub. The operation of the cross-device is exactly what many manufacturers are smashing. There is no real winner in the market. Therefore, GE Lighting wants to bring consumers a lighting solution that can operate independently.†GE Lighting's Innovation Director Tom STImac further said: “Because of this, we are not simply developing one. Technology, but focus on developing products that actually solve problems and ensure the best user experience."
The smart product uses Tailing's proprietary Bluetooth low energy wireless networking (BLE Mesh) technology. Based on the patented technology of Tailing network flow control, it can realize real-time update and automatically reflect the status of multiple nodes. Since Tailing Mesh technology supports synchronous control mechanism, multiple lights can be turned on/off or controlled at the same time. In addition, it also supports Apple's HomeKit technology.
As Bluetooth low-power (or smart) sensors enter the home more and more, the interconnection between appliances has become the norm, Mesh networking technology is therefore particularly important. By building a mesh network, users can control Bluetooth smart locks, lights, and HVAC systems to work together to achieve seamless connectivity of smart home devices. The unique features of Teleling BLE Mesh technology give the product the best user experience.
Dr. Sheng Wenjun, CEO of Tailing, said: "In smart home control, our BLE Mesh technology can simultaneously realize real-time control of multiple smart devices by multiple terminals. Without proper network flow control technology, it will be difficult to control the terminal. Automatically update and reflect the status of multiple smart devices in real time; this can cause inconsistent control and may even cause device and controller to be out of sync."
Dr. Sheng added: "If you don't have Tailing's network flow control technology, it will bring some common problems. For example, when you use your mobile app to turn off a light in your home, your wife's status is not automatically updated because the status of the light is not automatically updated. The light is still lit on the phone app."
With the wireless intelligent lighting solution provided by Tailing, users can easily realize the following functions: on/off control, dimming, color space (brightness, color saturation, RGB) control, group control, scene mode control, integrated timer or sensor , console, mesh network and power analysis.
Tailing provides software development kits (SDKs) and complete hardware reference designs for intelligent lighting developers, including reference hardware and firmware programs, lighting module schematics and PCBs (supporting all types of LED drivers), remote control schematics and PCB, ZigBee/BLE/2.4Ghz protocol stack, profile and user interface, and free Android and iOS system reference app.
Tailing also released the world's first Internet of Things All-in-1 chip TLSR8269, integrated RF, digital signal processing, protocol stack software and multiple profiles on a single chip, supporting Bluetooth Smart, BLE Mesh, 6LoWPAN, Thread , Zigbee, RF4CE, HomeKit and 2.4GHz proprietary standards. The integrated 512KB FLASH of the TLSR8269 meets the built-in requirements of all functions, and the terminal product functions can be configured through software. This means that the TLSR8269 can even support OTA over-the-air firmware upgrades, product features rollouts and upgrades, providing great flexibility. In addition, Tailing chips can withstand temperatures up to 125 degrees Celsius, and such high specifications are particularly suitable for use in LED lighting.
Tailing offers a solution for running multiple standards and real-time control of connected devices in parallel, which is the first in the market. The solution bridges smartphones, uses Bluetooth low-power controllers, and smart home devices based on ZigBee (IEEE 802.115.4) Mesh networks without the need for an external hub. Tailing's TLSR8269 chip can run BLE and 802.15.4 protocol stacks in parallel, so that multiple devices can be seamlessly controlled simultaneously using different communication protocols.
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