WiFi delivers the data throughput, energy efficiency, cost, and easy-to-implement short-range wireless connectivity needed to meet IoT applications through cross-vendor interoperability. As a result, WiFi has become a good choice for IoT connectivity, playing a vital role in providing wireless networking, data transfer, and video transmission, and intelligent control.
The WiFi module, also known as serial Wi-Fi module, belongs to the IoT transmission layer, and functions as an embedded module that converts serial or TTL levels to comply with the Wi-Fi wireless network communication standard, with a built-in wireless network protocol, the IEEE802.11b.g.n stack, and the TCP/IP stack. Traditional hardware devices embedded in the Wi-Fi module can directly utilize Wi-Fi to connect to the Internet, an important part of the realization of wireless smart home, M2M and other Internet of Things applications.
SKYLAB WiFi Modules
SKYLAB's WiFi modules are divided into 2.4GHz single-band WiFi modules and 2.4/5GHz dual-band WiFi modules based on the operating frequency band; master WiFi modules and slave WiFi modules based on the operating mode; and AP/Router WiFi modules and UART WiFi modules based on the type of application. module, UART WiFi module, USB WiFi module and high power WiFi module.
AP Router, 4G Router, Home Gateway, Relay WiFi Application
AP Router, 4G Router, Home Gateway, Relay WiFi Application: For the router market, the wireless WiFi of the home gateway, the 4G to WiFi service demand, SKYLAB research and development of the launch of the AP/Router WiFi module SKW78/SKW92 /SKW93A/SKW99/SKW100/SKW101, can provide wireless access services, allowing other wireless devices to access, provide data access. To meet the demand for wireless WiFi services for smart buildings, smart factories and personal consumption in the field of Internet of Things (IoT);
Data Transmission, Intelligent Control Applications
Data Transmission, Intelligent Control Applications: For the demand for data transmission, intelligent control, and docking services on cloud platforms in the era of Internet of Everything (IoT), SKYLAB develops and introduces the UART WiFi modules WG219/WG229/LSC6262, which can provide wireless access services and allow other wireless devices to access. WG229/LSC6260/WG231, built-in wireless network protocol IEEE802.11 protocol stack and TCP/IP protocol stack, can realize the user's serial port or TTL level data to the wireless network between the conversion. To meet the demand for data transmission and intelligent control in smart home, smart lighting, smart factory and smart healthcare in the field of Internet of Things (IoT);
Video Transmission, High-Speed Data Transmission Applications
Video Transmission, High-Speed Data Transmission Applications: For the demand of wireless video transmission in the field of IoT security, SKYLAB develops and introduces the USB WiFi Modules WG209/WG217/WG220, WG217/WG220, WG217/WG220 and WG220. WG217/WG233 can realize the peripheral high-speed WiFi transmission function of information communication products. To meet the demand for HD (up to 200W pixel) video transmission in the construction of IOT smart home, smart security and smart city;
Long-distance map transmission and video transmission applications
Long-distance map transmission and video transmission applications: For the demand of real-time transmission of long-distance pictures and videos from drones, SKYLAB has developed and launched a high-power WiFi module, SKW77, with an internal integrated dual-channel PA and WG217/WG233 module, which can realize the high-speed WiFi transmission function of information communication products. SKW77 is a high power WiFi module, which integrates two-way PA and LNA internally, and the output power of each transmitter can reach more than +28dBm, and the maximum rate can reach 300Mbps, which is able to realize the long-distance picture and video transmission and the demand of UAV flight control. It can realize long-distance map transmission, video transmission and UAV flight control requirements, and satisfy the long-distance (1km) map transmission and video transmission of UAVs in various fields of IoT.