WIFI-113E

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Wireless connectivity is becoming an increasingly important element in everyday life as devices become increasingly interconnected, from fitness trackers, smart home thermostats, and locks, to smartphones and tablets. WIFI-113E is designed to meet the needs of these devices in use cases where the utmost data speed is not required, but where the reliability and low power consumption is of utmost importance. WIFI-113E offers both longer ranges and lower power consumption than other wireless standards, making it a great fit for Internet of Things (IoT) devices and similar applications.

WIFI-113E utilizes a protocol called IEEE 802.11ah which is designed to provide low power, but reliable wireless network access in cases where data speed requirements are lower than commonly used standards such as IEEE 802.11ac. WIFI-113E operates in the 2.4 GHz to 2.5 GHz range, and uses a communication range of up to 1,600m, with a battery life of at least 10 years.

The WIFI-113E protocol is designed to operate in large geographical areas, and support devices with many connections. It gives priority to real time applications such as VoIP, video streaming, and data transfer, over less latency-sensitive background applications such as home automation. WIFI-113E also provides support for both indoor and outdoor local networks.

The radio access network utilized by WIFI-113E is based on 802.11ah’s Orthogonal Frequency Division Multiplexing (OFDM) radio technology. OFDM works by dividing the radio signal into multiple sub-bands, each of which carries individual signals. This makes it possible for devices to use many more channels, spacing them closer together in frequency and thus allowing more data to be transmitted at any given time.

The WIFI-113E protocol also utilizes a mesh networking approach which allows devices to “route” data across the network, reducing latency issues and avoiding any single point of failure. This allows for a much more reliable and resilient wireless network. The mesh network also provides for better scalability since additional “hops” or connections can be easily added to expand the network.

WIFI-113E’s low power requirement allows it to easily be used in a variety of applications that require long-term, low-data-rate data communications. This includes tracking pets or wild animals, monitoring air pressure and humidity in remote areas, and powering home automation systems like lighting control. WIFI-113E also enables new applications such as smart agricultural systems, low-profile products such as wearable devices, and build-in tracking for theft prevention.

WIFI-113E’s low-latency data transfer also makes it well suited for Voice over IP (VoIP) services. WIFI-113E’s mesh networking architecture also means that multiple devices can be connected with one household using VoIP, allowing multiple users to make and receive calls simultaneously.

In summary, WIFI-113E is an ideal protocol for various applications which demand low power consumption and reliable data transmission. It’s a great option for projects such as home automation, tracking systems, and low-profile wearables. With its ability to provide large coverage, WIFI-113E is a great fit for both indoor and outdoor networks, providing solid wireless network access with low latency.

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