WiFi HaLow (WiVi): An Overview of the Technology

wifi
halow
ieee 802.11ah
wlan
iot

This page provides a basic overview of WiFi HaLow (also referred to as WiVi) technology. It explains the key features of WiFi HaLow and how it works. WiFi HaLow is a wireless technology designed to extend the coverage of traditional WiFi while maintaining low power consumption. This name was given by the WiFi Alliance.

The WiFi Alliance is a group of companies that maintains and manages WLAN standard-compliant products and their specifications. WiFi products adhere to the IEEE 802.11 series of standards.

WiFi HaLow, also known as WiVi, expands the use of WiFi into the frequency spectrum below 1GHz (specifically, the 900MHz band), which is an unlicensed band. Devices can also operate in the 2.4GHz and 5GHz bands, which are commonly used by other WiFi standard devices.

A key advantage of WiFi HaLow is that products from different vendors can seamlessly interoperate. WiFi HaLow technology products comply with the IEEE 802.11ah standard. Devices based on this standard are widely used in IoT (Internet of Things) networks.

Specifications of WiFi HaLow or WiVi

SpecificationDetails
Coverage DistanceDouble than standard WiFi, about 1 Km (3280ft)
Frequency of Operation2.4GHz, 5 GHz, 900 MHz
StandardIEEE 802.11ah
ApplicationsVoice, data exchange, internet, IoT etc.

IEEE 802.11ah: WLAN Technology Basics

Explore the fundamentals of IEEE 802.11ah WLAN technology, designed for IoT applications in the sub-1GHz frequency range, including PHY/MAC layers and key features.

ieee 802.11ah
wlan
iot
ESP8266 WiFi Module: Pinout and Applications

ESP8266 WiFi Module: Pinout and Applications

Explore the ESP8266 WiFi module's features, pinout, and applications. Learn how this versatile module enables IoT projects with its built-in WiFi and microcontroller capabilities.

esp8266
wifi
iot
WLAN Physical Layer: 802.11 PHY Explained

WLAN Physical Layer: 802.11 PHY Explained

Explore the WLAN physical layer, focusing on the IEEE 802.11 standard, frame structure, OFDM, and transmitter/receiver architectures for WiFi networks.

wlan
physical layer
802.11