Radio WiFi Modules
Wi-Fi radio modules are offered in a large number of different versions. One of the most important selection criteria are the interfaces, which often depend on the type of the application processor, the required data speeds, the form factor, and the power dissipation. In recent years, PCIe, USB, SDIO as well as SPI and UART have become the widely accepted choices for Wi-Fi radio modules. The latter ones are often preferably used for IoT (Internet of Things) applications, because these do not require high data speeds (mostly not more than a few kbps) but provide low power dissipation and small form factor size.
Our suppliers in this category Radio WiFi Modules:
8DEVICES is a company specializing in SOM- (System on a Module) and radio-modules with Bluetooth and Wi-Fi support. All modules are based on chip sets from Qualcomm. The long years of experience in hardware and software development allow the company to provide high quality and reliable modules. As a licensed design partner (ADC: Authorized Design Center) of Qualcomm 8DEVICES also supports customer-specific designs and offers individual software and hardware solutions matching your personal requirements.
COMPEX has a long history of working with Qualcomm and specializes exclusively in their Wi-Fi radio and SoC devices. COMPEX is therefore an official ADC (Authorized Design Center) of Qualcomm and offers its customers innovative reference designs as well as support for hardware and software development.
WISTRON NeWeb Corporation (WNC), established in 1996, is a product design and manufacturing company that provides high-quality ODM services for wireless communication and module solutions as well. WNC has comprehensive capabilities in RF antenna design, software design, hardware design, mechanical design, system integration, user interface development, product testing & certification, and manufacturing. The product portfolio ranges from USB modules, stand alone mini cards, Mini PCI & PCIe modules up to combo modules for WiFi and Bluetooth.
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USB 2.0, on the other hand, offers significantly higher data rates and allows an equally space-saving integration with 4 lanes. At a gross data rate of 480Mbps (USB 2.0, high speed), the 802.11n standard can easily be used in a MIMO 2x2 operation (antenna data rate of 300Mbps). By contrast, the 802.11ac standard in a MIMO 1x1 configuration (antenna data rate of 433Mbps) is enough to push this interface (USB 2.0) to its limits.
SDIO is often preferred in industrial applications over USB because the interface is more reliable and stable at similar data rates.
PCIe Mini Card is by far the interface with the highest data rate and is therefore the preferred solution for the 802.11ac broadband standard, but also has the highest power dissipation rate and space requirements. Due to the PCIe Mini Card specifications, all modules are available with the same mechanical interface, which requires a 52-pin connector on the target hardware. Therefore, PCIe modules are mostly used in PC-based systems operating with Linux or Windows.
CODICO offers a wide range of Wi-Fi modules for each interface and each standard 802.11a/b/g/n/ac. Most of these modules support several antennas (MIMO: Multiple Input Multiple Output) to increase data rates or to allow for the use of the Rx- and Tx-Diversity technologies. While modules with USB, SDIO, SPI and UART are offered in MIMO 1x1 and 2x2 designs, the PCIe modules support multiple antenna systems up to a maximum of MIMO 4x4. For 802.11ac, CODICO even offers solutions with MU-MIMO 4x4 (MU:Multi User), a new technology that allows the simultaneous transmission of independent data streams to different clients. Many modules are CE, FCC, and IC certified and are available in commercial or industrial temperature ranges.