5G Bluetooth - SQ808-W | Wi-Fi Smart Modules | Fibocom
SQ808-W is a WiFi smart module that supports 5G bluetooth and other long-distance communication modes. Talk to our experts about your next IoT project now.
SQ808-W - Wi-Fi Smart Modules for 5G Bluetooth by Fibocom
A Wi-Fi smart module called SQ808-W is capable of supporting 5G Bluetooth and other forms of long-distance connection. Discuss your upcoming IoT project with our experts right away.
It's sometimes simple to overlook that new wireless improvements go beyond only 5G at a time when wireless technology has received so much attention overall. To be clear, the most recent 5G Bluetooth cellular technology is crucial and is anticipated to have some of the most significant effects on not just the tech industry but also on general business and society at large.
However, shortly, Wi-Fi and Bluetooth, which are particularly prevalent in contemporary worlds of work-from-home and learn-from-home activities, are likely to see increased practical usage. 5G Bluetooth provides device-to-device connectivity that makes utilizing everything from cellphones, PCs, headphones, speakers, and other gadgets easier and more engaging. Wi-Fi, of course, has become a necessary lifeline for all user connected-at-home activities.
SQ808-W
For intricate and multifaceted IoT applications, Fibocom 5G Bluetooth enabled SQ808-W would be your best option. The IoT Wi-Fi module offers the best applicability for IoT applications thanks to its Qualcomm QCM2150 platform and smart, open Android operating system. It incorporates key components like EMCP, baseband, transceiver, PMU, and PA. Additionally, it supports short-distance 2.4G+5G wireless transmission technologies like WIFI and Bluetooth, as well as long-distance communication modes like FDD-LTE/ TDD-LTE, GSM, and WCDMA. It supports GNSS wireless positioning technology and has an integrated LNA. The SQ808-W module is the best Wi-Fi module for IoT applications since it offers rich interfaces and versatility.
Supports 2 or 3 Radios
IoT devices used in homes and businesses frequently require many wireless connection options. Users may have to establish a Wi-Fi connection for internet access while also establishing local connections through 5G Bluetooth LE and IEEE 802.15.4. There are four versions of the SQ808-W series of wireless modules from Fibocom, each of which supports Bluetooth 5.2 and Wi-Fi 6 (802.11a/b/g/n/ac/ax plus d/e/h/i/k/r/u/v/w/az). One version additionally supports IEEE 802.15.4.
The modules are built around either the IW612 chips (one model with three radios) or NXP IW611 (three models with two radios). A variant with an incorporated PCB antenna is also available. Other versions link to antennas through pins and U.FL connections. Dual-band 2.4 GHz and 5 GHz frequencies are supported by Wi-Fi radios. Single input/single output (SISO) operation with data speeds of up to 60 600 Mb/sec is supported by Wi-Fi 6.
The Wi-Fi radios can operate with channel bandwidths of 20 MHz, 40 MHz, and 80 MHz. Depending on the radio, the modules employ different host interfaces. Specifically, SPI for 802.15.4, 4-wire UART for Bluetooth with PCM, and SDIO 3.0 for Wi-Fi define the configuration. 5G Bluetooth audio is provided through I2S. GPIO is also included in every module. The modules have 86 solder pins and are housed in 10.4 mm by 14.3 mm @times; 1.9 mm LGA packaging. The SQ808-W modules can be used to create stations, access points, or point-to-point connections. 18 dBm is the Wi-Fi output power.
But what many people don't realise is that, just as there have been significant advancements in cellular technology with 5G Bluetooth, there have also been advancements and improvements in the Wi-Fi and Bluetooth standards. In particular, the Wi-Fi 6 and Wi-Fi 6E standards include a number of interesting new features and the possibility for much quicker data transfers via Wi-Fi connections.
All things considered, the SQ808-W offers a wide variety of connectivity choices, in addition to everything built into the Snapdragon 888. Importantly, it also increases the performance and ubiquity of various wireless signals, making the instruments that use these processors more potent, effective, and dependable. That's a significant advancement given our increased reliance on wireless technology. Contact us right now to learn more about our products and solutions and to take advantage of their widespread advantages.
