There is an ever-growing demand for lower latency and improved data speeds and capacity. Growing consumption of video streaming, digital transformation of the enterprises coupled with an increasing reliance on the internet to carry out our personal and professional tasks is contributing to this. Upcoming Internet of Things (IoT), 4K and 8K videos, and several forthcoming immersive digital use cases are further likely to increase this demand. Wi-Fi 6, the sixth generation of Wi-Fi 6 technology, is designed to address these demands.

STL’s Wi-Fi 6 solution is a carrier-grade high capacity outdoor Wi-Fi 6 access point. It leverages the latest Wi-Fi standards and enables service providers to deliver a wide range of exciting and innovative offerings to their customers with speed, scale and efficiency even in the most densely crowded environments. Additionally, STL’s Wi-Fi 6 allows them to improve cost-efficiency because of enhanced spectral efficiency. Its cutting-edge technology sets it apart from available solutions in the market. Read More..

With STL’s Wi-Fi 6 solution, enterprises can gain a business edge by building a network without any coverage gaps and completely eliminating packet loss during roaming. This makes it ideal for critical deployments in digital education, digital airport, omnichannel finance, smart healthcare, smart government, and Industry 4.0. Read Less..

Benefits

Wider Coverage
Wider Coverage
Take advantage of enhanced coverage with dual radio support for 5Ghz and 2.4GHz.
Legacy Compatibility
Legacy Compatibility
Industry-leading STL Wi-Fi 6 solution works in complete harmony with both copper and optical backhaul.
Wider Coverage
Quick and Easy Installation
Compact and simple to install with two mounting options, STL’s Wi-Fi 6 supports both types of power sources, DC and PoE++.
Customized Solution
Customized Solution
The antenna design of the STL Wi-Fi 6 solution can be tailored as per your unique capacity and coverage requirement.
Best-in-class Throughput
Best-in-class Throughput
STL’s Wi-Fi 6 solution comes with 12 antenna chains for dual band (8x8 in 5GHz / 4x4 in 2.4GHz), helping it deliver best-in-class throughput.

Videos

Wi-Fi 6 Explained
STL Wi-Fi 6 helps enterprises build Wi-Fi 6 networks without coverage holes, provide services with no waiting time, and achieve no packet loss during roaming. This allows various sectors including #e-education, #ehealthcare, #smartmanufacturing, etc. to move towards a fully wireless infrastructure.

Learning Resources


Brochure

Bringing the world closer together

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Blogs

When Wi-Fi 6 and 5G collide

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Wi-Fi Explained: Working, Wi-Fi 6, Applications

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Wi-Fi 6: How Much Do You Really Know?

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FAQs

Wi-Fi 6 or 802.1 1ax is the latest Wi-Fi 6 standard. It ensures better high-density performance and faster speed, resulting in an overall improved end-user experience. Wi-Fi 6 is specifically designed to provide greater efficiencies for always-on connectivity requirementsin real-world scenarios without impacting the quality. Additionally, it provides wider coverage, enhanced reliability and improved IoT operations.


Several new features, such as Orthogonal Frequency-Division Multiple Access (OFDMA), Target Wake Time (TWT) and Multi-User Multiple Input, Multiple Output (MU-MIMO), among others, make Wi-Fi 6 a better standard than the previous standards and geared towards addressing the increased demands on the networks now. These features of Wi-Fi 6 allow the users to benefit from ultra-high-speed connectivity without any performance degradation.
While OFDMA helps enables low-latency in high-demand performance, MU-MIMO allows more data to be transmitted at any given time on Wi-Fi 6. On the other hand, TWT improves battery life and brings down power consumption, which is crucial for Internet of Things (IoT) devices.
Additionally, Wi-Fi 6 also comes with the feature of Basic Service Set Coloring, which enables the transmission of data to several devices in a high-density area. Further, 1024-Quadrature Amplitude Modulation (1024-QAM) allows higher data throughput and capacity.


The IoT promises to significantly increase the number of connected devices. This will lead to an increase in the capacity requirement. The TWT feature of Wi-Fi 6 is designed to address this requirement. It allows access points at a specific time or series of times for IoT devices to access the wireless network. This ensures optimum usage of IoT device battery since not all devices need to transmit data all the time on the network.
Apart from TWT, other features like MU-MIMO and OFDMA also ensure that Wi-Fi 6 provides improved coverage in high-density locations and are able to connect several devices without any impact on quality.


Besides providing high-speed connectivity and low-latency experience to a higher number of devices, Wi-Fi 6 will make it easier for businesses to cost-effectively process a large amount of data and use analytics to gain a business edge.As a result, it can accelerate the adoption of IoT use cases by businesses.
Since Wi-Fi 6 is built to improve digital experiences, most industry verticals stand to benefit from the latest Wi-Fi 6 standards. So whether you want to do videoconferencing or video stream the latest episodes of your favourite series, Wi-Fi 6 will provide high-speed connectivity. Manufacturing, Retail, hospitality, healthcare, public sector, BFSI and education are just some of the industries that will be able to take advantage of the new functionalities offered by Wi-Fi 6.
Any use case that needs to support a large number of people or needs to use devices or sensors with low power consumption can benefit from Wi-Fi 6.


Wi-Fi 6 and 5G are often compared because they both provide higher data rates, low latency and enhanced data capacity with the ability to connect more users and devices. However, they take a different approach. Wi-Fi 6 uses unlicensed networks while 5G uses licensed spectrum.
Both the technologies are likely to complement each other. Together Wi-Fi 6 and 5G will enable an era of hyper-connectivity. While Wi-Fi 6 is expected to emerge as an access choice for indoor networks, especially enterprise networks, 5G will provide high-speed connectivity in the outdoor areas. Together the two will facilitate several use cases like connected cars, remote surgery, and Industry 4.0, among others. Wi-Fi 6 and 5G will also offer several enhanced mobile broadband for immersive experience through augmented reality and Virtual reality,


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