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RUCKUS Networks builds and delivers purpose

RUCKUS
RUCKUS Networks builds and delivers purpose-built networks that perform in the harsh and unique environments of the industries we serve. By leveraging AI and machine learning (ML)-powered network security and enterprise-wide automation, we ensure our customers – and all the employees, guests, customers, students and residents who rely on these networks – can stay connected to their digital lives and deliver exceptional experiences.
Packet6 recently validated a series of out-of-the-box performance tests measuring the ability of cloud-managed 4x4 Wi-Fi 6 access points (APs) from five enterprise vendors to simultaneously stream high-definition video to 30 clients, send VoIP traffic to five clients and download data to 25 clients. Tests were conducted in a clean RF environment using industry-standard test tools and best practices.
Results: RUCKUS was the only provider able to deliver smooth HD quality streaming video to all clients simultaneously and support a voice mean opinion score (MOS) of "good" (4 out of 5) with up to 2x the throughput.
AI and ML network analytics helps IT minimize mean time to identification (MTTI).
Because Wi-Fi is typically the key method of network access, network administrators often need to prioritize and troubleshoot various network issues. Cloud-managed wireless access points can leverage cloud resources to provide network analytics and enhanced troubleshooting tools. The purpose of these tests is to understand how quickly each vendor's product responds to network incidents and expose the root cause to network administrators.
The report shows how vendors perform under real-world enterprise pressures.
Enterprises use mobile devices with real-time, low-latency applications, and mission-critical applications require reliable, high-performance Wi-Fi. In hotels, guests participate in video conferences in their rooms and benefit from stable WiFi networks. In classrooms, laptops and tablet devices use multimedia for instructional purposes.
Video usage and video traffic volumes are growing along with data and VoIP. Therefore, it is essential to understand the impact of network utilization on the end-user experience across all these applications.
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Get network and cybersecurity solutions that deliver real business
juniper networks
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The consequences of a successful email attack can be devastating
cyber security
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The Pro Series BP-90C70 and BP-90C80 light production
400g

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Consult the manufacturer for an explanation
300g
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Arista 720XP Series Cognitive Campus
Arista DCS
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Arista 7130-SerieComposable Ultra Low Latency
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What is C-band?
5G C-band is the use of c band spectrum to support the implementation of 5G technology. C-band is a type of radio spectrum that was previously reserved for satellite communications but is now used to support 5G networks. This technology is becoming increasingly important as 5G networks begin to roll out, and 5G C-band is seen as a way to support speed and coverage.
C-band
The C band is a set of frequencies in the radio spectrum ranging from 3.7 GHz to 4.2 GHz. These periods were used for television and satellite broadcasting, broadcasting and two-way radio as early as the 1970s. The FCC (Federal Communications Commission) made the C band available for 5G networks. This mode is considered a good solution to support the high speed and low latency of 5G and is expected to be a key part of the 5G network in the future.

What is the C-band frequency?
The C-band frequency, as mentioned above, is currently between 3.7 GHz and 4.2 GHz. This range is between the 2.4 GHz and 5 GHz Wi-Fi bands. It also has another incoming radio frequency band called CBRS, which is between 3.55 and 3.7 GHz. The FCC wants to make room for 5G to accommodate this and launch 2 C-band satellites to do so on October 4, 2022. The goal is to make this range suitable for the 5G network, because it will have ability to support high speed. and low latency of 5G.
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