ruckus access point – MEC Networks Corporation

Ruckus R750 WiFi 6 AP

MEC Digital — Wed, 09 Dec 2020 18:41:53 +0000

Indoor Wi-Fi 6 (802.11ax) Access Point for Ultra-Dense Environments

The R750 is the first Wi-Fi 6 AP to be certified by Wi-Fi Alliance as Wi-Fi CERTIFIED 6.

As part of the Wi-Fi Alliance testbed, the R750 validates other devices for Wi-Fi CERTIFIED 6 interoperability.

FEATURES

Connect more devices simultaneously

Improve device performance, by enabling more simultaneous device connections with built-in 8 spatial streams (4×4:4 in 5GHz, 4×4:4 in 2.4GHz), MU-MIMO, and OFDMA technology.

Multiple management options

Manage the R750 with on-premise physical/ virtual appliances and control auto-provisioning for faster deployment and seamless firmware upgrades.

High-density performance

Provides exceptional end-user experience within large meeting halls, general enterprise spaces, and large classrooms with the RUCKUS Ultra-High-Density Technology Suite.

Enhanced security

The latest Wi-Fi security standard with WPA3 and receive enhanced protection from man-in-the-middle attacks in the most secure way.

Converged access point

Allows customers to eliminate siloed networks and unify WiFi and non-WiFi wireless technologies into one single network by using built-in BLE and Zigbee, and also expanding to any future wireless technologies through the USB port.

More than Wi-Fi

Support services beyond Wi-Fi with RUCKUS IoT Suite, Cloudpath® security and onboarding software, SPoT Wi-Fi locationing engine, and SCI network analytics.

Multigigabit access speeds

Optimized multi-gigabit Wi-Fi performance delivered using the built-in 2.5GbE port to connect to multi-gigabit switches.

The R750 is based on the latest Wi-Fi 6 standard and bridges the performance gap from ‘gigabit’ Wi-Fi to ‘multi-gigabit’ Wi-Fi in support of insatiable demand for better and faster Wi-Fi.

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Ruckus M510

MEC Digital — Fri, 05 Jun 2020 01:01:57 +0000

Mobile-Wireless Access Points

Support digital payment while providing Wi-Fi for public transportation.

◯ Embedded LTE module for cellular backhaul

◯ Cashless and contact-free transactions

◯ Application filtering and rate-limiting feature

Leverage LTE networks as a backhaul

Because of the wireless LTE backhaul capability, the M510 addresses multiple deployment scenarios like mobile “in-vehicle” Wi-Fi, rapid Wi-Fi deployment for pop-up retail or first-responders, and temporary Wi-Fi deployments at a construction site.

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Ruckus Home Wireless

MEC Digital — Thu, 04 Jun 2020 19:52:04 +0000

Smart Wi-Fi Unleashed

Enterprise Wireless right at the comfort of your own home

Ruckus Zoneflex R320

The Ruckus R320 delivers consistent, reliable 802.11ac Wave 2 wireless networking. It features the patented Ruckus performance optimization and interference mitigation technologies found in our premier access points to deliver superior user experiences at extended ranges. But it provides them in an ultra-compact form factor built for small and midsize businesses and low-density hotspot environments.

Ruckus Zoneflex H510

The Ruckus H510 wall-mounted access point and switch makes it easy to support the foremost demanding in-room connectivity requirements. It starts with Ruckus’ patented Wi-Fi optimization intelligence to deliver the industry’s highest-performing wireless connectivity. Combine that with four-ports of Gigabit Ethernet to attach multiple in-room wired devices, without extra cabling.

Wide Range coverage: fewer access points needed.

Wireless scheduling and content filtering for parental control.

Easy to setup solutions for up to 100 connected devices.

Rate limiting and application filtering for bandwidth maximization.

Mesh capable.

No more interference from other wireless APs and devices.

Guess access for visitors.

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Ruckus: Top 3 Drivers of Wireless Evolution in the Enterprise

MEC Digital — Sun, 28 Jul 2019 21:20:44 +0000

According to IDC, worldwide IoT market spending can increase to $1.1 trillion in 2021, whereas the installed base of IoT endpoints is anticipated to achieve over thirty-six billion units by the end of the same year. However, the heterogeneous nature of the IoT has created multiple complexities for deployments within the enterprise. Whereas the value of sensors has trended downward over the years, there’s currently a major cost associated with building out multiple networks to support endpoint communication. Moreover, enterprises are contending with the steep, long-run cost of managing, securing, and maintaining separate networks for disparate wireless protocols. Though ultimately unsustainable, the preceding paradigm is serving as an accidental catalyst for the trend of wireless convergence within the enterprise. Let’s explore this idea in detail below.

1) Multiple Wireless Radio Technologies

Wi-Fi isn’t perpetually the default choice for firms marketing IoT devices like smart door locks or wearable employees alert buttons. This could be attributed to a variety of things like power constraints, the demand for a lot of compact kind factors, and comparatively restricted data transfers (no need for an enormous information pipe). Consequently, there are various variety of radio types that are being deployed within the enterprise IoT space. additionally, to Wi-Fi, these embody BLE, Zigbee, and LoRa. These deployments typically lead to the creation of separate wireless networks, driving up TCO because of redundant wiring, power, and management tools.

2) The Demand for Unified Management

The unified management of wired (LAN) and wireless (WLAN) networks has become a vital selling point over the past decade. This is because administrators are notoriously unforgiving to vendors that force them to work with a separate management system for every network element. It merely isn’t cost-effective to own one management system for switches, another for access points and however more for additional wireless IoT endpoints. The shortage of appetite for disparate management systems – whether or not for switches, APs or security – has long been a catalyst for network vendor consolidation. Put simply, IT departments are no longer willing to work with multiple management systems and powerfully like vendors that give a unified pane of glass for network management.

3) Deployment Issues: Lack of Physical space

With a separate network for every wireless IoT protocol, enterprises are quickly running out of physical real-estate to deal with further network components. This is because every disparate network needs space to deal with an IoT gateway, a separate firewall, still as switches, powering and cable infrastructure. A scarcity of physical space poses a major barrier to adoption – apart from those with the most to gain or the foremost to lose.

The Solution: The Converged Access Point

Unifying multiple wireless protocols – like BLE, Zigbee, and LoRa – within a single AP enables IT, administrators, to save lots of physical space and streamline secure device onboarding.

Moreover, a converged AP permits administrators to more easily view, manage and secure their entire wireless infrastructure with one pane of glass. This facilitates network automation, the generation of actionable analytics, and therefore the creation of custom dashboards with open APIs.

From our perspective, the converged access point is the antithesis of the trend towards ‘commoditized’ APs, permitting support for new services and doubtless profitable revenue streams.

The once humble access point is turning into a hotbed of recent and exciting innovation, with a lot of and more technologies being engineered directly into the AP. for instance, the R730 packs embedded Bluetooth Low Energy (BLE) and Zigbee radios, along with support for IoT modules which will accommodate additional physical layer protocols like LoRa.

Conclusion

Disparate wireless IoT networks like BLE, Zigbee, and LoRa are expensive to deploy, operate, secure, and manage. Unifying multiple wireless protocols among a single AP permits IT administrators, to save lots of physical space and streamline secure device onboarding. Additionally, a converged AP permits administrators to more easily view, manage and secure their entire wireless infrastructure with one management console. However, it’s necessary to emphasize that incorporating non-Wi-Fi standards into a standard ‘Wi-Fi only’ AP creates a slew of technological challenges that vary from coexistence interference to traffic coordination. This can be a subject we’ll explore in-depth in a future blog post.

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