Cisco’s newest 802.11ac product, the Aironet 3700 Series Access Point is now orderable and shipping in the next few weeks. The AP 3700 features an integrated 11ac radio with a 4x4 architecture and Cisco’s High-Density Experience (HDX) Technology. HDX is a suite of features specific to the AP 3700 that delivers the best possible user experience, especially in high client density networks. HDX is enabled by a combination of hardware and software features on the AP 3700, features including:
- CleanAir 80 MHz – Interference detection and mitigation
- ClientLink 3.0 – RF link quality
- Smart Roam – Intelligent roaming handoff
- Turbo Performance – Performance with high client density
Aruba recently launched their 802.11ac access point, the AP-220 series, featuring a 3x3 design.
Miercom recently published a third-party evaluation of the performance between the AP 3702i and the AP-225. The report consists of a diverse range of test cases meant to gauge real-world performance of the access points. The tests include; multi-client performance, single client rate vs. range, performance in the presence of interference, and performance on reduced power. Here are some of the highlights from the report.
The AP 3700 performed very well in the multi-client performance test, thanks impart to HDX Turbo Performance. With 60 clients, the AP 3702i had a 6x performance advantage over the AP-225. The AP-225 struggled to serve all the clients and only mustered 40 Mbps total. The AP 3702i was able to transmit a healthy 236 Mbps, while maintaining fair throughput to each client.
The test consisted of 60 11ac clients, all associated to the 5 GHz radio. The clients used were 10 Dell E6430 laptops with Broadcom 4360 three spatial-stream chips, 20 Apple Macbook Air two spatial-stream laptops, and 30 Dell E6430 laptops with Intel 7260 two spatial-stream chips. Clients were setup in an open office environment surrounding the AP. Distances varied from 10’ to 50’.
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Tags: #80211ac, 11ac, 3x3, 3x3 design, 802.11ac, access point, AP under test, AP-225, apple macbook air, APUT, aruba, broadcom 4360 chip, Cisco, cleanair, ClientLink, dell E6430 laptop, GHz radio, gigabit, gigabit wireless, high density experience, interference detection, macbook air, mbps, Mhz, Miercom, multi-client, network, performance test, PoE+, reduced power, report, third-party evaluation, wi-fi, wi-fi testing, wifi, wireless
Mobility comes down to the lines between online and offline blurring rapidly, with organizations sprinting to put the infrastructure in place to catch up with the trend.
The blurring of the online and offline is happening all around us in a bi-directional manner -- where the customer expects to interact with the business however and whenever they wish and get the same experience regardless of where they are or what they are doing- and for the business to be able to deliver exactly the same information and services to the customer regardless of how or where they choose to interact.
Is this new? Maybe not, but the O2O (online to offline) concept was truly brought it to life by the Tokyo Metro and their recently launched innovative offering for consumers.
Tokyo Metro carries 6.22 million passengers daily. This past September they announced a new service with two partners: the convenience store operator 7-11 Japan and the Ito-Yokado supermarket chain. Read More »
Tags: 7-11, coupon, Hotspot, Japan, location, metro, network, o2o, offline, online, seven eleven, subway, tokyo, tokyo metro, wi-fi, wifi, wireless
When it comes to mobility, everyone is learning fast in order to keep up. With what seems like daily advances in mobile technology and rapid consumer adoption, it is not getting any easier for organizations to break the cycle of reactive IT decision making. For many of our customers, enterprise mobility happened to them and the initial supporting architecture was built at light speed to respond to the demands of the business. While this approach was necessary to stop the deluge, it didn’t put all of the pieces in place to enable organizations to adapt the continuous change and emerging new realities of mobility. For instance:
- Users now connect to the network with three or more mobile/WLAN devices such as laptops, tablets and smartphones, resulting in complex wireless infrastructures and network bottlenecks.
- Inconsistent management tools and policies across the wired and wireless segments of the network increase the burden for network managers and drive up management costs and complexity.
- Employees demand access from devices not only within the corporation, but also beyond the firewall.
- Risk management dictates that corporate data must remain protected.
The need to balance productivity with security and coordinate business justification with the various line of business (LOB) owners has never been greater. IT leaders who want to break out of the reactive cycle of just keeping up must take a step back to evaluate what’s coming next. What changes are on the horizon? How will it impact my network? How can my network help me adapt to the changing needs of my employees?
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Tags: byod, Cisco, infrastructure, mobility, network, wi-fi
In the last MSE blog, Reddy Babu talked about the new Location Aware Guest Captive Portal powered by the Mobility Services Engine (MSE). The MSE was first introduced to provide location based information as a core service to the network, but has since built out a suite of location-based services that take the location-based data from the wireless network to the next level. These services are collectively known as the Cisco Connected Mobile Experiences (CMX) solution. As you read in Dr. Brendan O’Brien’s blog last week, we have been introducing more and more features to the CMX solution.
Today I will expand on one of these new features offered by the Connected Mobile Experiences solution: Browser Engage -- which is our new network based location and context aware orchestration platform.
Browser Engage allows organizations to customize the web browsing experience for mobile users in their venue by offering various context-aware value added services. These services, such as indoor navigation and search, are available to the mobile user throughout their mobile web browsing experience. Browser Engage also helps organizations setup their content and serve them to the users based on device location. For example, an organization can deliver coupons or deals to mobile users based on their location within the venue—making the offerings much more relevant to the mobile end user. Imagine yourself in a mall and a deal shows up on your phone right around lunchtime that is valid at a food court right around the corner.
So, how does it work? Read More »
Tags: Cisco, connect, connected mobile experiences, context-aware, customer experience, guest experience, location, location based services, location-aware, location-based, mobile, mobile browser, mobility, network, technology, wi-fi, wifi, wireless
It’s a critical time for enterprise IT as new mobile devices from Apple, Samsung and Google enter the market and operating systems are updated almost weekly. Apart from the new color and form factor options, this round of new technology features new operating systems and a proliferation of app updates, which IT leaders must be prepared to meet head on.
It’s an exciting time for mobile technology, but it’s also an important time for enterprises to look at not only meet the demands of today’s mobile-enabled workforce, but tomorrow’s as well. Basic mobility functionality is not and will not be enough, and a solid framework must be put in place to support the growth.
In this inaugural post of a four-part Network Matters blog series, I’ll be discussing how IT leaders can rely on a network, built for all kinds of devices, to simplify the process of onboarding new mobile technology and free up precious IT resources. I would like to provide you with a deeper look at how having the right network in place can help ease the challenges of tomorrow that will be presented to IT departments due to device evolution and enable a culture of self-service for employee-owned devices.
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Tags: architecture, Cisco, infrastructure, mobile, mobile device, mobile workspace, mobility, network, unified communications, wireless, wlan