You no doubt already know about the coming 802.11ac wireless standard. And, if you’re facing a future bandwidth crunch due to the demands of increased Wi-Fi client density because of BYOD, you’re probably wondering how to prepare for the increased capacity and performance made possible by 802.11ac. So what can you do now, given that enterprise-class products that support the standard won’t be available until 2013?
The Cisco Aironet 3600 access point can help you bridge the gap between what you need today and what you want for tomorrow. Deploy an Aironet 3600 with 802.11n, and you’ll get a future-proof investment that delivers industry-leading performance now—without sacrificing the ability to add the scale of 802.11ac later.
Take a look under the hood of the 3600 and you’ll see the only 802.11n access point on the market today that supports 802.11n-based 4×4 MIMO with three spatial streams and Cisco’s CleanAir and ClientLink technologies. That means you can get an average of 33% percent better performance right now on mobile devices, and use up to 38% less battery on Wi-Fi clients.
What you’ll also see is a modular slot. This is where the industry’s very first enterprise class 802.11ac solution comes in. Literally. When 802.11ac products are certified in early 2013, you can simply plug a Cisco 802.11ac radio module into the slot and immediately upgrade your access point to leverage the new standard.
This is the second module announced for the Aironet 3600, joining the spectrum monitoring module. The spectrum module scans all Wi-Fi channels in succession (not just the one the AP uses for traffic), giving outstanding visibility for mission-critical applications, security scanning, and interference troubleshooting.
The bottom line is you can get leading performance today while you future-proof your investment for tomorrow. In other words, there’s no longer a need to compromise. You can act now and lay the groundwork for tomorrow.
Find out more about 802.11ac fundamentals here and look for upcoming webinars about the Aironet 3600 soon.
Tags: 11ac, 802.11ac, access points, standards
The other day, I was sitting with some very smart Cisco people talking about the exciting new developments they’re working on. Very cool stuff, indeed. Somehow the subject of multivendor support came up. We all knew that, yes, Cisco does that. But we also agreed that, unfortunately not everyone else knows it.
We, no doubt, bear some of the blame because we don’t spend a lot of time talking about Cisco support for multivendor networks. Sure, no vendor wants to promote competing devices. But that’s not what we’re talking about here. We’re talking about working with and managing devices from other vendors. And we do that. Quite well in fact. Our management tools, including Prime Infrastructure, can discover all the devices on the network, including those from third parties. We can poll the devices to get high-level information such availability, basic device inventory, and top-NN reports for CPU, memory and interface utilization. And we can receive standard RFC compliant SNMP traps.
The real power comes from what we can do with Cisco devices. We’re able to get highly detailed data about our devices and apply intelligence—that’s the smart part—to turn that data into real network benefits such as RF interference mitigation, local services discovery, Cisco knowledge-based best practices, and other performance enhancements. And because we offer a complete, end-to-end portfolio, we can get that information and apply it to more points along the data path. Very powerful stuff.
So why don’t we make a bigger deal about it?
We don’t emphasize multivendor device support because the decision to focus on a single-vendor or multivendor should depend on the customer’s needs, not our marketing. If the customer has a legacy network or is integrating a legacy network from acquired companies or locations, it might make sense to support that existing infrastructure—regardless of vendor. And if that’s what the customer needs, we’ll do that. However, this is rarely the case. Why? Because this approach is really about maintaining the status quo. And if a customer sees their network as the platform for conducting business, maintaining the status quo is never good enough.
Check back in a few weeks and I’ll explain why a more unified network is generally a better choice than multivendor.
So here I am, at a customer event in San Francisco, at an outdoor restaurant (yes, I’m cold). Today we’ve been talking a lot about mobility – mobile devices (around 3 per person here today), how to extend access to corporate resources to employees or students or patients wherever they connect, how to manage BYOD. No one is questioning whether this needs to happen, we have all moved on to HOW to make it happen, how to manage it, how to make it easy for users.
I’ve brought along my personal iPhone on 4G that I also use for work, and I’ve logged in to Cisco Jabber to stay connected while away from my laptop. I’m just wondering if my manager has answered a couple of key questions for me when my phone buzzes in my pocket. She is IM’ing on Jabber. Where is she? Well, you wouldn’t know it, but she is on a flight from San Francisco to New York. Her company-owned laptop is connected using in-flight Wi-Fi, and she’s using WebEx Connect on her laptop.
What’s it called when a mirror reflects a mirror with infinite reflections, or a person holds a picture of themselves holding a picture? That’s what this is — we are doing the same thing that we’re talking about. We are working outside on the ground using 4G, and inside in the air using Wi-Fi, talking about mobility. We are linked to corporate email and UC (Unified Communications) tools, and using AnyConnect VPN to access more sensitive information, regardless who owns the device, or whether it’s Windows or iOS or Andriod, or which access network or physical location. In the sky or earth-bound city walker – we’re connected. And talking about it.
What’s the most outlandish connection you’ve had? Any mobility Escher moments of your own? Share with us on Twitter or Facebook.
802.11ac: The Fifth Generation of Wi-Fi Technology
In the last few months, there have been a lot of written on the emerging 802.11ac standard. This next generation of Wi-Fi promises to be very exciting since 802.11ac will address some critical pain points faced by users of 802.11n today – more bandwidth and more simultaneous users. To help explain the technology, we put together a new Fundamentals video. You’ll learn about new features such as:
- Operating in the 5GHz band
- Wider channels (80MHz & 160MHz) which means more capacity in the band
- Increased modulation with 256 QAM (Quadrature Amplitude Modulation), providing a significant increase in throughput over 802.11n which has 64 QAM
- Downlink Multi-User MIMO which allows an AP to transmit to multiple clients simultaneously
- Up to 8 Spatial streams which doubles the number of spatial streams used in 802.11n
Read More »
Tags: 802.11ac, 802.11n, byod, mobility, mu-mimo, wlan
Until now, it’s been assumed that enterprise IT leaders probably view the current BYOD (“Bring Your Own Device”) movement with about the same enthusiasm as a farmer awaiting the next locust invasion.
A recent survey from the Cisco Internet Business Solutions Group (IBSG), however, indicates that BYOD may no longer be a “four-letter word” in enterprise IT departments. In fact, the study of 600 U.S. enterprise IT leaders—all from companies of 1,000 or more employees—shows that, if anything, BYOD now has a predominantly positive reputation in U.S. enterprise IT circles. Read More »
Tags: Bring your Own Device (BYOD), Cisco, devices, Horizons, IBSG, IT, leaders, mobile, mobility, research, security, support, survey