If you recall, back in the early days of 802.11n, the Wi-Fi Alliance (WFA) rolled out the 802.11n certification program in phases. Here we are several years later and in that same fashion, the WFA has split the IEEE 802.11ac specification into two certification phases: Wave 1 and Wave 2.
Last week we announced the availability of our 802.11ac Wave 1 Module for the 3600 Access Point and along with that, our intention to develop an 802.11ac adaptive radio module that will support the second phase of 802.11ac, or Wave 2. Most of the 802.11ac discussion in the last year has been focused on Wave 1, so we want to kick off the conversation about the second phase, Wave 2.
If Wave 1 promises increased wireless performance to address the increasing demand for higher performance including growing number of clients demanding higher performance for applications such as HD video streaming, then Wave 2 will stun you with its ability to provide even more throughput beyond the 1.3Gbps that Wave 1 provides as well as a number of other features that will further improve wireless connectivity. It is like taking a really good rock song and adding more cowbell to it.
SNL jokes aside, with the additional features packaged in Wave 2 comes the opportunity for further innovation in Cisco’s Wireless portfolio. We feel that it is important to stay ahead of the technology curve so that customers can plan and benefit from these advances sooner rather than later. So let’s discuss what features are coming with 802.11ac Wave 2. Read More »
Tags: 802.11, 802.11ac, access point, Cisco, cleanair, controller, gigabit wifi, IEEE, LAN, mu-mimo, multi-in multi-out, multiple user, network, spatial streams, technology, WAN, wave 1, wave 2, wi-fi, wifi, wireless, wireless standard, wlan
In the last MSE blog, my colleague Lucy discussed wIPS as a feature of MSE Release 7.4. To further the conversation around Release 7.4, I’m going to describe the new licensing scheme.
We at Cisco believe strongly in the mantra of valuing customer satisfaction. Feedback we received on the Mobility Services Engine (MSE) licensing scheme inspired us to make the following adjustments in a new licensing scheme, which is available as a part of the MSE software release for version 7.4 along with Advanced Location Services:
- AP-based licenses to align with Controller and Cisco Prime Infrastructure: In the earlier releases, you needed to plan and try to predict how many Endpoints you expected on the network before buying the license. Now it’s easier to buy Location Services licenses by simply buying based on the AP count and what services from the MSE you anticipate deploying for your network.
- Simplified WIPS SKUs: Adaptive wIPS licensing scheme was already AP-based so we just reduced the number of SKUs(1-AP, 100-AP and 1000-AP SKUs) for Local Mode and Monitor Mode licenses. Read More »
Tags: access point, advanced location, analytics, AP, aWIPS, Cisco, connected mobile experiences, customer, feedback, license, licensing, licensing scheme, location, location services, mobility services engine, mse, release 7.4, SKU, WIPS
We’ve been really busy but also very thrilled about the work we’re doing to future-proofing the network, and it seems we’re not alone. One of our latest innovations, adaptive radio modules for the AP3600, has been selected by UBM as a Best of Interop finalist for the Wireless award category!
It’s an honor to be recognized for our innovation and technological advancements in wireless, and we wanted to share a bit more about our submission with you.
What are the Adaptive Radio Modules?
The Adaptive Radio Modules a family of solutions in a modular form factor that allows customers to adapt their wireless network to their current and future needs. The Adaptive Radio Modules provide a dedicated third radio that can be field upgraded on the 3600 Access Point.
Cisco offers three adaptive radio modules for the 3600 Access Point:
Read More »
Tags: 3G, 802.11, 802.11ac, access point, adaptive radio module, Aironet, AP, Cisco, future-proof, Intelligence, interop, Module, network, networking, security, small cell, spectrum, technology, UBM, wi-fi, wifi, wired, wireless, wlan
As some of you already know, we’ve teamed up with the popular wireless networking podcast “No Strings Attached” to release a mobility podcast series. We’ve recorded 6 podcasts, and counting!
Stay tuned for future podcasts!
Any Cisco wireless technologies you want to learn more about? Let us know on our community.
Tags: 11ac, 802.11ac, access point, Cisco, Cisco Unified Access, controller, Converged Access, gigabit, gigabit ethernet, gigabit Wi-Fi, LAN, management, mobile, mobility, network, security, wi-fi, wifi, wired, wireless, wlan
It was not that long ago that whenever I read an article about IPv6, it usually discussed how the IPv4 Address depletion in other countries. At that time, the adoption of IPv6 was coming from other countries that where the v4 address space was depleted, the US Government, or Service Provider. Well fast forward only a few years and you can include Enterprise Networks in that mix.
Driving this IPv6 train for enterprise networks is wireless technology and the enabling by-product, BYOD. Wireless technology, in particular, Wi-Fi has grown from a toy to a requirement in most businesses today. We have moved from 802.11b which gave you a max datarate of a paltry 11Mbps to 802.11n to a max datarate of 450Mbps if you currently deploy the Aironet 3600 Access Point that supports 4×4 MIMO; if not, it’s a max datarate of 300Mbps. Never mind the fact that we will soon see the Wave 1 version of 802.11ac will have a datarate of 1.3Gbps and Oh BTW, Wave 2 promises a scorching datarate of 6.9Gbps!
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Tags: 802.11, access point, Aironet, bring your own device, byod, Enterprise, government, ipv4, IPv6, mbps, mimo, network, networking, Service Provider, wireless, wireless technology