Today, Cisco is announcing the Cisco Catalyst 6840-X and 3850 10G Fiber Series for campus backbones to address new network infrastructure needs, especially in space constrained deployments.
According to the Visual Networking Index, traffic is expected to triple in the next four years. This means that many campus networks will lack the provisioned capacity to meet this expected growth in bandwidth. In fact, some network managers are telling us that this is already happening to their campus networks.
With video and bandwidth-intensive applications continuing to proliferate, traffic on campus networks is growing exponentially. This drives not only the challenge of managing the demand for growing scale in a secure and reliable fashion, but also the opportunity for IT to leverage video and robust applications to “add value to the business”. Customers and suppliers are gravitating to businesses that offer them a comprehensive view of product offerings, an instant response, and easy transactions. This also drives additional demands on the network as an enabler for the business.
Things are changing with employees as well. While many employees are provided a mobile phone, most already have at least three mobile devices including laptops, tablets and even private smart phones. Even when employees are not actively using the apps on their mobile devices, these devices can create additional background traffic (OS, App updates & backups). According to a Cisco IBSG study, there are three times more devices per person than just a few years ago. Virtually all devices connect through the employer’s network, which has to service all these devices in a secure, scalable and reliable fashion.
While devices grow in number, wireless connectivity speed is increasing. Gigabit wireless (802.11ac) enables a network that is three times faster due to its 1.3 Gbps capacity. 802.11ac Wave 2 more than doubles that. Thus, the bottleneck is moving “up the network” from wireless AP to the access uplinks. With 1G becoming the standard for access switch ports, access switch uplinks will need to move to ubiquitous 10G and 40G. Read More »
Tags: 802.11ac, 802.11ac wave 2, Catalyst 3850 10G, Cisco Catalyst 6840-X, gigabit wireless, multigigabit, switching
Technical University of Applied Sciences Wildau understands that with the proliferation of wireless devices, learning is no longer relegated strictly to the classroom. The German university wanted to equip its students with the ability to access their education resources anywhere and at any time. To provide this service, the University needed a secure environment for data, voice, voice over IP and video conferencing—and it wanted it to be unique from Germany’s 240 other universities of applied sciences.
Cisco outfitted the school with 802.11ac-based WiFi access points—enhanced with Cisco CleanAir Technology and the Cisco High Density Experience—in various spots around the campus. This allowed for the Technical University of Applied Sciences Wildau the ability to provide interference-free and exceptional WiFi for their students and faculty for the first time. Read More »
Tags: 802.11ac, Cisco CleanAir technology, Cisco HDX, Cisco Mobility, Cisco Wi-Fi
It is that time of year again where we kick off another Cisco Live, our 26th show happening in San Diego this year. Much like the Cisco events of the past, the evolution of wireless technology and solutions have come a long way. In the late 1990’s, Wi-Fi was a novelty or a toy that we used infrequently, turning to Ethernet connectivity when we needed reliable bandwidth. The first 802.11 Wi-Fi standard, ratified in 1997, offered limited bandwidth support which was barely enough for basic connectivity and seldom reliable. Flash forward to last week, where we announced our first Access Point to support the latest Wi-Fi standard 802.11ac Wave 2, the Aironet 1850 Series Access Point.
The introduction of 802.11ac Wave 2 is significant from a technology standpoint because it marks the first time that Wi-Fi has the throughput ability to move beyond the 1Gps barrier. The significance in not only because this is a nice large number but as the adoption of Wave 2 devices grows, Wi-Fi bandwidth will exceed the capacity of the wired infrastructure. Read More »
Tags: 802.11ac, Aironet 1850 Series Access Points, cisco live, Cisco Mobility, Cisco Wireless
Welcome to Cisco Live San Diego 2015!
We are excited to showcase our Enterprise Mobility booth, announcements and events at #CLUS. This page is a resource page to help you in planning for all of the exciting Mobility activities at Cisco Live San Diego. Feel free to bookmark this page and come back to learn about all of the latest news at the event.
Cisco Live is Cisco’s premier education and training destination for IT professionals worldwide. Mark your calendar for Cisco Live 2015, June 7 – 11 in San Diego. Visit the Enterprise Mobility booth to learn more about new products, announcements, demos, sessions and win prizes!
Venue Information: San Diego Convention Center
111 West Harbor Drive, San Diego, CA 92101
Featured Sessions (and other sessions visit here)
Monday, June 8
Innovation Talk: Future of the Network (with CMX live demo) – Rob Soderbery, 1:00-2:00pm PT
PSO Session: 3-Steps to Creating an Effective Mobility Strategy – Prashanth Shenoy, 8:30-9:30am PT
Tuesday, June 9
Booth Theatre Session: Developing an Enterprise Mobility Strategy – Raakhee Mistry, 3:15-3:30pm PT
Wednesday, June 10
Booth Theatre Session: Prepare for the Next Wave of Mobility (.11ac Wave 2 Innovations) – Bill Rubino, 11:30-11:45am PT
PSO Session: Customer Experience – The New Competitive Battleground – George Wilson, Stephen Smith 1:00–2:00 pm PT
Thursday, June 11
PSO Session: CMX: The Latest in Location Innovations and Analytics – Jagdish Girimaji, 8-9am PT
Booth Theatre Session: Engage Your Customers With Connected Mobile Experiences – Jolene Tam, 1:30-1:45pm PT
Read More »
Tags: #CLUS, 802.11ac, cisco live san diego, Cisco Mobility, Cisco Wireless, CLUS demos, CLUS sessions, CLUS15, cmx, connected mobile experiences, EN5, Hyperlocation
South Island School in Hong Kong is made up of students from around the world with 1,400 students from over 35 countries. One value that sets the school apart is its commitment to using technology in the classroom. For instance, all students have a laptop that they use to access e-books, watch educational videos, and complete homework assignments. Some exams are even taken digitally.
With wireless devices used daily by every student and faculty member, a stable network connection is almost as important as pencil and paper in classrooms. South Island School’s existing Cisco network had reached end of life, and the school needed to refresh the infrastructure with a network that could meet bandwidth needs for years to come.
“We looked at other vendors, but we were extremely impressed with how the existing Cisco equipment performed over the years,” says Victor Alamo, ICT manager at South Island Schools.
“By upgrading to the latest Cisco access points and switches, we’d have an infrastructure that would keep up with our needs.”
South Island Schools updated their network around the Cisco Aironet Access Points which supported the latest Wi-Fi standard, 802.11ac. This along with Centralized management with support for converged wired and wireless networks allowed South Island Schools to keep their students and teachers connected with reliable and fast service.
These changes resulted in stable wireless connections for thousands of wireless devices which enhanced classroom work with video, applications, and sharing providing a better user experience for both students, teachers and administrators.
For more information, please visit the South Island School Wireless Case Study Page
Tags: 802.11ac, Cisco Aironet Access Points, Cisco Mobility, South Island School in Hong Kong, wi-fi