Joe Rogers is the Associate Director of Network Engineering for the University of South Florida. He is a graduate of USF’s Computer Science and Engineering program and has worked as a network engineer at USF for the past 20 years. He is currently responsible for all aspects of USF’s network which provides connectivity to over 100k devices across three campuses. He’s held a CCIE routing and switching certification since 1999. When not working, he’s an avid mountain biker (if you can call it “mountain” biking when you live in Florida).
Universities face some of the most complex design challenges in wireless networking. Our user population is highly mobile, bandwidth-hungry, and often simultaneously using at least two wireless devices in rooms with hundreds of their classmates. The wireless network isn’t simply a convenience to them. It’s critical to their educational success as many of the students are taking tests or working on assignments across the network.
At the University of South Florida, we support over 20,000 concurrent wireless users on our network of over 4,000 access points. We have more than 90,000 unique devices registered this semester. Our biggest challenge is designing the wireless network for the device densities in our large classrooms and popular study areas. In these locations, we often have a thousand devices in a few hundred square feet of space.
We heavily rely on band select to place as many devices as possible on 5Ghz where more channels are available. Unfortunately many devices such as older tablets and smart phones simply don’t have an 802.11a/n radio. So we must carefully RF engineer the environment with smaller cells to provide the necessary coverage density. Read More »
It’s no secret that mobile devices are playing a larger part in today’s businesses. With the fast pace of mobility adoption by consumers, network usage has started to outrun the infrastructure of most enterprises’ mobile networks. Enterprise IT managers are struggling to keep up with mobility’s effects on workplace productivity and requirements.
Among the growing trends that weigh heavily on the minds of most network IT professionals is bring your own device (BYOD). The growth of bandwidth-intensive applications, like video streaming, and the user expectations of always-on network and application performance also place heavy demand on organizational infrastructure.
802.11ac is the next generation of Wi-Fi, designed to give enterprises the tools to meet the demands of BYOD, high-bandwidth applications, and the always-on connected user. This Wednesday we will be hosting a workshop to discuss the benefits of 802.11ac, and how to optimize it for high density and high bandwidth to benefit higher education. Students, typically early adopters of wireless technology, usually bring 802.11ac in the form of the latest laptop, smartphone, and tablet that support this new technology. Read More »
For today’sdigital generation, collaborative learning is no longer a novelty – it’s an expectation. Students are consuming information in new and different formats – video, Internet, virtual classrooms. These are all tools that are changing the face of education. To make this transformation a reality, students, faculty and administrators need to reliably connect with the people and resources they need whether they’re using their desktop or mobile device, at home or in the classroom.
For schools looking to take the plunge like Katy ISD, what’s the best approach to take?
As I discussed in this recent blog post about , the best approach is looking at the problem with the big picture in mind.
With Cisco Unified Workspace, schools can build a scalable and secure network that will serve as a strong foundation for the future. Watch the video below to see how Cisco’s solution is designed with utility to unify voice, video, data and secure access on any device and at any location.
Equipped with Cisco’s smart collaboration strategy schools can combine voice, video and mobility to create a classroom that allows faculty and students to collaborate efficiently and securely.
58 Cisco employees will speak, mentor, participate and recruit at the conference. We are the third most represented company at GHC. Additionally, we have Cisco leaders exchanging ideas and sharing best practices at the Sr. Women’s Summit and the Technical Executive Forum.
If you’re looking to connect with us at GHC, Read More »
Whether you know it or not, the University of California has probably played a part in your day — from the batteries developed for the hybrid car you drive, research that helped grow the fruits and vegetables you eat, or friends and family members that may have attended or work at one of the world-class UC campuses, national labs, or life-saving medical centers.
And Cisco’s connections with UC run deep. According to LinkedIn, nearly 5,100 Cisco employees have a UC degree.
The UC system has launched the Onward California tour to encourage thousands of passionate supporters to share why they think UC makes California better. The tour celebrates some great UC people and innovations, many of which may surprise you, and has some fun, interactive ways you can share your UC connections.
As a California-based company, we’re proud to host a stop and encourage our employees, regardless of where you went to college, to join UC staff in celebrating the collaboration.
UC’s Onward California Mobile Tour will be coming to Cisco’s San Jose Campus on September 17, 2012 in the parking lot between bldgs. 4 & 5 from 11 am – 2 pm. Come show your support for UC and for higher education in California, and get a free ice cream treat. We look forward to seeing you there!
Learn more about the campaign, and some of the groundbreaking research conducted through the UC system at www.onwardcalifornia.com.