Networking & Wireless
Marietta College Improves Bandwidth Management
Marietta College in Ohio has implemented a bandwidth optimization platform to help its
network operations team address the problem of network saturation
during peak usage periods.
The small liberal arts college kept
investing more money into its network bandwidth, but the capacity
problems persisted. Students were bringing an increasing number of
wireless devices onto campus and using them for high-bandwidth
activities such as streaming video or online gaming. "We needed
immediate relief of our Internet congestion problems caused by
overwhelming student demand for bandwidth during peak usage periods,"
said Mike Robinson, network administrator of Marietta College, in a
prepared statement.
The network operations team evaluated a
variety of technologies. While many of them offered a plethora of
features, few of them were "purpose-built to solve the bandwidth
congestion problems facing busy college Wi-Fi networks," according to a
news release, and "virtually none of them fully operate on end-to-end
encrypted traffic."
The team ultimately selected a bandwidth optimization platform from CirrusWorks.
According to information from the company, the tool can dynamically
assess and allocate bandwidth among multiple users in real time. Unlike
other systems, it doesn't require static rule sets, prioritization
schemes or deep packet inspection (DPI). The system works on
encrypted traffic and doesn't impose static rules on users' network
activities.
"CirrusWorks is taking snapshots of the data flows
in microseconds, and then dynamically assigning bandwidth to users in
proportion to their requirements relative to the entire group," stated
a news release from the company. "It's a type of crowd control for busy
Wi-Fi networks."
Lynchburg College in central Virginia implemented the same system in fall 2015 and
reported a significant reduction in service complaints as a result.
About the Author
Leila Meyer is a technology writer based in British Columbia. She can be reached at [email protected].