Sheffield Hallam University Delivers Innovation and Community Success

概述
Sheffield Hallam University was founded in 1843 and strives to be one of the world’s leading applied universities. The University has continually grown to support students in a variety of majors. 从设计, art and education to science, 技术, engineering and a business school; over 50,000 students today are taking advantage of a university steeped in tradition that also has a futuristic outlook in preparing them for successful and rewarding careers upon graduation.

Supporting the student community and its 5000名工作人员, 分布在两个校区, the Sheffield Hallam IT department is also forward thinking in its strategic plans to ensure that its 技术 platform can evolve and function at its best. Higher education today is no longer bound to a physical campus which makes the IT department a critical component, providing the network performance to support the changing education process.

大学详情:

• 50000多学生
• 5000名工作人员

Network Management Software:

• 企业网络分析

客户日期:

• 2000年11月

所面临的挑战
The University wanted to streamline its network management from a complex, expensive management solution to an all-in-one, easy to use and less costly software product. Their requirements also necessitated providing for legacy device management as well as new technologies that will keep the University on the cutting edge. As the University has expanded, it was also vital to reduce the risk of service outages so that students and staff could expect and rely on a digital environment to meet their online learning needs 24/7.

解决方案
To deliver outstanding student and staff user experiences, the Sheffield Hallam University IT Organization chose 企业网络分析 (ENA) — a flexible, all-in-one product that reduces the risk of downtime, keeps up with new technologies and lowers the cost of ownership. 除了, the ease of use and enterprise scalability of ENA makes it ideal for multi-campus deployments.

结果
Always-on University 十大赌博正规老平台 Powered by Proactive Monitoring
The SHU network team continually shows the ENA Event View on their NOC dashboard screen. Both the network team and operations team have access which facilitates complete 24/7 management coverage for any network issues. Proactive monitoring is woven into ENA and is set up for key personnel to receive automatic email notifications when issues arise. This helps supply fast insight for faster resolution, a must for supporting round the clock, 不间断的学生.

理查德·莱斯特, one of the network engineers at Sheffield Hallam, uses events monitoring to track new devices that are added to the network. Richard said, “I find it extremely useful for monitoring the ports on switches. It gives me visibility to see if we’ve got any outages that need to be looked at. 事实上, we’ve set up configuration rules for some problematic switches, 所以当他们残疾的时候, they automatically go straight back up. And we can tell which ones and how often they are performing erratically using ENA.” These analytics provide accurate data to help them make the best decision–does it makes sense to pull out and replace poor performing switches or does it mean only further adjustments have to be made to make the switches operate effectively. Without key analytics the decision making process is a haphazard guess and is detrimental to all of IT.

New Equipment Rollouts with Zero impact on University 十大赌博正规老平台
企业网络分析 is able to aid in capacity planning for SHU for their rollout of new switches being deployed in new classrooms and labs. 据莱斯特说, “Entuity has been valuable in helping us implement these new rollouts minimizing the risk of poor performance. I get reports on how many licenses are in use, how the switches are performing, all of which ensure our constituents are not adversely impacted.” Once the switches are live, further adjustments can be made to fine-tune devices to make the most of Sheffield Hallam’s investment in new capital equipment.

Custom Reports support University senior management and departments
像大多数部门一样, transparency is important and being able to generate IT reports for internal University requests is essential. “例如, Senior Management requires network asset lists for budgeting and asset management, and a custom ENA report can generate these details automatically for us,莱斯特说。. “We know the data is accurate, and the report takes minutes to run which allows the report to be sent almost as soon as they request it.”

Another report they use consistently is a CRC report, which illustrates where there is packet loss creating poor performance. 在ENA之前, 它需要拉长, manual effort to understand what was causing this issue and to pinpoint where it was. 今天, SHU runs a report to see where CRC errors are occurring on the network, this shows the area to address. “It’s often a case where fiber cables need to be replaced or traffic is moved to another switch. I look at this report weekly and can get advance visibility to head off problems before any staff members complain of network slowness.” This type of proactive management is vital in preserving network service levels for exceptional end-user performance throughout their multiple campuses.

Maximizing IT staff’s productivity and increasing network analytics accuracy
Automation of network management has two main outcomes – it removes the burden of tasks and workloads from the IT staff, so they can become more innovative, and it increases the accuracy of their network data. “Before ENA was in use, network topology maps were done manually. This runs the risk of inadvertent bad data or missed devices completely, plus the network is not static—it’s always changing. Now using Auto-Discovery in ENA, I can schedule it to run automatically every few months. It saves me lots of time and I’ve even caught rogue switches that were added to the network without our knowledge, which can increase the potential of derailing performance,莱斯特说。. 网络是复杂的, and the SHU IT staff rely on ENA to provide the analytics to make better decisions that move network performance to outstanding levels.

Solving IP traffic gridlock & understanding its impact on network services using
ENA NetFlow
ENA NetFlow capabilities allow Sheffield Hallam’s IT team to see if network IP traffic is congested, where the traffic is coming from and going to, and how much traffic is being generated. Supporting today’s network with its critical IP applications such as VoIP and Video Conferencing, NetFlow’s analytics assist in understanding where performance issues lie. NetFlow analytics shape future network plans, 隔离安全问题, offers “denial of service” monitoring, and usage-based network billing. It is capable of providing information about network users and applications, peak usage times and performance data. 随着SHU扩大其网络, they are looking to make extensive use of 企业网络分析 and ENA NetFlow giving them even more insight for Capacity and Availability planning processes.

Future projects on the horizon for Sheffield Hallam
“We just pulled out of all our analog phones and replaced the entire system with VoIP service,莱斯特说。. This is a big project to integrate voice usage into the network. 在未来, the IT Team hopes to add wireless management into ENA and get even more value from the product. VoIP requires specialized metrics to track voice jitter and traffic patterns to ensure voice quality is equal to the land line phones that were replaced. SHU also will have to monitor bandwidth to make certain that enough capacity/headroom is available to accommodate the two campus’ voice calls. “ENA is going to continue to equip us with valuable techniques for new technologies that will keep Sheffield Hallam on the forefront of IT 技术. We will be prepared to support our students and faculty in their academic careers in the years to come.”

关于Entuity
Embracing the digital worldview, Entuity provides digital network analytics for the changing enterprise. 我们的高度自动化, 统一, enterprise-class solution puts deep network insight at your fingertips, frees IT staff to focus on strategic projects, and easily integrates with major framework environments. Entuity’s support and services teams are frequently praised for their rapid response, networking expertise and involvement in special engagements.