Dell, Red Hat deploy hybrid cloud infrastructure for OpenStack-based SDN data center in Singapore

Yale-NUS College deploys enterprise-grade OpenStack solutions, co-engineered by Red Hat and Dell, to create hybrid cloud infrastructure; reduces application deployment time by 80 percent.

Oct 27th, 2015
Dell, Red Hat deploy hybrid cloud infrastructure for OpenStack-based SDN data center in Singapore
Dell, Red Hat deploy hybrid cloud infrastructure for OpenStack-based SDN data center in Singapore

At the OpenStack Summit in Tokyo (Oct. 27-30), open source solutions provider Red Hat, Inc. (NYSE: RHT) and Dell announced that Yale-NUS College, Singapore's first liberal arts college, has created a hybrid cloud infrastructure – one of the region's first – based on Red Hat and Dell solutions. With Red Hat's Cloud Infrastructure -- designed to support organizations transitioning from traditional data center virtualization to OpenStack-powered clouds -- running on a certified platform of Dell PowerEdge servers and Dell networking equipment, Yale-NUS College has created a hybrid cloud platform that gives its researchers, students and administrators access to automated, self-service processes for server requests and enable faster deployment.

“We needed to be able to acquire advance capability without heavy capital expenditure, and Red Hat Cloud Infrastructure on Dell solutions presented a solution that could easily integrate public infrastructure into our own," commented Darwin Gosal, senior manager, IT services, Office of Educational Resources & Technology, Yale-NUS College. "Due to the fundamental design principle of leveraging powerful hardware and open source software to establish our data center, we are seeing great interest in the possible replication of our architecture in other universities.”

Yale-NUS College was established in 2011 as a collaboration between Yale University and the National University of Singapore (NUS) to provide a new model for liberal arts colleges in Asia. Yale-NUS College's IT Infrastructure and Services team was tasked with creating an IT infrastructure that could support the growing liberal arts college's students, researchers and staff with limited IT staff resources. The college built a private cloud for the data that needed to stay on site for legal and latency issues, with interconnectivity to cost-effective public cloud services. They used the hybrid cloud infrastructure project to rethink traditional approaches to IT in educational institutions, where many universities separate scientific research from other requirements, instead opting to create a cloud environment that would enable them to serve all of their customers via the same computing resources.

Yale-NUS College required a flexible solution that would enable them to quickly scale to meet demands for everything from compute-heavy scientific research to virtual environments for teaching and administrative purposes. They sought to create a highly interoperable and customizable cloud solution that would not only give them visibility into these diverse and changing workload demands, but which would also be able to cater to changes as the institution evolved without the need for heavy capital expenditure. With a small IT team, Yale-NUS College also required a solution that would support a high degree of automation and long-term stability to minimize downtime.

To address these challenges, Yale-NUS College created a software-defined data center and hybrid cloud based on a co-engineered Red Hat and Dell OpenStack cloud solution. Red Hat Enterprise Linux OpenStack Platform – part of Red Hat Cloud Infrastructure – was selected as the broad encompassing cloud foundation for Yale-NUS, making it easier to find skilled staff and to integrate the technologies with a broad range of open infrastructure. And, Yale-NUS College deployed Red Hat Enterprise Linux across its infrastructure, giving them increased consistency of security, control and management across the footprints of bare metal, virtual machines, private cloud and public cloud.

“Yale-NUS College is a strong example of what we see today in terms of customers who are rethinking what the modern data center should look like – they not only created a flexible hybrid cloud environment to meet their diverse workload requirements and better serve their customers, but they also sought consistency across their footprints," said Radhesh Balakrishnan, general manager, OpenStack, Red Hat. "They've turned to Red Hat Enterprise Linux to create a solid foundation and the basis for consistency across physical, virtual, private and public cloud. And I'm pleased that they deployed Red Hat Cloud Infrastructure on Dell solutions to create their highly scalable cloud. Red Hat and Dell are collaborating deeply on OpenStack, and we're pleased to see the early success achieved by Yale-NUS College.”

Based on the proven integration between Dell and Red Hat, the college selected Dell's PowerEdge R720 and R720XD servers optimized for Linux workloads to create an easily-scalable solution designed to meet their needs now and in the future. Yale-NUS College also wanted future-ready networking to enable a software-defined data center, so selected Dell Networking S4810P and S55 switches, which helped to streamline costs, ease management and accelerate performance.

As a result of this transition, Yale-NUS has reduced the complexity of their data centers so much that their IT infrastructure only requires nine managing engineers, who are able to use their background knowledge of Linux to run the hybrid clouds. With the combined Red Hat-Dell OpenStack-based cloud, Yale-NUS College has reduced application deployment time by 80 percent and brought greater agility to Yale-NUS College's IT operations.

The college can now quickly add or remove capacity for their computing, storage and networking needs based on changing end-user workload requirements, and the hybrid platform gives the college the ability to run some workloads in-memory while moving others between virtual and physical servers. Installing new server hardware, which previously took Yale-NUS days to complete, now only takes one or two hours, reducing the workload and increasing the systems’ flexibility. Yale-NUS also cut capital requirements with the OpenStack-based solution, reducing the need for specialized hardware and enabling students to access the system through their own laptops, reducing the need for computer labs with underutilized machines.

“Like many organizations today, Yale-NUS College was looking to maximize its business results by developing a cloud solution that met their business needs today and into the future," said Jim Ganthier, vice president and general manager, Engineered Solutions and Cloud, at Dell. "The Dell and Red Hat OpenStack-based hybrid cloud infrastructure gave them the speed, agility, interoperabilityand customizable solution needed to reduce the costs and complexity of their school’s multi-cloud environment, and resulted in 80 percent reduced application deployment time and greater cost efficiency. Dell and Red Hat have had a long history of collaborating to solve customer challenges, and we’re happy to mark yet another success story in our joint partnership.”

Dell and Red Hat note that the companies have collaborated for more than 15 years to provide enterprise-grade open source-based solutions that offer greater agility to customers. These solutions enable simplified cloud implementation through enterprise-grade software, certified platforms, professional services and complete lifecycle support.

Download a case study of Dell's Yale-NUS College deployment.

Learn more about OpenStack and Red Hat's collaboration with Dell on OpenStack.




More in Data Center