NEW YORK, NY--(Marketwired - Jul 6, 2016) - Light Reading has published the results of an evaluation of Cloud CPE, a network functions virtualization (NFV) platform developed by Juniper Networks. The test was conducted by leading networking technology test company EANTC, an internationally recognized test center, and was paid for by Light Reading.
EANTC performed a number of tests to evaluate Cloud CPE, which has been designed to simplify the way in which communications service providers (CSPs) can introduce and offer services based on virtual network functions (VNFs) to their enterprise customers and, as a result, develop new business opportunities as well as benefit from new cost efficiencies.
The tests conducted centered around: system deployment and manageability; ease of VNF deployment and service creation; the ability to automate service delivery, lifecycle management, system availability and resiliency; and the capability to support commercial-scale deployments.
"The evaluation results produced by EANTC show that Juniper has clearly thought through the various steps that will make it easier for a network operator to implement its NFV strategy and has then developed its Cloud CPE solution to address those requirements," said Light Reading Editor-in-Chief, Ray Le Maistre. "It is clear that Juniper has identified and developed capabilities to support the key business opportunities that NFV can offer to CSPs, in particular, the customer portal that enables enterprise users to provision and manage the services they want and need -- that's impressive," added Le Maistre.
"In our independent evaluation, we found that Juniper's virtualization portfolio -- including Contrail Networking, Contrail Service Orchestration, Cloud CPE and the vSRX Virtual Firewall -- is well integrated, enabling easily managed, highly available business VPN services at scale," said Carsten Rossenhoevel, Managing Director, EANTC. "Juniper has progressed well to resolve one of the major challenges of virtualization: Abstracting the service provider's provisioning interface from the operational complexity of cloud VPN services and reducing the volume of operator activities by enabling a rich customer self-service portal."
"We are pleased to have worked with Light Reading and EANTC in their study of Cloud CPE in order to demonstrate the capabilities and performance of our solution," said Paul Obsitnik, Vice President of Service Provider Portfolio Marketing at Juniper Networks. "As we continue to work with our Service Provider customers to turn NFV into a commercial reality, testing opportunities such as this are becoming more and more important."
The full evaluation report can be accessed on Light Reading: For details please visit the Light Reading article, Evaluating Juniper's Cloud CPE Solution, at http://www.lightreading.com/services/cloud-services/evaluating-junipers-cloud-cpe-solution/d/d-id/72...
About Light Reading
Light Reading (www.lightreading.com) helps the global communications industry make informed decisions. Lightreading.com is the definitive source for next-generation communications analysis for more than 450,000 users each month, leading the media sector in terms of traffic, content and reputation. Light Reading also produces live events for executives charged with monetizing cable, New IP, optical, Ethernet, mobile, gigabit cities, security, virtualization, components, communications drones, next-gen analytics, Internet of Things and wireline networks. Visit Light Reading on Facebook, LinkedIn, Twitter and YouTube for all the latest news.
EANTC (European Advanced Networking Test Center) is internationally recognized as one of the world's leading independent test centers for telecommunication technologies. Based in Berlin, Germany, the company offers vendor-neutral consultancy and realistic, reproducible high-quality testing services since 1991. Customers include leading network equipment manufacturers, Tier 1 service providers, large enterprises and governments worldwide. EANTC's proof of concept, acceptance tests and network audits cover established and next-generation fixed and mobile network technologies.