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Metro. Long haul. Subsea. There’s no selectivity when it comes to the crush of bandwidth demands. All are experiencing unprecedented growth with no signs of slowing. And all need to deliver a consistent quality end-user experience in the face of on-demand content consumption, no matter where the actual content resides. Keeping up can put a strain on business.
The ability to scale and secure network capacity faster and smarter is a huge competitive advantage, and the technologies that enable this scalability and service agility are constantly evolving. At the foundation of it all is the optical network. Implementing the right solution—one that can scale for massive capacity growth while flexibly adapting to changes in applications running on top of it— is vital for success.
Deliver services faster using control plane automation via a single flexible platform across metro, long-haul, and subsea applications
Maximize capacity and operational efficiencies using tunable variable-capacity optics and multi-Terabit service densities with the world’s #1 packet-optical platform
Innovate faster with a flexible architecture that best matches your operational model, whether deploying a fully integrated packet-optical platform or modular networking building blocks managed via open APIs
As optical networks become increasingly flexible and software-driven, network operators need to rethink past assumptions as they plan and deploy networks moving forward. With the appropriate software tools to fully exploit the benefits of flexible coherent modems, programmable photonics and flexible grid systems, the redefined optical network can enable further improvements in service rollout velocity and expand revenue opportunities.
The optical industry is focused on making the optical network more agile, intelligent, and application-aware. Giving service providers the tools to reliably shift their operating model from ‘configuring’ to ‘programming’ brings a radical transformative opportunity with unparalleled intelligence and service agility.
The only report of its kind, this Scorecard evaluates the top optical network equipment vendors on criteria using concrete data and metrics, including direct feedback from buyers, vendor market share, market share momentum, financials, brand
Leading ICT Solutions and Services provider in India adds significant capacity and greater network intelligence
INAP will integrate an express high-capacity backbone between three core data centers in New York, Dallas, and San Jose INAP will launch Metro Ethernet services for increased connectivity and performance in six key markets: Boston, Chicago,
Today’s complex network environments often have an installed base of legacy equipment from multiple vendors. Unfortunately, this legacy equipment isn’t suited to the dynamic telecommunication networks of today—and prevents
Join Light Reading’s CEO and Founder, Steve Saunders, and Ciena’s Stephen Alexander, Senior Vice President and Chief Technology Officer, for our next webinar where we will dive into lain how the Adaptive Network can help you respond to today’s
Fast, reliable and error-free 100G/200G/400G backbone and metro networks are a key ingredient to deliver bandwidth-hungry services such 4G/5G mobile connectivity, fiber to the home (FTTH) or Remote PHY (for cable operators). This drives service
Based on state-of-the-art transmission technology, the new network architecture, offered in Sao Paulo, delivers high-density and low-cost interconnection between the company’s data centers within the region
In this webinar, Ciena will discuss the importance of intent-based policies and how they are investing in Blue Planet's policy capabilities to help providers realize more adaptive networks. Learn how you can harness the power of automation while
Network providers face an unprecedented number of decisions about how to design their networks to support them well into the future. Although predicting the future is tough, one thing is clear: Users will continue to have big expectations of their
Bandwidth demands are exploding in a variety of applications, and network operators are struggling to scale network capacity to provide the speeds that end-users expect. Furthermore, space constraints in these applications are driving the need to
IoT usage is set to explode: Billions of things will be connected to the Internet by 2020. Emerging support applications require huge amounts of bandwidth at low latency, and the underlying network infrastructure must offer the flexibility to cope
Today, coherent-based technology is the de-facto standard for high-speed optical transport networks at 100G and beyond. But that wasn't always the case. This is the story of how a team of over 100 people in Ciena's R&D labs pulled together an
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