SAN JOSE, February 22, 2012 – Cisco announced the successful demonstration and validation of its coherent 100 Gigabit (100G) dense wavelength division multiplexing (DWDM) solution exceeding 3,000 km in reach, without the need for complex Raman optical amplification technology or signal regeneration signals. This distance is 50 percent further than any non-Raman alternative solution on the market today.
By eliminating the need for Raman amplification, regeneration and dispersion compensation, carriers can add 100G services on top of existing infrastructures originally designed for 10G technology, providing better investment protection and simplifying network upgrades. The Cisco solution has been tested at a number of service providers and research networks, including US Signal. The performance was also validated by EANTC, the European Advanced Network Test Center.
The Cisco optical solution also demonstrates the ability to reach transmission rates up to 400 Gbps and ultimately up to one Tbps. Networks engineered to meet 100Gbps requirements will be able to be upgraded in service without affecting existing traffic.
- The Cisco coherent DWDM solution is capable of reaching distances up to 3,000 km without the need for expensive Raman optical amplifiers or regeneration. The performance was independently validated by EANTC.
- The technology demonstration provides a roadmap up to 400 Gbps and up to one Tbps rates using the same advanced signal processing technology acquired in 2010 from Cisco’s acquisition of CoreOptics. Networks engineered to meet 100Gbps requirements will be able to be upgraded to higher data rates without affecting existing traffic.
- The 100G Cisco ONS 15454 MSTP Multiservice Transport Platform (MSTP) can support 42 100G wavelengths in a single bay, nearly three times the density of competing solutions.
- The Cisco ONS 15454 MSTP is a key component in the industry’s most comprehensive 100 gigabit solution, including the Cisco CRS-3 for the network core, the Cisco ASR 9000 Series for the network edge, and the Nexus 7000 for the data center.
- The Cisco Visual Networking Index (VNI) Forecast, 2010-2015 projects that global Internet traffic will increase more than fourfold to 767 exabytes, or more than 3/4th a Zettabyte, by 2015. This amount is 100 exabytes higher than the projected level in 2013, or an increase the equivalent of 10 times all the traffic traversing IP NGNs in 2008.
- Light Reading, the leading online publication for the global telecom industry, recently completed the world’s first publicly available test of an end-to-end cloud services infrastructure for performance, security and management. The test, conducted by EANTC, covered all aspects of Cisco’s CloudVerse solution, from the data center through the access and core network, including the ability to offer high security and priority for different customers’ traffic and the ability to handle and scale both business and consumer applications.
- Bill Gartner, VP/GM Optical Transport Business Unit, Cisco
“Service providers around the globe see the need to prepare for the next-generation Internet and facilitate an increasing demand for video, collaboration, and distributed computing. These successful demonstrations are a testament to Cisco’s commitment to leading the industry in optical technology, both at 100G and beyond.”
- EANTC Long-haul Optical Transport Test Results
- Cisco Service Provider Solutions
- Cisco CRS Carrier Routing System
- Cisco ASR 9000 Series
- Cisco Optical Solutions
- Read the complete Cisco Visual Networking Index (VNI) Forecast, 2010-2015
Cisco, CRS, Internet Protocol Next-Generation Network, IP NGN, Visual Networking Index Forecast, VNI,DWDM, 100G, CoreOptics, ASR 9000, Nexus 7000
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