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| Wednesday, 23 March 2016, 10:03 HKT/SGT | |
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Source: Fujitsu Ltd | |
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| Uses disaggregated architecture to offer individual functions as separate blades |
TOKYO, Mar 23, 2016 - (JCN Newswire) - Fujitsu today announced that it has expanded the FUJITSU Network 1FINITY platform, its next-generation optical transmission system that uses a disaggregated architecture(1), to the four functionalities needed when building an optical transmission network, namely, transport, lambda, switch, and access. Each of these is offered as an individual blade(2). Sales will start between April and June 2016 in North America, followed by a phased worldwide rollout.
Using the 1FINITY platform, customers building a network can hold down upfront investment costs and expand incrementally in line with demand. The Transport family, for transport functionality, offers the T200 blade equipped with the latest coherent digital signal processing (DSP) circuit(3). It achieves world-class optical transmissions at ultra-fast speeds (up to 400 Gbps) over super-long distances (over 10,000 km).
Fujitsu will offer the 1FINITY platform globally to a wide variety of customers, including datacenter operators and telecom carriers, thereby contributing to the expansion of more complete network infrastructure to keep pace with expected increases in data traffic caused by the spread of the Internet-of-Things and the increase in video and other imaging data.
Background
In the market for optical transmission systems, until now the tendency was to promote all-in-one configurations, in which all functions relating to an optical transmission network were consolidated in one piece of equipment, for the efficient provisioning and operations of network infrastructure. In recent years, however, with rapid changes in network services both in Japan and around the world, there is an increasing need for optical transmission systems that employ a disaggregated architecture, in which each function is divided into separate modules. This enables individual functions to be quickly added or their performance to be upgraded, thereby allowing customers to quickly respond to changes while optimizing their investment.
Features of the 1FINITY Platform
The 1FINITY platform is a new optical transmission system that disaggregates each function-transport, lambda, switch, and access-into individual 1RU(4) blades.
1. Optimizes investments in building networks
Because customers can start small and select just the functions they need, they can reduce the upfront investment costs required to build a network and expand in stages as demand increases. In addition, because each function is offered as an individual module, customers can quickly apply the latest technologies for any of the functions and continuously upgrade their performance.
2. Highly compatible with Fujitsu's existing optical transmission systems
Being highly compatible with Fujitsu's FLASHWAVE optical transmission system and other products, the 1FINITY platforms is easy for customers to expand or supplement the functions of their existing networks based on these products.
3. Supports network automation and virtualization
By combining 1FINITY with the SDN/NFV software of the FUJITSU Network Virtuora series, customers can easily bring automation and virtualization to a network that uses disaggregated architecture.
4. Use of open architecture enables high connectivity with other vendors' products
The 1FINITY uses an open architecture to connect to network equipment from other vendors. In addition, because it employs a standard interface in the form of open APIs(5), OSS(6) and BSS(7) can be easily integrated using a variety of SDN controller software.
Product Offerings
The 1FINITY platform is comprised of four product lines: the Transport family, Lambda family, Switch family, and Access family, with each corresponding respective functions.
Transport family
Delivers high-capacity transport functionality for metro networks, core network (connecting cities), and long distance.
Lambda family
This allows automated settings for flexible wavelength assignment and path switchovers, depending on the objective. It provides a compact CD(9) ROADM(10) function that can initially support up to 4 directions and 128 wavelengths. Additional blades will be released in the future, enabling support for even more directions.
Switch family
This provides high-density Ethernet switch functions. It efficiently multiplexes Ethernet VPN(11), aggregates traffic for mobile backhaul use and connections between datacenters, and seamlessly connects to the optical core network.
Access family
This supports next-generation access technologies, such as 10G EPON(12) and NGPON2(13), providing a 10 Gbps optical access network geared toward optical communication services for households or businesses as well as mobile front-haul access networks.
(1) Disaggregated architecture
A method in which each network function is divided into separate modules, enabling upfront investment costs to be held down while a network environment is quickly built.
(2) Blade
A600 in the A line (access function) is the only product that is offered only in a shelf format. Future models are expected to all be blades. The 400Gbps OTN multiplexing technology of T200 blade uses part of the research results of VICTORIES, the Vertically Integrated Center for Technologies of Optical Routing toward Ideal Energy Savings, operated by the National Institute of Advanced Industrial Science and Technology (AIST) as Project for Developing Innovation Systems of the Ministry of Education, Culture, Sports, Science and Technology (MEXT), Japan.
(3) Coherent digital signal processing (DSP) circuit
A DSP circuit used in digitally coherent optical transmissions. It converts analog signals into digital signals and performs all types of signal processing. The high-performance coherent DSP circuit used in the T200 and T300 uses part of the research results of "The research and development project for the ultra-high speed and green photonic networks" and "Tera-bit optical network technologies towards big data era" of the Ministry of Internal Affairs and Communications of Japan.
(4) 1RU
One Rack Unit. Also written as 1U, it is the height of one partition (4.445 cm) of a 19-inch or 23-inch rack.
(5) API
Application Program Interface. A set of rules that define procedures and data formats that allow other programs to call functions and data managed by a given computer program.
(6) OSS
Operation Support System. Systems needed for telecommunications carriers to build and operate services.
(7) BSS
Business Support System. Systems that support information-management operations at telecommunications carriers, including metering and billing.
(8) Adaptive modulation technology
Technology that makes it possible to select from among multiple modulation methods.
(9) CD
Colorless Directionless. Wavelength and directional distribution that is not constrained in terms of wavelength or direction.
(10) ROADM
Reconfigurable Optical Add/Drop Multiplexer. A device that assigns each signal wavelength to an appropriate path and sends/receives on that path.
(11) Ethernet VPN
A virtual private network over Ethernet.
(12) 10G EPON
A protocol and technology standardized by IEEE that can send at up to a maximum 10 Gbps up and down over a single-core optical cable, shared among up to 64 ONUs.
(13) NGPON2
A protocol and technology standardized by ITU-T for optical access at more than 40 Gbps, using wave-division multiplexing (WDM) technology to multiplex a 10-Gbps signal into four or more wavelengths. Similar to PON, includes two protocols: TWDM, shared by multiple ONUs, and Point to Point, which is not shared.
Contact:
Fujitsu Limited
Public and Investor Relations
Tel: +81-3-3215-5259
URL: www.fujitsu.com/global/news/contacts/
Topic: Press release summary
Source: Fujitsu Ltd
Sectors: Media & Marketing, IT Individual
http://www.acnnewswire.com
From the Asia Corporate News Network
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