OIF: Beginning a three-month global test of interoperable data and control platform technology
OIF Interoperable Data Control Platform Technology is demonstrated by global telecommunications companies to demonstrate broadband on-demand services
Key E-NNI 2.0 build agreement approved
California FREMONT News --
The International Fiber Optic Interconnection Network Forum (OIF) will handle different transport technologies for carrier-class networks in the 4th Global Interoperability Showcase, including OTN, PBB-TE, T-MPLS/MPLS-TP and SONET/SDH, and multi-network Domain service recovery. Seven of the world's largest telecommunications companies have begun a three-month comprehensive test of interoperability data and control plane technology, which supports carrier-grade broadband services that are dynamically delivered end-to-end. This interoperability is demonstrated by the following telecommunications companies: China Telecom, Deutsche Telekom, France Telecom Group, KDDIR&D Labs, NTT, Telecom Italia and Verizon.
Telecommunications sites are connected via virtual connections to form a global test network topology that will emphasize OIF's control platform mechanism, User Network Interface (UNI) 2.0 and associated external network-to-network interface (E-NNI) 2.0 signaling. Establish Agreement (IA). E-NNI 2.0 was approved by OIF members this month, enabling operators to provide services through old or emerging network technologies, and is a service provisioning interface that allows these different domains to communicate.
Heavy Translation senior analyst Sterling Perrin said: "OIF's interoperability testing time schedule is very good. According to the recent HeavyRead operator survey, the interoperability of multi-layer control platforms is extremely important for operators around the world. New E-NNI Building protocols and multi-layer interoperability are key to supporting end-to-end Ethernet network service requirements and auto-configuration."
The Ethernet Virtual Private Line (EVPL) service leverages native Ethernet multitasking to improve the sharing of transmission resources and will be the focus of this test. Most carrier-grade Ethernet-over-Transport services are currently offered as Ethernet Private Line (EPL), but EVPL is growing because EVPL provides more efficient transmission and simplifies network operations. The EVPL control platform is an important technological advancement in providing very simple bandwidth channels. The control platform now knows how individual customer traffic is mapped in the Ethernet signal and controls the transmission resources to meet these service requirements. Service platform-based service recovery is being tested to restore service after a data platform failure. Recovery is a critical step in implementing a mesh network topology that provides high availability without 100% resource redundancy.
Hans-Martin Fois el, president of OIF and chairman of the Carrier Working Group, said: "This test represents an important step forward in the continuous development of global telecommunications network interconnection. The key to this test is to directly respond to the global drive. The trend of fiber optic networks and the needs of operators of capital investment."
Control platform technology in use
Current transport networks include multiple management domains, technology layers, and control and management solutions. This complex heterogeneous environment presents operators with the need to respond to overall traffic growth, explosive demand for dynamic broadband data and video services, traditional and non-traditional competition, and globalization. The interoperable control platform technology is defined and tested by OIF to support carrier-grade broadband services dynamically provided end-to-end. The 2009 event "Worldwide Interoperability Demonstration 2009-Enabling Broadband On-DemandServices" will handle specific control and data platform mechanisms that enhance services, improve operations and optimize the network. effectiveness. The OIF Control Platform IA is currently deployed in the actual operational network and is being field tested by global operators and the National Research and Education Network (NRENs).
About OIF
Founded in April 1998, OIF brings together representatives from the data and fiber optic networking disciplines, including the world's leading operators, component manufacturers and system vendors. OIF facilitates the development and deployment of interoperable network solutions and services by developing implementation agreements for fiber, interconnect, network processing and component technologies, and fiber-optic network systems. OIF actively supports and expands the work of standards bodies with the goal of promoting global compatibility of fiber optic interconnect network products.
Key E-NNI 2.0 build agreement approved
California FREMONT News --
The International Fiber Optic Interconnection Network Forum (OIF) will handle different transport technologies for carrier-class networks in the 4th Global Interoperability Showcase, including OTN, PBB-TE, T-MPLS/MPLS-TP and SONET/SDH, and multi-network Domain service recovery. Seven of the world's largest telecommunications companies have begun a three-month comprehensive test of interoperability data and control plane technology, which supports carrier-grade broadband services that are dynamically delivered end-to-end. This interoperability is demonstrated by the following telecommunications companies: China Telecom, Deutsche Telekom, France Telecom Group, KDDIR&D Labs, NTT, Telecom Italia and Verizon.
Telecommunications sites are connected via virtual connections to form a global test network topology that will emphasize OIF's control platform mechanism, User Network Interface (UNI) 2.0 and associated external network-to-network interface (E-NNI) 2.0 signaling. Establish Agreement (IA). E-NNI 2.0 was approved by OIF members this month, enabling operators to provide services through old or emerging network technologies, and is a service provisioning interface that allows these different domains to communicate.
Heavy Translation senior analyst Sterling Perrin said: "OIF's interoperability testing time schedule is very good. According to the recent HeavyRead operator survey, the interoperability of multi-layer control platforms is extremely important for operators around the world. New E-NNI Building protocols and multi-layer interoperability are key to supporting end-to-end Ethernet network service requirements and auto-configuration."
The Ethernet Virtual Private Line (EVPL) service leverages native Ethernet multitasking to improve the sharing of transmission resources and will be the focus of this test. Most carrier-grade Ethernet-over-Transport services are currently offered as Ethernet Private Line (EPL), but EVPL is growing because EVPL provides more efficient transmission and simplifies network operations. The EVPL control platform is an important technological advancement in providing very simple bandwidth channels. The control platform now knows how individual customer traffic is mapped in the Ethernet signal and controls the transmission resources to meet these service requirements. Service platform-based service recovery is being tested to restore service after a data platform failure. Recovery is a critical step in implementing a mesh network topology that provides high availability without 100% resource redundancy.
Hans-Martin Fois el, president of OIF and chairman of the Carrier Working Group, said: "This test represents an important step forward in the continuous development of global telecommunications network interconnection. The key to this test is to directly respond to the global drive. The trend of fiber optic networks and the needs of operators of capital investment."
Control platform technology in use
Current transport networks include multiple management domains, technology layers, and control and management solutions. This complex heterogeneous environment presents operators with the need to respond to overall traffic growth, explosive demand for dynamic broadband data and video services, traditional and non-traditional competition, and globalization. The interoperable control platform technology is defined and tested by OIF to support carrier-grade broadband services dynamically provided end-to-end. The 2009 event "Worldwide Interoperability Demonstration 2009-Enabling Broadband On-DemandServices" will handle specific control and data platform mechanisms that enhance services, improve operations and optimize the network. effectiveness. The OIF Control Platform IA is currently deployed in the actual operational network and is being field tested by global operators and the National Research and Education Network (NRENs).
About OIF
Founded in April 1998, OIF brings together representatives from the data and fiber optic networking disciplines, including the world's leading operators, component manufacturers and system vendors. OIF facilitates the development and deployment of interoperable network solutions and services by developing implementation agreements for fiber, interconnect, network processing and component technologies, and fiber-optic network systems. OIF actively supports and expands the work of standards bodies with the goal of promoting global compatibility of fiber optic interconnect network products.
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