SSIXF30009-875252

SSIXF30009-875252 Datasheet

signals excludes aggregation and OC-48/OxU1 processing .

Part	Datasheet
SSIXF30009-875252	SSIXF30009-875252 (pdf)

Related Parts	Information
TLIXF30011-865853	TLIXF30011-865853
SSIXF30011-875263	SSIXF30011-875263
TLIXF30009-865852	TLIXF30009-865852

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Cortina IXF30009/30010/30011 Optical Transport Processors Product Overview The Cortina IXF30009/30010/30011 Optical Transport Processors are highly integr ated devices designed to handle most Optical T ransport Network OTN applications on a single chip Developers can use these optoelectronic components to build optical network solutions to meet a v ariety of high-bandwidth requirements in SONET/SDH, Optical Transport Network or Ethernet networks. As successors to the Cortina IXF30001, IXF30003, IXF30005, and IXF30007 devices, the IXF30009/30010/30011 Optical Transport Processors build on the Cortina S ystems, Inc. CortinaTM framer and Forward Error Correction FEC design expertise and extend the product family The IXF30009/30010/30011 Optical Transport Processors provide strong FEC performance and support for networking standards such as O TN G.709 , SONET/SDH and 10 Gigabit Ethernet 10GigE . The devices feature SFI -4 compliant interfaces that can be configured to support either a single 10 Gbps signal or four Gbps tributary signals. They can perform fully tr ansparent asynchronous aggregation of Gbps tributaries into a Gbps OTU2 signal. The devices support full duplex operations for all data paths, and all RX and TX ports can be configured independently. They can be used as SONET/SDH fr amers providing complete section and line termination for one OC -192/STM-64 or four OC-48/STM-16 signals. The Optical Transport Processors can also be oper ated as bridge devices, tr ansparently transporting any payload over a G.709-compliant network as network nodes operating with OTN signals on all interfaces, as gateways between asynchronous OTNs, or as strong FEC devices providing a net electrical coding gain of 10 dB in Ultra Long Haul ULH or submarine systems. Both interfaces system and line are equipped with a G.709-compliant FEC codec RS-255/239 pro viding a net coding gain of ~6 dB , allowing for a single-chip standard FEC regenerator. In addition, the line-side of the IXF30009/30011 Optical Transport Processors contain a very strong, proprietary FEC code with a maximum net coding gain of 10 dB supporting ULH and submarine applications. The FEC ov erhead information can be scaled to 4%, 7%, 15%, or 25% to support the various requirements of a 10 GbE, Metropolitan Area Network MAN , and ULH system respectively, while maintaining the G.709v2 fr ame format. The flexibility of the configur able serial overhead port allows access to all tr ansported client signals and management overhead data. FEC statistics are delivered to this port and can be used to control external compensation circuitries for optical impairments. Compliance with OIF interface standards SFI -4 enables the devices to be used in Multi Source Agreement MSA based systems. The single-chip integration support for multiple standards mak es the IXF30009/30010/30011 Optical Transport Processors the ideal high integr ation solution for a wide r ange of applications including OTN networks, FEC regener ators, Multi Service Provisioning Platforms MSPPs , SONET/ SDH Add/Drop Multiplexers ADMs , submarine and ULH FEC applications, low cost 10 Gbps metro and core networks, and 10 GbE LAN tr ansport and monitoring. The IX30009/30010/30011 Optical Transport Processors are available in three-pin and softw arecompatible versions: • IXF30009 Full functionality: 4x2.5 G transparent aggregation into OxU2 Supports 4xOC-48/OxU1, OC-192, OxU2, 10 GE, Two G.709 compliant Reed Solomon FEC codecs Strong FEC performance of up to 10 dB net electrical coding gain Adjustable FEC overhead rates Designed for Metro, Long Haul, ULH and Submarine networks • IXF30010 OTN: Similar to IXF30009 without strong FEC support only standard RS FEC . • IXF30011 Strong FEC: Similar to IXF30009 without support for G signals excludes aggregation and OC-48/OxU1 processing . Copyright 2004 - 2008 Cortina Systems, Inc. Product Brief Number: • Fully transparent asynchronous aggregation of four Gbps tributary signals into an O TU2/ODU2 • Enables more efficient bandwidth usage, leading to lower investment cost for tr ansport systems. Allows direct connection of asynchronous lower r ate client signals in a transport system that can be fully transparent and invisible to the pa yload. • Specific networking capabilities for 10 GbE, SONET/SDH and OTN signals • Enables MSPPs capable of handling different client signals. The processor can be used as a full SONET/SDH framer for OC-48 or OC-192, monitoring 10 GbE or processing O TN signals. • Strong, adjustable FEC • High integration networking support for different payloads including 10 GbE and aggregation of multiple different signals • Pin and software compatibility throughout the product family • Provides superior coding gain and can be configured to meet the performance needs of a v ariety of platforms Metro, LH, ULH, submarine . Enables denser packing of colors in a fiber to reduce equipment cost. • Supports high density boards for example, an 8-port OC-48 framer with greater real estate sa vings. Service providers can directly tr ansport and monitor 10 GbE payloads. • One board can be reused with different platforms from Metro to ULH , helping to reduce cost. One software development, quick adaptation of new features into an existing platform i.e. aggregation . Key Applications • Optical Transport Networks OTN • Forward Error Correction FEC regener ators • Multi Service Provisioning Platforms MSPPs • SONET/SDH Add/Drop Multiplexers ADMs • Submarine and ULH FEC • Low cost 10 G/2.5 G Metro and Core networks • High density line cards for G networks 4 bi-directional ports • 10 GbE LAN transport and monitoring Architecture Block Diagram

PDF Datasheet Preview

Cortina IXF30009/30010/30011 Optical Transport Processors

Product Overview

The Cortina IXF30009/30010/30011 Optical Transport Processors are highly integr ated devices designed to handle most Optical T ransport Network OTN applications on a single chip Developers can use these optoelectronic components to build optical network solutions to meet a v ariety of high-bandwidth requirements in SONET/SDH, Optical Transport Network or Ethernet networks. As successors to the Cortina IXF30001, IXF30003, IXF30005, and IXF30007 devices, the IXF30009/30010/30011 Optical Transport Processors build on the Cortina S ystems, Inc. CortinaTM framer and Forward Error Correction FEC design expertise and extend the product family

The IXF30009/30010/30011 Optical Transport Processors provide strong FEC performance and support for networking standards such as O TN G.709 , SONET/SDH and 10 Gigabit Ethernet 10GigE . The devices feature SFI -4 compliant interfaces that can be configured to support either a single 10 Gbps signal or four Gbps tributary signals. They can perform fully tr ansparent asynchronous aggregation of Gbps tributaries into a Gbps OTU2 signal. The devices support full duplex operations for all data paths, and all RX and TX ports can be configured independently. They can be used as SONET/SDH fr amers providing complete section and line termination for one OC -192/STM-64 or four OC-48/STM-16 signals.

The Optical Transport Processors can also be oper ated as bridge devices, tr ansparently transporting any payload over a G.709-compliant network as network nodes operating with OTN signals on all interfaces, as gateways between asynchronous OTNs, or as strong FEC devices providing a net electrical coding gain of 10 dB in Ultra Long Haul ULH or submarine systems.

Both interfaces system and line are equipped with a G.709-compliant FEC codec RS-255/239 pro viding a net coding gain of ~6 dB , allowing for a single-chip standard FEC regenerator. In addition, the line-side of the IXF30009/30011 Optical Transport Processors contain a very strong, proprietary FEC code with a maximum net coding gain of 10 dB supporting ULH and submarine applications. The FEC ov erhead information can be scaled to 4%, 7%, 15%, or 25% to
support the various requirements of a 10 GbE, Metropolitan Area Network MAN , and ULH system respectively, while maintaining the G.709v2 fr ame format.

The flexibility of the configur able serial overhead port allows access to all tr ansported client signals and management overhead data. FEC statistics are delivered to this port and can be used to control external compensation circuitries for optical impairments.

Compliance with OIF interface standards SFI -4 enables the devices to be used in Multi Source Agreement MSA based systems. The single-chip integration support for multiple standards mak es the IXF30009/30010/30011 Optical Transport Processors the ideal high integr ation solution for a wide r ange of applications including OTN networks, FEC regener ators, Multi Service Provisioning Platforms MSPPs , SONET/ SDH Add/Drop Multiplexers ADMs , submarine and ULH FEC applications, low cost 10 Gbps metro and core networks, and 10 GbE LAN tr ansport and monitoring.

The IX30009/30010/30011 Optical Transport Processors are available in three-pin and softw arecompatible versions:
• IXF30009 Full functionality:
4x2.5 G transparent aggregation into OxU2 Supports 4xOC-48/OxU1, OC-192, OxU2, 10 GE,

Two G.709 compliant Reed Solomon FEC codecs

Strong FEC performance of up to 10 dB net
electrical coding gain

Adjustable FEC overhead rates Designed for Metro, Long Haul, ULH and

Submarine networks
• IXF30010 OTN:

Similar to IXF30009 without strong FEC support
only standard RS FEC .
• IXF30011 Strong FEC:

Similar to IXF30009 without support for G
signals excludes aggregation and OC-48/OxU1 processing .

Copyright 2004 - 2008 Cortina Systems, Inc.

Product Brief Number:
• Fully transparent asynchronous aggregation of four Gbps tributary signals into an O TU2/ODU2
• Enables more efficient bandwidth usage, leading to lower investment cost for tr ansport systems. Allows direct connection of asynchronous lower r ate client signals in a transport system that can be fully transparent and invisible to the pa yload.
• Specific networking capabilities for 10 GbE, SONET/SDH and OTN signals
• Enables MSPPs capable of handling different client signals. The processor can be used as a full SONET/SDH framer for OC-48 or OC-192, monitoring 10 GbE or processing O TN signals.
• Strong, adjustable FEC
• High integration networking support for different payloads including 10 GbE and aggregation of multiple different signals
• Pin and software compatibility throughout the product family
• Provides superior coding gain and can be configured to meet the performance needs of a v ariety of platforms Metro, LH, ULH, submarine . Enables denser packing of colors in a fiber to reduce equipment cost.
• Supports high density boards for example, an 8-port OC-48 framer with greater real estate sa vings. Service providers can directly tr ansport and monitor 10 GbE payloads.
• One board can be reused with different platforms from Metro to ULH , helping to reduce cost. One software development, quick adaptation of new features into an existing platform i.e. aggregation .

Key Applications
• Optical Transport Networks OTN
• Forward Error Correction FEC regener ators
• Multi Service Provisioning Platforms MSPPs
• SONET/SDH Add/Drop Multiplexers ADMs
• Submarine and ULH FEC
• Low cost 10 G/2.5 G Metro and Core networks
• High density line cards for G networks 4 bi-directional ports
• 10 GbE LAN transport and monitoring

Architecture Block Diagram

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Datasheet ID: SSIXF30009-875252 506892