VSC9135YHM-12

VSC9135YHM-12 Datasheet

VSC9135 LOVCAT48 Gbps Multi-service High Order/Low Order Virtual Concatenation Mapper

Part	Datasheet
VSC9135YHM-12	VSC9135YHM-12 (pdf)

Related Parts	Information
VSC9135YHM-01	VSC9135YHM-01
VSC9138YHM-01	VSC9138YHM-01

PDF Datasheet Preview
VSC9135 LOVCAT48 Gbps Multi-service High Order/Low Order Virtual Concatenation Mapper VSC9138 LOVCAT192 10 Gbps Multi-service High Order/Low Order Virtual Concatenation Mapper The VersaCAT family adapts Ethernet technology to the WAN by efficiently provisioning Ethernet services across existing transport infrastructures while optimizing bandwidth utilization using hitless rate adaptation. It includes a suite of 2.5G and 10G mappers HOVCAT, HOVCATe, LOVCAT and multi-protocol WAN MACs Meigs-IIE, Campbell-I, and Barrington that support Virtual Concatenation, fully integrated LCAS and GFP, as well as provides extensive Layer 2 aggregation, encapsulation and management features. More specifically this family is used for efficient provisioning of data services from Ethernet 10 Mbps to 10 Gigabit Ethernet 10 Gbps and various storage and video protocols over WAN transport infrastructure, while optimizing bandwidth utilization using hitless rate adaptation. Application Diagram LOVCAT192/48 SPI-4 Optional RPR MAC NPU FPGA Campbell-I Meigs-IIe Barrington VSC9135 VSC9138 • SONET/SDH Multi-service Provisional Platforms MSPPs • Next generation SONET/SDH Metro Ethernet systems • Resiliant Packaging Ring RPR applications SPECIFICATIONS • 128 Virtual Concatenation Groups VCGs of STS-1/VC-3, STS-3C/VC-4, VT1.5/VT2.0, and TU-12/TU-11 • High Order Path Overhead POH ports for external sourcing or processing • System packet interface Level 4, Phase 2, 16-bit SPI-4.2 • System packet interface Level 3, 32-bit SPI-3 • 72-bit external DDR SDRAM interface • Dual-rate STS-48/STM-16 TFI-5 or STS-12/STM-4 working and protection backplane interfaces • Power Dissipation 9W LOVCAT192 7W LOVCAT48 • 1760 HFCBGA package Making next-generation networks a reality. • 10G or 2.5G bandwidth support • 128 independent channels GFP, HDLC • Hitless Link Capacity Adjustment Scheme LCAS • Virtual Concatenation VC and Contiguous Concatenation • Support for Generic Framing Protocol GFP • VC groups with Higher-order HO granularity of STS-1/VC-3, STS-3C/VC-4s as well as Lo-order LO granularity of VT1.5/VT2.0, TU-12/TU-11 • OIF compliant SPI-3 and SPI-4.2 interfaces • Dual-rate STS-48/STM-16 TFI-5 or TST-12/STM-4 working and protection backplane interfaces • Pin compatibility with existing HOVCAT products • Software device drivers and diagnostics included • Third generation VC Mapper device BLOCK DIAGRAM: VSC9135 VSC9138 Bene ts • Support for multiple linecard densities with pin compatible devices • High VC group count allows dense termination of multiple network endpoints in a single device • Includes LCAS application code enables and standards compliant hitless LCAS implementation • Concurrent support for legacy contiguous concatenation and virtual concatenation within the same device • Encapsulates received data from SPI-3/4.2 interface with a GFP header • Support for any combination of high and low order tributaries • Supports connection to both 2.5G and 10G NPUs or FPGAs to provide next generation Metro Ethernet services • Direct connection to existing SONET/SDH TDM backplane at 622M and 2.5G without external backplane device • Full suite of software drivers and diagnostic speeds development time • Built on successful HOVCAT hardware and software platform for easy design migration Related Vitesse Products Visit for information about other related Vitesse products. Vitesse Semiconductor Corporation 741 Calle Plano • Camarillo, CA 93012 USA • Tel +1.800.VITESSE • • Fax •

PDF Datasheet Preview

VSC9135 LOVCAT48 Gbps Multi-service High Order/Low Order Virtual Concatenation Mapper

VSC9138 LOVCAT192 10 Gbps Multi-service High Order/Low Order Virtual Concatenation Mapper

The VersaCAT family adapts Ethernet technology to the WAN by efficiently provisioning Ethernet services across existing transport infrastructures while optimizing bandwidth utilization using hitless rate adaptation. It includes a suite of 2.5G and 10G mappers HOVCAT, HOVCATe, LOVCAT and multi-protocol WAN MACs Meigs-IIE, Campbell-I, and Barrington that support Virtual Concatenation, fully integrated LCAS and GFP, as well as provides extensive Layer 2 aggregation, encapsulation and management features. More specifically this family is used for efficient provisioning of data services from Ethernet 10 Mbps to 10 Gigabit Ethernet 10 Gbps and various storage and video protocols over WAN transport infrastructure, while optimizing bandwidth utilization using hitless rate adaptation.

Application Diagram

LOVCAT192/48

SPI-4

Optional RPR MAC

NPU FPGA

Campbell-I Meigs-IIe Barrington

VSC9135 VSC9138
• SONET/SDH Multi-service Provisional Platforms MSPPs
• Next generation SONET/SDH Metro Ethernet systems
• Resiliant Packaging Ring RPR applications

SPECIFICATIONS
• 128 Virtual Concatenation Groups VCGs of STS-1/VC-3, STS-3C/VC-4, VT1.5/VT2.0, and TU-12/TU-11
• High Order Path Overhead POH ports for external sourcing or processing
• System packet interface Level 4, Phase 2, 16-bit SPI-4.2
• System packet interface Level 3, 32-bit SPI-3
• 72-bit external DDR SDRAM interface
• Dual-rate STS-48/STM-16 TFI-5 or

STS-12/STM-4 working and protection backplane interfaces
• Power Dissipation 9W LOVCAT192 7W LOVCAT48
• 1760 HFCBGA package

Making next-generation networks a reality.
• 10G or 2.5G bandwidth support
• 128 independent channels GFP, HDLC
• Hitless Link Capacity Adjustment Scheme LCAS
• Virtual Concatenation VC and Contiguous

Concatenation
• Support for Generic Framing Protocol GFP
• VC groups with Higher-order HO granularity of

STS-1/VC-3, STS-3C/VC-4s as well as Lo-order LO granularity of VT1.5/VT2.0, TU-12/TU-11
• OIF compliant SPI-3 and SPI-4.2 interfaces
• Dual-rate STS-48/STM-16 TFI-5 or TST-12/STM-4 working and protection backplane interfaces
• Pin compatibility with existing HOVCAT products
• Software device drivers and diagnostics included
• Third generation VC Mapper device

BLOCK DIAGRAM:

VSC9135 VSC9138

Bene ts
• Support for multiple linecard densities with pin compatible devices
• High VC group count allows dense termination of multiple network endpoints in a single device
• Includes LCAS application code enables and standards compliant hitless LCAS implementation
• Concurrent support for legacy contiguous concatenation and virtual concatenation within the same device
• Encapsulates received data from SPI-3/4.2 interface with a GFP header
• Support for any combination of high and low order tributaries
• Supports connection to both 2.5G and 10G NPUs or FPGAs to provide next generation Metro Ethernet services
• Direct connection to existing SONET/SDH TDM backplane at 622M and 2.5G without external backplane device
• Full suite of software drivers and diagnostic speeds development time
• Built on successful HOVCAT hardware and software platform for easy design migration

Related Vitesse Products

Visit for information about other related Vitesse products.

Vitesse Semiconductor Corporation
741 Calle Plano
• Camarillo, CA 93012 USA
• Tel +1.800.VITESSE
•
• Fax
•

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived VSC9135YHM-12 Datasheet file may be downloaded here without warranties.

Datasheet ID: VSC9135YHM-12 649204