DXC-5000 - Cutter Networks 727-398-5252 Offers Solutions .

Product page DXC-5000Data SheetDXC-5000High Capacity Hybrid Cross-Connect High density Ethernet/SDH/SONET MPLS-TP and Traffic-Engineered Pseudowires Synchronization: BITS, SyncE High capacity: STM-64/OC-192, 10 GbE Sub-50ms protection: 1:1, BLSR, PW, ERPS Carrier Ethernet: CE 2.0 Certified Optional TDM circuit emulationDXC-5000 balances TDM and packettransport in a way unique to the industry.Its hybrid architecture allows for threetransport modes: TDM-over-packettransport, hybrid TDM and packettransport, and all packet transport, basedon identical hardware, software andfeatures. This flexibility creates a uniqueopportunity for network designs, byoptimizing every service based on theservice requirements, without thelimitations of a particular technology. Inaddition, DXC-5000 reduces operationscosts by using a single platform for theseservice requirements and avoiding theneed for multiple devices at any site.When compared to the life cycle costs ofseparate TDM and packet networks, DXC5000 reduces power consumption,software costs, training costs and thenumber of modules. Network utilization isalso improved by using the full bandwidthof the packet and TDM transport.Order from: Cutter NetworksPacket and E1/T1 services can betransported over Ethernet or SDH/SONET.Since each slot can directly access thePacket and TDM switches at the sametime, services can be matched to besttechnology whether that is maximizingefficiency with statistical multiplexing orminimizing latency. This slot flexibility hasthe benefit that each port on each modulecan be individually routed via software tothe appropriate switch reducingoperations costs.DXC-5000’s transport flexibility ensuresthe lowest transport cost per bit. Withthe ability to perform statisticalmultiplexing, low cost TDM switching andDWDM in the same device, new servicescan use the lowest cost infrastructureacross the entire network.By matching the service interface to thebest switch and the best transportmethod (Ethernet or SDH/SONET), eachservice can be delivered with the lowestlatency required.Phone: 727-398-5252ETHERNET2BDXC-5000 provides best-in-class packetswitching to create networks with thehighest performance. Ingress rate limitingprevents any service or application fromcongesting/choking the network. Eachpacket is classified so that the appropriatenetwork policies (like prioritization andscheduling) can be applied. Eight CoSqueues and scheduling algorithms ensurethat there are sufficient resourcesavailable to manage the data trafficefficiently. Standard G.8032 ERPS(Ethernet Ring Protection Switching)provides sub-50ms protected packet ringsfor greater resiliency. Multiple ringlets andmultiple ring topologies are supported.Ethernet OAM allows real-time monitoringof end-to-end circuits, connections ortrunks, enabling quick detection andisolation of faults to a particular subnet,trunk, link or node. DXC-5000 featuresBFD-based Fault OAM and ping/tracerouteat tunnel/pseudowire level. For802.1q/802.1ad-based MEF services, DXC5000 supports Y.1731/802.1ag-basedCFM OAM (Port level down MEP) andY.1731 PM counters.www.bestdatasource.com

DXC-5000DXC-5000High Capacity Hybrid Cross-ConnectCIRCUIT EMULATIONThe DXC-5000 family includes thefollowing members:MPLS-TP3B5BEven though many services andapplications move from TDM to packet, afew TDM circuits will remain in thenetwork. Circuit emulation provides analternative transport method using an allPacket Transport Network. DXC-5000employs E1/T1 SAToP and STM-1/OC-3 CEPfor carrying this traffic with the reliabilityand protection mechanisms of legacy TDMnetworks, including card level protectionfor E1/T1 interfaces.MPLS label-based Connection OrientedEthernet allows packet traffic to be easilyand precisely routed through the network.DXC-5000 provides MPLS-TP-basedpseudowires for traffic engineered flowson trunks, which optimizes the network byproviding the right amount of control. DXC-5000-7 – Up to 5 tributary and 2aggregation slots DXC-5000-7 with Expansion– Up to 10tributary and 2 aggregation slots DXC-5000P –Non-modular device withpredefined assembly options.The cost benefits of statistical mutiplexingare combined with traffic engineering andcapacity planning to lower CAPEX by rightsizing the network. OPEX reductions comethrough faster provisioning, robustprotection and quicker root cause analysisduring failures. In addition, with meshprotection capabilities latency andprotection switch times are minimized.The assembly options of DXC-5000P areas follows:OTN4BDXC-5000 uses OTN technology toincrease optical span length with ForwardError Correction (FEC), optimize bandwidthutilization for high bandwidth Ethernetrequirements and reduce latency innetworks with many nodes. OTN switchingreduces the cost of high-speed transportthroughout the network and DXC-5000provides the aggregation/on-ramp to theOTN core network.SDH/SONETFeaturing a complete suite of SDH/SONETcapabilities, DXC-5000 provides thereliability and performance expected ofyour transport network: predictablelatency, low protection switching times,deterministic routes and manageablebandwidth.Order from: Cutter Networks8xGE optical 8xGE electrical 4x10GE optical 8xGE optical 8xGEelectrical 8xGE optical 8xGE electrical 16xE1/DS1 4xSTM1/OC3 CEM 4x10GE 8xGE optical 8xGEelectrical 16xE1/DS1 4xSTM1/OC3CEM.SYNCHRONIZATIONSyncE , DCR, ACRMANAGEMENT AND SECURITY6ARCHITECTUREDXC-5000 has a flexible architecture thatallows it to build the network best suitedfor all services: Linear for rapid deployment Hub and spoke for cost effectivebuildouts at the edge of the network Ring and ringlet for high utilizationand resiliency Meshed for low latency and flexibleprotection.This is achieved with a unique combinationof functionalities, including the ability forevery optical port to be defined as a Userto Network Interface (UNI) or a Networkto Network Interface (NNI).2 Phone: 727-398-5252Point and click technologies for Ethernetand SDH/SONET traffic allow for moreaccurate service designs, more efficientrouting and better fault correlation.Accurate alarming and “fault to affectedservice mapping” enable fault resolutionprioritization. Enhanced network elementbackups and simple remote softwareupgrades reduce operational costs whileenhancing reliability. NMS serverredundancy and geographical diversityensure faster disaster recovery.7B0Bwww.bestdatasource.com

DXC-5000Data SheetSpecificationsInterfaces to SDH/SONET10 GbE – up to 4 XFP portsETHERNET OVER SDH/SONETVLAN to SDH/SONET VCG MappingCAPACITY1 GbE – up to 40 SFP ports60G TDM with 1x10G 2x155M/622M/2.5G 2x155M/622M ports10/100/1000baseT – up to 40 ports20B8BMPLS-TP to SDH/SONET VCG MappingRevertive and non-revertive switchingE1/T1 unprotected - up to 630 ports20G TDM with 1x2.5G 1x622M 2x155MEthernet GFP-mapped VCAT and LCASE1/T1 protected – up to 252 ports15G TDM with 1x2.5G 2x155ME3/T3 unprotected – up to 60 portsETHERNETE3/T3 protected – up to 24 portsVLAN, QinQ based servicesSTM-1/OC-3 – up to 88 SFP portsIngress rate limiting at 64 kbps granularityTDMSTM-4/OC-12 – up to 28 SFP portsProgrammable committed/peak ratesSDH/SONET Switch CapabilitiesFully non-blockingSTM-16/OC-48 – up to 9 SFP portsProgrammable committed/peak burst sizesSTM-64/OC-192– up to 2 XFP portsEgress rate shaping on all ports5G TDM with 2x622M 2x155M2.5G TDM with 1x622M 2x155M 32 E19B18B8 classes of service as per IEEE 802.1pVC11, VC12, VC3, VC4, VC4-4cMPLS-TPVT1.5, STS-1, STS-3c, STS-16c2 rate, 3 color marking10BMPLS-TP Connection-Oriented EthernetLO and HO Virtual ConcatenationEvery Ethernet port defined as UNI or NNIVPWS, VPLS, H-VPLSELAN, EVLAN, EVPL, EPL, E-TREE19B2BIGMP v1/v2/v31BDXC-5000PE&MSTM-64/OC-19210 GbE CE/MPLS-TP

SDH/SONET . Featuring a complete suite of SDH/SONET capabilities, DXC-5000 provides the reliability and performance expected of your transport network: predictable latency, low protection switching times, deterministic routes and manageable bandwidth. 5BMPLS-TP . MPLS label-based Connection Oriented Ethernet allows packet traffic to be easily