Active Optical Components

Transcription

1 Active Optical Components Version TEST 1

2 SOPHISTICATED PRODUCTS AND SOLUTIONS FOR HFC AND FTTX BROADBAND NETWORKS braun telecom stands for competence and continuity as a supplier of broadband communication technologies for more than 30 years. A long experience and constantly growing know how make us a leading supplier of systems and system components for multimedia cable TV networks. In addition to the classical CATV product line, consisting of active and passive components, we have persistently expanded our range, integrating sophisticated optical system technologies as well as services encompassing CATV and FTTx network planning into our portfolio. While, in many areas, our activities focus on the development and production of own products, they also include operations as a distributor for selected high-performance cooperation partners in order to always reach the highest customer satisfaction. For the range of products and services, we are setting high quality standards for ourselves, while still making sure to offer the best price-performance ratio possible! Do you have questions concerning our products or want to place an order? We look forward to your call!

3 Point-to-point technology network service approaches supported by Waystream components MPC Customer VLAN Access (L2) Each residential home or business is connected to a port that is assigned to a unique C-VLAN. Set of C-VLANs are bridged to through the aggregation layer to a broadband network gateway (BNG), such as the Waystream MPC480. Service control in the network is often done through RADIUS based authorization to the MPC, but other commercial automation solutions are also common to adapt network configuration for individual customers subscription. Vid Q Trunk Vid 102 Vid 103 Service-VLAN Access All end-users using the same service/category of service are part of the same VLAN. Service control is typically done on the port of the access switch connecting the end-user instead of at a central BNG. Service-VLANs often span across mulitple switches in the access and aggregation layers. The service-vlans are layer 3 terminated in a layer 3 switch or edge router, but no advanced service features are applied here standard routing is sufficient if the service control has already been done at the access-layer. Several commercial options for automation exist, often using the command line interface of the access switch to set and remove configuration as services are updated. A Service VLAN 100 Service VLAN 101 Access network B D C Layer 3 Routed Access Access-swiches route the traffic all the way to the access ports that connect the end-users. Each user is connected on a port that is separated by routing. The end-user is connected without any VLANs to the home/office router or switch it is a plain layer 2 domain. Main advantages are load-sharing through routing over multiple links, fast redundancy and easy network operation (tools such as ping and traceroute can be used). Core Access 3

4 MPC480 Cost-efficient router for Ethernet and IP/MPLS networks The MPC480 is versatile, supporting many different deployment scenarios, and offers world-class features and tools to make network operation easier. It delivers the ultimate user experience. Highly configurable, this edge router enables operators to take full advantage of converged Ethernet and IP/MPLS networks for business and residential service delivery, and private (VPN) networking. Parameter MPC480 Dimensions (H x W x D) [cm] 17,5 x 44 x 40 Airflow [CFM] 120 Weight [kg] 18,5 Power consumption [W max.] 500 IPv4 multicast routing Roadmap IPV6 multicast routing Multicast routing PIM-SM/SSM IPv4 IGMPv1-3 Querier IGMP snooping Telnet CLI SSHv2 CLI Management Syslog NetFlow v9 export SNMPv1-v3 ScriBOS Service Templates Spanning-tree Redudancy protocols Rapid spanning-tree Multiple spanning-tree VRRP Number of IPv4 VRF 200 Routing table Number of bridge instances 1 MAC address table size Number of remote-interfaces Table Sizes Number of ARP entries OSPF Type 3 LSA OSPF Type 5 LSA Max policy-map on one port Max policy-map in system Max pseudo-wires Order No. on request Please contact us to find a solution meeting your demands. 4 MPC480

5 Product overview High-performance IP router Provider Edge router in IP/MPLS networks for layer2 and layer3 VPN services Service Router/BNG Small form factor Flexible licensing structure Designed for Ethernet-based infrastructure Enhanced troubleshooting capabilities Lower CAPEX Built for cost efficient Ethernet technology Flexible network processor with software defined features for service delivery Cost efficient hardware allows generic deployment and makes the network more scalable Flexible licensing options enable a pay-as-you-grow model World class features Operating system: ibos Use of industry standard CLI allows engineers to quickly adapt to working with the platform RPM quality measurement tool for multicast TV and remote mirroring capabilities (support legal intercept or advanced troubleshooting) Monitor the quality of multicast TV in the network and provide realtime information about the customer experience ScriBOS script language (based on Python) Platform can be adapted to many operational environments and interacts with OSS systems in ways no other router on the market can NetConf: world-class features to integrate, automate, operate and support network troubleshooting OK HERE NOT OK HERE Core Diagram using RPM tool to monitor the quality of multicast TV below MPC480 5

6 Versatile deployment Provide business and residential services Serve as a native IP or IP/MPLS router Perform Ethernet switching Provider Edge (PE) role: Enable layer 3 VPNs as well as layer 2 point-topoint (E-Line) connections across a MPLS backbone Enter the business service domain to meet requirements from multi-branch customers, or to backhaul residential and mobile traffic across the network Service Router/BNG: perform rate-limiting and control services for thousands of customers connected by a vast variety of technologies, such as point-topoint Ethernet, GPON, xdsl, Cable-TV networks, wireless solutions and more Supporting Customer-VLAN topologies and multiple services per customer LDP and BGP signaling MPC Pseudowire MPC MPC MPLS Network RADIUS VRF 100 Attachment Circuit (AC) VRF 100 Metro/Access CE CE CE CE MPC as Provider Edge MPC as Service Router/BNG Your benefits Flexible pay-as-you-grow and service-centric licensing model. Low entry cost to build the network combined with gradual licensing as revenue generating customers are added provides the best cash-flow and OPEX efficiency. Versatile layer 2/layer 3 VPN and Routing BNG with Effective Subscriber Management Up to 100 Gbit/s throughput Edge Router platform for IP/MPLS networks Slim-form factor 4 RU chassis with front-to-back cooling Redundant hot-swappable power and line-cards 6 TEST

7 MS4000 Layer 2 and above access switches for Enterprises and FTTH The MS4000 switch is purpose built for FTTH/FTTB access to enable easy operation and deployment of services. Built on a unique network processor (NPU) and switching silicone solution, the MS4000 delivers a user experience that meets today's challenge from the most demanding FTTH networks. Features like ingress and egress traffic shaping, quality measurement and control for SLA fulfillment verification, remote mirroring for easier troubleshooting and multi-rate support to facilitate network upgrades make the MS4000 the ultimate access switch for Layer 2 networking. Parameter MS4226-AC MS4226-DC MS4326-AC MS4326-DC Network technology 10 GE (SFP+) Ports 20 port 100/1000BASE-X (SFP) + 4 GE combo ports, 20 port 100/1000BASE-T (RJ-45) + 4 GE combo ports, 1 RJ-45 management port 1 RJ-45 management port Power supply AC power DC power AC power DC power Standard ibos Standard Uplink ports baseX (SFP+) with diagnostics (DDM) baseX (SFP+) with diagnostics (DDM) GE ports /1000baseX (SFP) with diagnostics (DDM) 24 10/100/1000baseT with MDI/MDIX and polarity autosense Combo ports 4 10/100/1000baseT with MDI/MDIX and polarity 4 100/1000baseX (SFP) with diagnostics DDM autosense Dimensions (H x W x D) [cm] 4,3 x 44,1 x 24,0 Weight [kg] 4 Operating temperature [ C] 0 45 Operating humidity, non-condensing [%] Storage temperature [ C] Power consumption [W] 50 MAC table MAC addresses VLAN table VLANs Multicast S,G entries L2 multicast, IP multicast groups IP spoofing protection, Up to 10 Gbps bandwidth IP fragment inspection in NPU, Security Restricted multicast access with IGMP join-filter, UNI isolated ports, MAC Forced Forwarding, DHCPv4 snooping for anti-spoofing Mirroring Interface mirroring to local interface, Interface mirroring over GRE to remote Wireshark or other packet capture tool (requires ibos Advanced) Command Line Interface Industry standard CLI with debugging, configuration and management, Telnet, SSH Serial interface RS232 console serial port to access CLI SNMP SNMPv1, v2c and v3 Management PFDP PacketFront Device protocol exchange system information with other ibos devices and selected PFNP customer premise equipment System boot BOOTP client for address assignment Time NTP time synchronisation Remote logging Syslog Order No. on request Please contact us to find a solution meeting your demands. MS4000 7

8 Product overview Layer 2 access switch designed for network edge service control, network aggregation and traffic classification/prioritization Provides maximum throughput and responsiveness for services even when used by many users at the same time Features to deliver voice, video and data services and to support the network team in daily troubleshooting and network operations The MS4000 can be used in a variety of network topologies such as Customer VLAN topology in combination with a Service Router/BNG with efficient multicast distribution and optional RADIUS based control of ingress traffic Service VLAN topology where the MS4000 performs service enforcement and a secure MACFF based network TR-101 topologies with VLAN translation PPPoE topologies with intermediate agent features for customer identification Mix these features to support transitions from PPPoE to Service VLAN or Customer VLAN topologies Security features such as IP strict clients Adapt the switches' behavior through the ScriBOS script language Industry standard CLI and SNMP support Available in two models: Either with 24 RJ-45 copper (MS4326) or 24 SFP (MS4226) Gigabit Ethernet ports. Advanced traffic classification/forwarding Extensive traffic classification support Further classification and forwarding using advanced algorithms such as Weighted Fair Queuing (WFQ) scheduling and shaping Traffic in both ingress and egress direction can be handled through the NPU Fair distribution of traffic between applications and flows (a single user cannot monopolize the bandwidth of a service) Multi-rate support SFP ports support both 100 Mbit/s and 1 Gbit/s speeds In an existing Fast Ethernet network the Customer gateway (CPE) can continue to operate at 100 Mbit/s when the access switches are upgraded to the MS4000, avoiding fork-lift upgrades of the CPEs The 10 Gbit/s ports also support 1 Gbit/s operation, being fully compatible with both SFP and SFP+ optical modules Customer and service VLAN topologies The MS4000 can be used in a wide variety of network topologies and supports: Ethernet wholesale with C-VLAN and S-VLAN, supporting double-tagging for business services or open-access networks Customer VLAN topologies with a central Service Router/BNG Service VLAN topologies using DHCP snooping for end-user and network security IP strict clients for anti-spoofing MAC Forced Forwarding prevents layer 2 interaction between clients in the VLAN including ARP inspection for increased security MS4000 can use RADIUS to automatically obtain configuration instructions for ingress shaping of traffic, thereby contributing to network protection and improved user experience Multicast VLAN support and ability to create channel packages Simultaneous forwarding of up to multicast groups Full VLAN range, up to vlans, including double-tagging, and MAC addresses 8 TEST

9 Automated deployment Deploy the switch into the network, directly out of the box No need for pre-configuration before installation The switch will BOOTP for its management IP which allows a central auto-configuration server to connect to the switch and configure it Connectors in the front Connectors for network, administration and power are located in the front of the unit Small form factor, only 26 cm deep, simplifies installation and makes the MS4000 fit into narrow spaces in multi-dwelling unit environments as well as dense deployment in central office or wiring-closet sites Quality inspection of TV Inspect multicast MPEG streams using Realtime Protocol Monitoring (RPM) RPM supports MPEG over RTP as well as UDP and collects and analyzes metrics at RTP level, Transport Stream level and Packetized Elementary Stream level The errors detected include: Sequence-error per RTP multicast group Jitter per RTP multicast group Missing-sync-byte per TS multicast group Misaligned per TS multicast group Monitoring of both SD-TV and HD-TV streams, up to 50 TV channels at the same time Ensure continuous monitoring of key channels Environmental touch Support for dual stack services Support classification on IPv6 including policies for traffic management and QoS The MS4000 contains less bromide, phoshorous and chlorine compounds than comparable products which reduces the health risks associated with electronics. In addition, the MS4000 supports Waystreams super low power SFPs that can reduce carbon emission and the electricity bill by 20 25% on average for FTTx equipment. Your benefits FTTH Customer and Service VLAN topology ready with advanced QoS 10 Gbit/s uplink ports 100 Mbit/s and 1 Gbit/s for copper and fiber downlink ports Efficient distribution of TV including quality measurement TEST 9

10 Lightstar 2300 High-performance and cost efficient 10 Gigbit Ethernet switches The LS2300 can be used in FTTH broadband networks as an aggregation switch or in datacenter and enterprise environments, where high-speed switching of servers and infrastructure is required. The switches' architecture supports line-speed operation on all ports and has an extensive feature set that includes advanced QoS, redundancy protocols and even Layer 3 routing. Furthermore, the LS2300 has a compact form-factor only 36 cm deep with pluggable power modules and replaceable fans for front-to-back airflow. In addition, an envolving MPLS feature set enables the LS2300 to function as an edge router in new and exciting services that offer simplified management. The switch is ideal for aggregation of Layer 2 networks, both in campus and enterprise environments, as well as residential broadband access networks. The high density of 10 Gbit/s SFP+ ports allows connection of both local and remote access nodes, or clusters of access switches, that support typical architectures such as double-tagging, multicast distribution, and fast convergence using ERPS or spanning-tree protocols. With its support for standard link-aggregation/ether-channel features, the LS2300 also fits into multi-chassis LAG deployments. Parameter MPC480 VLANs Capability L3 Multicast Power consumption [W] < 130 Power supply Redundant 1+1 PSU (AC or DC option) Dimensions (W x H x D) [cm] 44 x 4,4 x 36 Support 10G/2,5G/1G interface speed DHCP relay with option-82 DHCPv6 relay with option 18/37 DCHP DHCP server DHCP option-60 parsing Port isolation, DHCP/DHCPv6 snooping, IP/IPv6 source-guard, Security ARP spoofing protection, CPU rate-limiting, Anti-fragment DoS, Anti-DHCP DoS, Storm control, Port security Port-based VLAN, MAC-based VLAN, Protocol-based VLAN, VLAN IP-subnet-based VLAN, SuperVLAN/SubVLAN, GVRP, VLAN translation N:1, 1:1 Telnet/SSH CLI, Web interface (reduced), Local user authentication, RADIUS for user authentication, TACACS+ for user authentication, Access list for access control, Virtual cable test, SFP diagnostics (DDM), Management SNMP version 1-3, SNTP client, PPPoE intermediate-agent option, File transfer FTP/TFTP, Utilization alarm, Syslog logging, sflow, IEEE802.1ag Connectivity Fault Management (CFM), IEEE802.3ah Ethernet First Mile (EFM), LLDP, UDLD, Stacking Port mirroring Mirroring Access-list based mirroring RSPAN on request Order No. Please contact us to find a solution meeting your demands. 10 LS2300

11 Site aggregation in FTTx and broadband deployment Cost efficient aggregation layer to many different types of access nodes High density 10 Gbit/s port Redundancy protocols enable a connection to the network core in ringtopologies as well as star-topologies High performance switching allows the LS2300 to serve as the core switch in networks with many thousands of subscriber connections Flexible power options Redundant hot-swappable power supplies Either 220 VAC or -48 VDC power feeds Deployable in any facility, working with UPS solutions for Telco systems using AC and DC Layer 2 aggregation Typically deployed in a ring architecture to provide redundant paths for connected access nodes Access-nodes can also be connected in redundant topologies Reduces costs and complexity when access nodes and switch are located in the same physical location Connect the access nodes to the LS2300 with cost efficient 10 Gbit/s copper or short range fiber links within the installation rack Supports the full VLAN-range Using double-tagging, the connected access nodes support thousands of access ports MPC MPC Core network LS x 10 Gbit/s LAG 10 Gbit/s MS4000 Layer 2 aggregation: Dual ring with link-aggregation, redundancy-protocols and point-to-point connections from the LS2300 to the access nodes in a standard star topology provide a high reliability. LS

12 Extensive feature set Extensive Layer 2 and Layer 3 feature set supports a variety of needs across operator- and enterprise networks Comprehensive list of Layer 2/Layer 3 redundancy protocols Fast convergence on Layer 2 networks using ERPS or standard spanning-tree with support for OSPF and BGP Security features such as DHCP snooping, ARP inspection, and IP source guard Broad selection of multicast related functions Operate an onboard DHCP server or work together with a network DHCP server for IPv4 and IPv6, thereby adding vital DHCP options for maximum user traceability Layer 3 Distribution Ring topologies using routing protocols such as OSFP provide fast convergence and enable redundant paths with load sharing to be deployed Standard routing protocols with up to IPv4 routes in internal tables More than enough to support thousands of subscribers IPv6 support: Access nodes can connect dual stack clients Core network MPC MPC 10 Gbit/s LS2300 L3 access switches Layer 3 distribution: Daisy chains of multiple access nodes make efficient use of the Layer 3 routing solution and simplify troubleshooting, network aggregation and network Your benefits Lower CAPEX Up to 50 % cost savings compared to other brands Small form-factor, high performance 480 Gbps switching/360 Mbps throughput 1 RU, 36 cm depth, 24 x 10 Gbit/s SFP+ 1+1 AC/DC power, front-to-back cooling Extensive feature-set Layer 2 and Layer 3 redundancy options Security to protect the network Comprehensive multicast features 12 TEST

13 ASR6000 Layer 3 Gigabit Ethernet access switch The ASR 6000 is a Layer 3 Gigabit Ethernet Access switch with IPv4/IPv6 routing features designed for data, voice and video service control in broadband networks. Using an onboard Network Processor, the ASR6000 delivers enhanced service functionality such as per client bandwidth ingress and egress shaping, weighted fair queuing scheduling with queues per client, quality measurement of MPEG TV and RADIUS controlled service templates. The ASR6000 is used by service providers, network operators and city networks for FTTH broadband service delivery in the access, as a Gigabit Ethernet aggregation switch and mini-bng. Parameter ASR6226-AC ASR6326-AC Network technology 2 1/10 GE (SFP+) Ports 24 port 100/1000 BASE-X (SFP) 24 port 10/100/1000 BASE-X with four combo RJ-45 with four combo 1000 BASE-X SFP Power supply AC power Standard ibos included 10 GE ports Multi-rate 1 Gbps SFP or 10 Gbps SFP+ GE ports 24 SFP multi-rate 100/1000 Mbps Gigabit Ethernet ports 24 10/100/1000 Mbps Gigabit Ethernet ports Combo ports 4 RJ-45 10/100/1000 Gigabit Ethernet ports BASE-X SFP Gigabit Ethernet multi-rate ports Dimensions (H x W x D) [cm] 4,3 x 44,1 x 24,0 Weight [kg] 4 Interface LED indicator for link and speed Indicators Power LED indicator System LED indicator Managed LED indicator Acoustic Max 50 dba noise level Cooling Redundant fan, sufficient cooling capacity when two of the three fans are working Operating temperature [ C] 0 45 Operating humidity, non-condensing [%] Power Single power input V, Hz Power consumption [W] 50 MAC table entries VLAN table entries Multicast S,G entries entries Shaping shapers with packet drop or recolor (64 kpbs Mbit/s) Management Industry standard CLI with debugging, configuration and management, RS232 serial console to access the CLI, Telnet, SNMP, PFDP PacketFront Device Protocol, SNMP v1, v2c and v3, Syslog, NTP, LLDP System boot BOOTP client for address assignment Flow export Netflow version 9 DHCP DHCP relay agent DHCPv6 relay agent IP spoofing protection, Wirespeed IP fragment inspection, Security Per layer 3-interface packet shaper for packets destined to the control plane, Restricted multicast access with IGMP join-filter, UNI isolated ports, MAC Forced Forwarding, DHCPv4 snooping for anti-spoofing, Lawful Interception X1 and X3 interface Mirroring Interface mirroring to local interface Interface mirroring over GRE to remote Wireshark or other packet capture tool RADIUS Radius based service control (BNG) PPPoE Server PPPoE server operation for 576 users with PAP/CHAP authentication Order No. on request Please contact us to find a solution meeting your demands. ASR

14 Product overview Layer 3 access switch for FTTx access service control, network aggregation and high-performance IPv4 and IPv6 routing Versatile tool for routing and switching needs Filled with features to deliver voice, video and data services ASR6000 hybrid architecture Hybrid switch-asic and NPU architecture Deliver unique per-client services as well as quality and troubleshooting functions such as Realtime Protocol Monitoring of TV multicast traffic Can be controlled by the RADIUS protocol CLI contains many functions and detailed information about the traffic Available in two models; either with 24 RJ-45 copper (ASR6326) or 24 SFP (ASR6226) Gigabit Ethernet ports SFP ports support both 100 Mbps and 1 Gbps speeds, upgrading access to a fibre network is easy Customer gateways at the edge can continue to operate at 100 Mbps When customer equipment is upgraded, a simple configuration change in the ASR instantly upgrades the downlink to 1 Gbps SFP+ ports also provide multi-rate speeds, both 1 Gbps and 10 Gbps RADIUS control Customized and automated service control can be implemented Existing RADIUS based mechanisms, used for xdsl, can be reused PPPoE or DHCP messages from the client triggers the RADIUS authentication process RADIUS server response controls service parameters such as rate-limiting, access-lists or other functions to apply to the traffic related to the specific client Change of Authorization is supported to allow portal login or dynamic adjustment of service parameters in active sessions. Flexible, script-based, integration allows customization to fit the specific RADIUS-server or needs of the network Per-client bandwidth control with advanced scheduling Extensive classification rules to perform traffic management of individual clients For local clients, the NPU can provide further granularity and functionality Large memory pool for packet buffers and other purposes (for proper queuing and traffic shaping with no packet loss) Better link- and network utilization of bandwidth for a smooth end-user experience Flow-based forwarding with thousands of virtual queues for proper weighted fair queuing and scheduling of traffic for connected clients Create advanced, highly granular traffic management and QoS rules 2 x 10 GE Ports L3 Switch- ASIC 24 x Gigabit Ethernet Ports NPU VPN Services Several features to allow Layer 2 VPN networks to overlay the layer 3 network, or to work in parallell This allows the single infrastructure to service both residential and business customer needs 14 TEST

15 Quality improvements and inspection of TV Improve the overall quality if the TV playout generates a bursty media stream in networks using multicast Shape bursty multicast traffic, which will prevent packet drops due to buffer exhaustion Inspect multicast MPEG transport streams (MPEG over RTP and UDP) Collect and analyze metrics at RTP level, Transport Stream level and Packetized Elementary Stream level The errors detected include: Sequence-errors Jitter Missing-sync-byte Misaligned Errors can be logged, read using SNMP or shown by the ASR CLI Monitoring of both SD-TV and HD-TV streams, up to 50 TV channels at the same time Efficient use of IPv4 address space Layer 3: each port or virtual-port can connect to a different end-user Set of features that allows an IPv4 subnet to be shared among end-user clients connected on different Layer 3 ports even across multiple ASRs Clients share a larger subnet, any traffic between clients within the subnet is routed through, and between, the ASRs Result: Secure Layer 3 separation between end-users, a routed topology for easy network management, and maximum use of available IPv4 address space Support for dual stack services IPv6 unicast forwarding Policies for traffic management and QoS also support IPv6 IP client can use either IPv4 and IPv6, or both. Environmental touch The ASR6000 contains less bromide, phosforus and chlorine compounds than comparable products which reduces the health risks associated with electronics. In addition, the ASR6000 supports Waystreams super low power SFPs that can reduce carbon emission and the electricity bill by % on average for FTTx equipment. Your benefits Network processor enabled access switch and mini-bng for IPoE/PPPoE Easy network operation extensive troubleshooting functions Superior rate-limiting and QoS features All connectors via the front panel Simplified Gigabit transition with multi-rate SFP support and combo-ports TEST 15

16 braun telecom GmbH Merkurstr. 3 c Hanover Germany 16 TEST Phone Fax info@brauntelecom.de