Preview only show first 10 pages with watermark. For full document please download

Optiswitch 9000 Metro Ethernet Series

Rating
Date

November 2018
Size

963.1KB
Views

431
Categories

Computers & electronics Networking Network switches Network switch modules

Transcript

Datasheet OptiSwitch 9000 Metro Ethernet Series Hardware OptiSwitch 9024-M Small form factor – ideal for small and medium Point-ofPresence (PoP) installations Efficient rack space-saving form factor with front facing ports and power supplies System models : - 24 GE: 20 GE SFPs + 4 GE Combo (SFP/RJ45) ports - 24 GE: 24 GE Tri mode (100/1000 FX SFP or RJ45) ports - 12GE: 12 GE Tri mode (100/1000 FX SFP or RJ45) ports - 24 FE + 4 GE: 24 Fast Ethernet 100FX SFP + 4GE combo (SFP or RJ45) ports - 12 GE +1 10GE: 12 GE combo (SFP or RJ45) + 1 10GE (XFP) ports OptiSwitch 9024-4GC OptiSwitch 9024-4C Hot-swappable SFP optics support SX, LX, ELX, ZX, EZX & xWDM OptiSwitch 9012C-10Gx 10G LAN/WAN PHY - OS9012c-10Gx model Overview The OptiSwitch® 9000 series is an intelligent, versatile, and powerful carrierclass/metro Ethernet platform with a comprehensive traffic management suite. Distributive software and hardware architecture along with the incorporation of cutting-edge technology enable it to meet current and future needs. Robust and highly flexible, it can readily be applied to provide Ethernet IP multimedia services, intelligent Layer 2 switching, and advanced QoS to enable metro-optimized Service Level Agreements. Product highlights: - Metro Ethernet E-Line, E-LAN & EPL services - Up to 64,000 traffic management profiles - QoS compliance to latest IETF/MEF standards/specifications - IP/MPLS Services - High availability protocols at Layers 2 and 3 - Modular Master-OS™ software for current and future services The OptiSwitch® 9000 series is designed as a high-end optical aggregation switching platform for telecommunications applications and is suited for next generation interconverged IP and Ethernet networks. The product line is targeted for providers’ Central Offices, street cabinets, and MultiTenant Units (MTUs) and is the ideal solution for deployments especially where utilization of minimal rack space is critical. �� Intelligent Wavelenght Muxing ITU-T grid (G.694.2) Ethernet in the First Mile aggregation �� IP DSLAM Optical Aggregation and Inter-PoP Multi- Gigabit WDM AC/DC redundant (1+1) hot-swappable load sharing power supplies n+1 redundant fans Environmental monitoring with built-in temperature sensing Features Intelligent Layer 2 switching - Provider bridges concept - Customer VLAN & Service VLAN (VLAN & CoS preservation) - Per VLAN non-learning - transparent mode - Support for jumbo frames up to 9K bytes - Multicast, Broadcast service control, delivery, and filtering - Layer 2 control protocols (discard and tunnel) processing - Ethernet OAM (Operation, Administration, & Management) - Fault tolerance and Loop protection - Multiple Instance Spanning Tree (802.1s) - Link Aggregation (802.3ad) MPLS L2 VPN - LER & LSR IP Service Delivery - Complete routing set of IGP and EGP protocols* IP Multicast Services - IGMP v1/v2/v3 - Multicast router functionality PIM* Classification and Marking on VLAN priority/IP ToS/MPLS EXP Class-aware bandwidth profiles - Per Inbound Interface service - Per VLAN/subscriber service - Per Class (CoS ID) service - Layer 3 and/or Layer 4 packet headers Security ACLs (Access control and Layer 2 filtering) Enhanced secure management (SSHv2 & SNMPv3) Statistics per subscriber - Statistics used by subscriber/VLAN service or per application class - Counters per physical port per CoS - Counters per queue Security logs/traps Service Assurance - Round Trip Reporter Optical performance monitoring (Digital Diagnostics) via SFPs Virtual Cable Diagnostics (VCD - Copper TDR) on RJ45 Ports Applications �� MS-9000 multi-service slot for optional Optical Add-Drop and wavelength Multiplexing - Wavelength services (physical separation) �� 1st and 2nd mile optical switched or transparent services - Ethernet in the First Mile 802.3ah aggregation - Intelligent Service Multiplexing & bandwidth provisioning Inter-PoP WDM connectivity services IP DSLAM Gigabit Ethernet Optical Aggregation Point-to-point and multi-point Layer 2 services for business subscribers - E-Line services - E-LAN services - Private Line Services * Represents future software package Multimedia Aggregation Services Not sure what solution best fits your needs? Visit www.mrv.com or e-mail us at [email protected] System Architecture OptiSwitch® 9000 series is a high-performance system with non-blocking hardware and software architecture engineered for deployment in new demanding Ethernet network environments to support the provider’s value-added services offering. The platform offers a unique combination of features and optical interfaces that enable easy and flexible field configurations while making it ideal for maintenance and inventory. Back-to-back installation in Telco racks The OptiSwitch 9000 series’ 10-inch depth design enables the installation of two systems, back-to-back in standard 19-inch Telco racks. This feature enables doubling the ‘port-per-rack’ density. ® Front facing system configuration This feature eliminates the need to dismount the system for maintenance or installation of new hardware following initial installation. Fiber guard/protection tray The front fiber tray is indented in relation to the front panel to allow additional space for connectors and cabling to be conveniently connected to the rack. This indentation is ideal for installations of highdensity fiber optic cables, where connector space is critical for connector integrity. Optical SFP interfaces SFP interfaces provide unmatched deployment flexibility to enable versatile multimode, singlemode, and single fiber connections, or even shared physical fiber CWDM or DWDM connections – simply by means of the use of a specific SFP. In addition, the OptiSwitch® 9000 series offers the optional MultiService optical WDM module (O9-ADCxx) for Add/Drop and aggregation from its optical interfaces to a single outgoing fiber. Such a function offers better fiber utilization and physical services separation with dedicated Gigabit rate for premium services for businesses that are geographically dispersed. OptiSwitch® 9000 Quality of Service Carriers can offer different types of traffic/services carried into IP/Ethernet networks with better control in order to reduce the load from their core networks, using the following features: • Layer 2-4 packet classification using QoS access control entries • CoS mapping between layers (802.1p, IP ToS or EXP MPLS) • Traffic management using ingress policing and egress traffic shaping • Bandwidth enforcement per flow: single and dual rate tree-color marking • Congestion management – Scheduling of flows to interfaces • Congestion avoidance – WRED for predictive early packet discarding The OptiSwitch® 9000 series enables a value-added network infrastructure, with end-to-end QoS. The OptiSwitch® 9000 advanced ASIC design supports full CoS and QoS including classification, rate limiting, shaping, weighted round-robin scheduling, and strict priority for lower delay, low jitter and guaranteed throughput in real-time applications, including voice over IP, video-on-demand, and IP TV services. The network burst-control enforced by RED (Random Early Detection) and WRED (class based RED) congestion-avoidance mechanisms are able to monitor network traffic load, and discard packets at a stage sensed as a congestion threshold. The result of the drop is that the client side will detect the dropped traffic and will slow down transmission. For network convergence applications that have a clear boundary between customer’s and carrier’s network,s Layer 3 (IP ToS) and Layer 2 CoS (802.1p) can be mapped/marked to preserve priorities or map them into predefined profiles set by the carrier. Security The OptiSwitch® 9000 series offers advanced security capabilities that can provide protection against malicious attacks while enabling Authentication, Authorization and Accounting (AAA). The internal security engine can administer vast Access Lists and advanced features such as port security, and set of Layer 2-4 network traffic security policies. Layer 2 security • • • • • Management VLAN Isolation of Customer VLAN from Provider VLAN Layer 2 management protocols filtering and tunneling MAC flood protection security Port-based authorization/control - IEEE802.1x Layer 2-4 profiles • Access Lists – inspect each incoming packet and permit/ deny according to predefined rules • Rate limit for protection against Denial-of-Service (DoS) • IP spoofing protection in ASIC – Filtering of incoming packets spoofed from an indirect network connection by an IP source • CPU DoS protection and Internal firewall Access Control List (ACL) mechanisms The OptiSwitch® 9000 ASIC-based technology enables a secure environment, preventing Denial of Service (DoS) attacks by using a range of layer-independent ACL together with QoS protective techniques such as rate limit for per-service based streams, source MAC address learning limit, and comprehensive IP ACL rules. Each Access list has an action rule that determines whether a packet will be forwarded or dropped in case of an unsuccessful hit. If a packet satisfies an ACL rule at any layer, various handling actions can be defined. Statistics The OptiSwitch® 9000 series enables the collection of extensive statistics and diagnostics to enable flexible billing, traffic planning and rapid troubleshooting. Thanks to this spectrum of statistics, service providers can better tune their network operation, in general, and bandwidth, in particular, and charge customers accordingly. The spectrum includes: • Statistics profiles (packets and bytes counters). • Ingress and egress byte statistics used by subscriber/ service (VLAN) or per class • Counters per physical port per CoS • Counters per queues Management The OptiSwitch® 9000 system can be managed out-of-band from a craft terminal with a Serial/RS-232 connection and inband from a TELNET/SSH or SNMP station. Using MRV’s powerful SNMP management application, MegaVision®, all the devices on a network can be centrally managed from a single host (e.g., PC) via a LAN or the World Wide Web. Central management by MegaVision™ allows the network managers to access their management elements via any browser console through an authentication control interface and to have complete control of an entire map of devices for configuration, performance analysis, and inventory control. Physical Layer OAM Virtual Cable Diagnostics (VCD™) Network monitoring is an essential tool to debug network occurrences. OS9000 offers remote layer 1 testing incorporated by Virtual Cable Diagnostics (VCD™), a special tool using the time domain reflectometry (TDR) to diagnose cable and link problems on OS9000 copper ports. The copper port operates as an extension to localized servers or any service over CAT5/CAT6 in a radius of up to 100 meters. Because the L1/L2 aspects of Ethernet are closely coupled together, it is often not possible with today’s Ethernet equipment to isolate at which layer a problem has occurred. This results in truck rolls to swap out equipment, cables, or interfaces, in an attempt to fix the problem before actually knowing what/where it is. This dramatically increases operation costs and decreases the value proposition of Ethernet to service providers. The objective of VCD™ is to better manage and troubleshoot Ethernet circuits between the carrier CPE and the customer premises, so called the last 100 m 100TX copper line. VCD™ offers a simple command through which we can remotely analyze the copper lines and get a clear status of the following possible problems: 1. Report of cable shorts 2. Cut on a cable and its location 3. Impedance problems (connectors or bad quality cable) The information achieved pinpoints exactly what cable undergoes a problem (i.e. what port it originates from) and at what exact distance from the device the short, or the cut is located. Optical Performance Monitoring (Digital Diagnostics) The OptiSwitch® 9000 series supports the SFP Digital Diagnostics standard (as per SFF-8472) A powerful OPM tool, it provides access to a number of real-time SFP operating parameters such as optical TX/RX power, voltage and temperature, as well as component information such as vendor code, serial number and wavelength. The information provided by Digital Diagnostics, together with alarm and warning thresholds, enables a network administrator to identify potential problems in optical transmission and take preemptive action before any service outage actually occurs. Enhanced management features • • • • Industry Standard Command Line Interface Out-of-band management – EIA-232 console Out-of-band Management – Dedicated Ethernet RJ45 port TELNET, SSH v2, SNMPv1,v2c,v3, RMON (per-port Ethernet statistics, History, Alarms, and Events) • Ping, Trace route, DNS lookup, TCP dump (built-in sniffer) • Port mirroring/monitoring of ingress and egress traffic • • • • • • • • Management ACL for trusted connections Hierarchical administration policy RADIUS AAA for management sessions Statistics for accounting information Configuration load/save via FTP Remote firmware download via FTP NTP – Network Time Protocol Logging –Syslog • Events Scheduler (scheduling of execution of administrator- selected commands at times/dates pre- defined by the administrator) • Advanced Ethernet OA&M (discovery, continuity, and connectivity testing) - Link OAM IEEE802.3ah - Virtual Cable Diagnostics (VCD™ copper TDR) on RJ45 ports - Optical performance monitoring - Digital Diagnostics (SFPs MSA SFF - 8472) - VPN connectivity test - Layer 2 PING & Traceroute* �� Optical performance monitoring �� OptiSwitch 9000 - Technical Specifications Standard Compliance UL-1950; FCC part 15 Class A;CE-89/336/EEC,73/23/EEC Designed to meet NEBS/ETSI** Environment Operating Temp. : 0˚ to 50˚C / 32˚ to 122˚F Storage temp: -25 to 70˚C / -13 to 158˚F Cooling: Side-to-side airflow Humidity 95% maximum , non-condensing Diagnostic LEDs Power, Power RST, Temperature, FAN, Management, PS1 & PS2 Online / Active / Alarm Ports: Link, activity Mounting Standard 19-inch Telco Rack Mount EIA-310-D Performance Non-blocking full-wire forwarding on all ports IEEE 802.3ae 10 Gigabit Ethernet RFC 1812 IP Router RFC 2918 BGP route refresh RFC 854 Telnet Networking Standards IEEE 802.3z Gigabit Ethernet RFC 2338 VRRP RFC 3031 MPLS Framework RFC 783 TFTP Compatibility IEEE 802.3u Fast Ethernet RFC 1519 CIDR RFC 3032 MPLS label encoding RFC 959 FTP IEEE 802.3 Ethernet RFC 1058,2453, 2082 RIP v1,2 MD5 RFC 3036 MPLS LDP RFC 2865 RADIUS Authentication IEEE 802.3ah Ethernet OAM RFC 2328 OSPF interoperable with RFC 1583 RFC 3212 CR-LDP RFC 2866 RADIUS Accounting IEEE 802.1q VLAN Tagging RFC 1587 OSPF-NSSA RFC 3037 LDP Applicability RFC 1591 DNS client IEEE 802.1p Priority Queuing RFC 1765 OSPF-DB Overflow RFC 3209 RSVP-TE RFC 1157 SNMP v1,2 IEEE 802.3x Flow Control RFC 2370 OSPF-Opaque LSA RFC 2702 Require ments for traffic RFC 2571,2572, 2573,2574,2575 SNMP v3 RFC 2236 IGMP v2 RFC 1771, 1772, 2439 BGP route flap engineering over MPLS RFC 2863 IF.MIB RFC 2475 An Architecture for DiffServ RFC 3065 BGP-AS confederations RFC 3210 Applicability statement for RFC 1213 MIB II RFC 2597 Assured Fw PHB Group RFC 2796,1966 BGP route reflection extensions to RSVP for LSP tunnels RFC 1284 Etherlike MIB RFC 768 UDP RFC 2842 BGP capabilities advertisement Draft MARTINI -L2 circuit - trans - MPLS - 08 RFC 1757 RMON 4 groups RFC 791 IP RFC 1997 BGP communities attribute Draft MARTINI -L2 circuit - encap - MPLS - 04 RFC 1724 RIP MIB RFC 792 ICMP RFC 2858 Multiprotocol BGP RFC 1850 OSPF MIB RFC 2131 DHCP server/relay RFC 1657 BGP MIB RFC 793 TCP RFC 2787 VRRP RFC 826 ARP Physical Dimensions OS9012C- GX: Height: 2 U Size (W x D x H): 444x300x88.1 mm 17.5x11.81x2.7 Inch Weight: 7 Kg/15.4 lbs OS9024-4C: Height: 2 U Size (W x D x H): 444x300x88.1 mm 17.5x11.81x2.7 Inch Weight: 7 Kg/15.4 lbs OS9024-M: Height: 3 U Size (W x D x H): 444x250x132 mm 17.5x9.84x5.19 Inch Weight: 7 Kg/15.4 lbs OS9024FX-4GC: Height: 2 U Size (W x D x H): 444x300x88.1 mm 17.5x11.81x2.7 Inch Weight: 7 Kg/15.4 lbs Power (AC/DC) Auto range: 90-240 VAC AC Line Frequency 50-60 Hz DC Input Voltage Options -48VDC (-36VDC to 72VDC) BTU (min/max) per hour OS9012C- 10GX: 250 / 375 OS9024-4C: 240 / 410 OS9024-M: 308 / 532 OS9024FX-4GC: 240 / 437 MTBF OS9012C- 10GX: 193,658 HRS @ 25˚C /77˚F OS9024-4C: 175,915 HRS @ 25˚C /77˚F OS9024-M: 137,620 HRS @ 25˚C /77˚F OS9024FX-4GC: 206,316 HRS @ 25˚C /77˚F Chassis Power OS9012C- 10GX: 73W min, 110W max OS9024-4C: 70W min, 120W max OS9024-M: 90W min, 156W max OS9024FX-4GC: 70W min, 128W max Consumption Power AC OS9012C- 10GX:90-240 VAC (0.8A min,1.2A max) OS9024-4C:90-240 VAC (0.7A min,1.3A max) OS9024-M:90-240 VAC (1A min,1.7A max) OS9024FX-4GC: 90-240 VAC (0.7A min,1.4A max) Power DC OS9012C- 10GX: -36/-72 VDC (2A min,3A max) OS9024-4C: -36/-72 VDC (2A min, 3.3A max) OS9024-M: -36/-72 VDC (2.5A min, 4.3A max) OS9024FX-4GC: 90-240 VDC (2A min,3.5A max) OADM, Mux/Demux Type Max. In-Out loss Dual Max. In-Out loss Single Max. In-Drop/Add - Out loss maximum attenuation 1 channel OADM 0.9 1.3 1.3 (db) 2 channel OADM 1.3 2.1 1.3 / 1.7 3 channel OADM 1.7 2.9 1.3 / 1.7 / 2.1 4 channel OADM 2.1 3.7 1.3 / 1.7 / 2.1 / 2.5 8 channel Mux/DMux 3.3 For technical specifications of SFP Pluggable optics, please refer to MRV’s web site Order Information Product OS9000 Metro series OS9024-4C Description OptiSwitch® 9000 Series multi-layer 24GigE platform with 20 unpopulated 1000BaseX SFPs and 4GigE Combo - Dual mode (SFP or RJ45 10/100/1000T) ports (Power supplies should be ordered separately) OS9024-M OptiSwitch® 9000 Series multi-layer platform with 24GigE multipurpose Tri mode ports - 100FX SFP/ 1000FX SFP or built-in RJ45 10/100/1000T. (Power supplies should be ordered separately) OS9024FX-4GC OptiSwitch® 9000 Series multi-layer platform with 24 unpopulated 100BaseX SFPs and 4GigE Dual-mode (SFP or RJ45 10/100/1000T) ports (Power supplies should be ordered separately) OS9012-M** OptiSwitch® 9000 Series multi-layer platform with 12GigE multipurpose Tri mode ports -100FX SFP/ 1000FX SFP or built-in RJ45 10/100/1000T. (Power supplies should be ordered separately) OS9012C-10Gx OptiSwitch® 9000 Series multi-layer platform with 12 Dual mode (SFP or RJ45 10/100/1000T) ports and 10G XFP Uplink (Power supplies should be ordered separately) Pluggable Power Supplies EM9005-PS/AC AC power supply for the OptiSwitch® 9000 Series (90-240V AC) EM9005-PS/DC DC power supply for the OptiSwitch® 9000 Series (-48V DC) CWDM service modules O9ADCxxyyzzww 4 CWDM wavelengths DF OADM module for OS9000 O9ADCxxyyzz 3 CWDM wavelengths DF OADM module for OS9000 O9ADCxxyy 2 CWDM wavelengths DF OADM module for OS9000 O9ADCxx 1 CWDM wavelengths DF OADM module for OS9000 O9ADCDxxyyzzww 4 CWDM wavelengths DF Dual Sided OADM module for OS9000 O9ADCDxxyyzz 3 CWDM wavelengths DF Dual Sided OADM module for OS9000 O9ADCDxxyy 2 CWDM wavelengths DF Dual Sided OADM module for OS9000 O9ADCDxx 1 CWDM wavelengths DF Dual Sided OADM module for OS9000 O9-Mux/Demux8 8 wavelengths CWDM Multiplexer/Demultiplexer module for OS9000 O9ADCDSxxyyzzww 4 CWDM wavelengths SF Dual Sided OADM module for OS9000 O9ADCDSxxyyzz 3 CWDM wavelengths SF Dual Sided OADM module for OS9000 O9ADCDSxxyy 2 CWDM wavelengths SF Dual Sided OADM module for OS9000 O9ADCDSxx 1 CWDM wavelengths SF Dual Sided OADM module for OS9000 Accessories MS9000-Blank Blank panel for multi-service slot MS9000-FG Fiber guard tray for OS9024-4c, OS9024FX-4Gc, OS9012-10Gx models EM9005-Blank Blank panel for Power Supply Software Upgrade Packages SW-UPG-9MPLS* Enhanced software upgrade package for OptiSwitch® 9000 series (Master-OS™: MPLS L2 VPN - LDP, RSVP-TE, CR-LDP, OSPF-TE, CSPF)* SW-UPG-9SL3* Enhanced software upgrade package for OptiSwitch® 9000 series (Master-OS™: OSPF, IS-IS, BGP4,ECMP, PIM-SM)* MegaVision SNMP NMS MV-WEB/PRO MegaVision Pro NMS complete Package, includes MegaVision Pro for one server and unlimited number of Web clients. * Represents future software package ** Represents future hardware release *** xx,yy,zz,ww represents the two middle digits of the wavelength CWDM Wavelength (optional DWDM) 31 = 1310nm 33 = 1330nm 35 = 1350nm 37 = 1370nm 39 = 1390nm 41 = 1410nm 43 = 1430nm 45 = 1450nm 47 = 1470nm 49 = 1490nm 51 = 1510nm 53 = 1530nm 55 = 1550nm 57 = 1570nm 59 = 1590nm 61 = 1610nm For ordering codes of SFP Pluggable optics, please refer to MRV’s web site �� MRV-OS-9000 Rev.4 02 -06 Copyright ©2005 MRV Communications, Inc. All Rights Reserved.

Optiswitch 9000 Metro Ethernet Series

Rating

Date

Size

Views

Categories

Share

Transcript

Forgot your password?.