OptiSwitch® 900 Series - MV Communications Co., Ltd.

Datasheet
OptiSwitch® 900 Series - Carrier Ethernet Service Demarcation Devices
Product Highlights
Carrier Ethernet service demarcation
- MEF EPL, E-Line E-Tree & E-LAN services
- MEF 9, MEF14 & MEF21 certified
- Provider bridging or MPLS L2 VPN services
MEF CE 2.0 compliant services
Carrier-grade resiliency - sub 50ms recovery time
Hierarchical QoS for premium SLAs
End-to-end Service OAM to monitor SLAs
Multi-purpose interfaces at lower TCO
- All ports can serve as UNI / E-NNI
IPv6 future-proof (hardware enabled)
Unified Master-OSTM control plane in all models
OS904
OS906
OS912
OS900
The OptiSwitch 900 series is a compact carrier-class Ethernet Demarcation service
unit. The OS900 enables premium manageable Ethernet services with extensive
traffic management and end-to-end control for Service level conformance.
®
MRV Pro-Vision® point-and- click software
- End-to-end Service ProVisioning and Operation,
Administration & Maintenance
Temperature hardend and NEBS level 3 certified
models
The OS900 series functions as a demarcation device at the customer premises and
is owned by the service provider. It provides a carrier-to-customer User-Network
Interface (UNI) that separates the carrier’s WAN from the customer’s LAN. The OS900
enables bandwidth limiting, security and monitoring of customer and network
interfaces with clear visibility of LAN and WAN segments.
Applications
Business Ethernet Services
Mobile Backhaul Services
WAN Ethernet E-NNI Services
For inter-provider demarcation points, the OS900 serves as a demarcation device at the carrier-to-carrier on-net locations, and provides
Network- Network interfaces (NNI) that separate two different service provider networks. In such an application, the OS900 Series enables
Ethernet service delivery over multiple carrier transport networks with end-to-end visibility and control.
The OS904 demarcation model has hardened versions for use in extreme temperature conditions (see technical specifications on the last
page)
WAN
LAN
ToD
CLK
OUT
1PPS
ST1
ST2
50Ω
MGT
PWR
L
A
CONSOLE EIA-232
ToD
CLK
OUT
1PPS
ST1
ST2
50Ω
MGT
PWR
L
A
CONSOLE EIA-232
MGT ETH
75Ω
1 2 3 4
CLK
IN
50Ω
1
LOS
CLK
DS1/E1
75Ω
MGT ETH
CLK
IN
75Ω
50Ω
1 2 3 4
LOS
CLK
DS1/E1
75Ω
OS904-MBH
1
2
OS904-MBH
Metro Ethernet Network
2
OS-906G
L
PS2 FAN
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
PS1 PWR
CONSOLE EIA-232
MGT ETH
1
2
3
1
4
2
A
5
A
S1
6
S2
OS-906G
L
PS2 FAN
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
PS1 PWR
CONSOLE EIA-232
MGT ETH
1
2
3
1
4
A
2
S1
A
5
S2
6
End - to - end Service OAM
Carrier Ethernet Demarcation - UNI
2G/2.5G
BTS
OS-906G
L
PS2 FAN
BSC/RNC
2
24
1
23
CONSOLE EIA-232
22
24
21
23
4
6
8
10
12
14
1
3
5
7
9
11
13
16
18
20
22
24
15
17
19
21
23
RST
OptiSwitch
9124-410G
L
A
L
A
L
A
L
A
2
EM9005 PS/DC
25
10GE-XFP
26
10GE-XFP
27
10GE-XFP
28
10GE-XFP
EM9005 PS/AC
ADD
EXP
47
49
51
53
55
57
59
61
47
49
51
53
55
57
59
61
IN
OUT
COM
DROP
CAUTION
This assembly contains
electronically sensitive
components
A
L
I
MGT ETH
A
L
I
1
A
L
I
2
A
L
I
3
A
MS9-OADM8
BITS
1
4
Optical Packet
Switched Network
PS2
MGT ETH
PS1 MGT TMP FAN
!
I
L
L
PS1 PWR
CONSOLE EIA-232
A
2
S1
A
5
S2
6
OS-906G
L
PS2 FAN
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
PS1 PWR
CONSOLE EIA-232
MGT ETH
1
2
3
4
1
2
A
5
A
S1
6
S2
OS-906G
PS2 FAN
PS1 PWR
CONSOLE EIA-232
L
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
MGT ETH
1
2
3
4
1
2
A
5
A
S1
6
3G
Node B
S2
End - to - end Service OAM
Mobile Backhaul (NGN packet)
Operator 1
OS-906G
PS2 FAN
PS1 PWR
CONSOLE EIA-232
L
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
MGT ETH
1
2
3
4
1
2
A
5
A
S1
6
S2
E -NNI
OS-906G
PS2 FAN
PS1 PWR
CONSOLE EIA-232
L
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
MGT ETH
1
2
3
4
1
2
A
5
A
S1
6
S2
Operator 2
End - to - end Service OAM
Inter-operator - E-NNI
Architecture
With its design based on state-of-the-art wire-speed technology, the OS900 series offers a futureproof solution for ILECs, IXCs, MSOs or greenfield service providers to meet various business subscriber SLAs. A single OS900, serving as a demarcation device, can facilitate provisioning
of revenue generating new value-added services thanks to its wide spectrum of service features.
Not sure which solution best meets your needs? Visit www.mrv.com or e-mail us at [email protected]
Optical SFP interfaces
SFP interfaces provide unmatched deployment flexibility to enable versatile optical extensions from short-haul to long-haul singlemode,
single fiber, or CWDM/DWDM connections – simply with the appropriate SFP.
For service providers who build next-generation optical networks, the consolidation of xWDM services with intelligent traffic forwarding on
the same platform offers significant cost savings in capital expenditures.
The integration of CWDM and DWDM SFPs eliminates the need for a transponder on the network, and offers better fiber optimization along
with physical services separation with dedicated Gigabit rate for premium optical services with the same concept of legacy “leased-line” services
VPN Services & Protection
Compliant to MEF Ethernet Virtual Circuit (EVC), the OS900 offers 3 types of VPN services:
1. Layer 1 Optical VPN – a cross-connect mode without MAC address learning
2. Layer 2 VPN – VLAN-based tunneling Q-in-Q stacking, swapping or mapping services
3. Layer 2.5 VPN – a label-based MPLS VC for direct connection into MPLS domains or H-VPLS MTU-s
All the above VPN services can be fully protected using port redundancy, dual-homing, and/or ring topology with a recovery time of less than 50 ms.
In addition to L2 VPN, the OS900 can offer integrated IP router services to save on costs of an external router and provides a single demarcation
platform for managed L2 VPN and IP services.
Traffic Management
The OS900 enables a value-added network infrastructure, with end-to-end per flow QoS.
It supports full CoS and QoS (MEF 14 model) including classification of flows, rate limiting, shaping, WFQ scheduling, and strict priority for
lower delay/jitter and guaranteed throughput in real-time applications. In addition, it enables dynamic/adaptive buffer pools to prevent
bursty traffic starvation and ensure effectiveness of queuing resources.
For network convergence applications that have a clear boundary between customer’s and carrier’s networks, CoS layers (802.1p, IP ToS &
MPLS EXP bits) can be mapped/marked to preserve priorities or mapped into predefined protection profiles preconfigured by the provider.
Hierarchical QoS – CoS-Aware Rate Limit
Defining premium SLAs is a key requirement for service differentiation.
The OS900 enables traffic management based on innovative CoS-aware rate limit to dynamically reuse bandwidth profiles. Dynamic QoS is
an important feature that allows sharing of defined rate limited flows controlled by an aggregate profile applied to a user network interface
or an EVC. In the new service offering, the consolidated real-time, high-priority and best effort data require different rates and marked class
of service. Dynamic QoS helps to share/borrow the bandwidth that was allocated for real-time or high priority applications at a time when
these services are not active. Such an offering contributes to a more efficient way of provisioning bandwidth at the access/demarcation of
the network without complex configuration sets at the aggregation layer.
Denial of Service (DoS) Protection
The OS900 incorporates multilayer DoS protection at the hardware architecture on the CPU control plane and data-switching plane.
to protect service and the device functionality from hostile traffic without causing degradation of service performance or affecting the
forwarding database or CPU availability. Multiple traffic types can be policed or discarded starting from the frame level such as broadcast,
multicast and going up to IP/TCP/UDP layers.
End-to-end Service ProVisioning and Operation, Administration & Maintenance
MRV’s Pro-Vision® software enables complete easy-to-use GUI tools to provision and activate management of MEF services. Network
monitoring is supported by real-time sampling and historical performance reporting for customer SLA. The system is carrier-grade UNIXbased supporting full FCAPS industry standards to ensure simplified interoperability with existing Operation Support Systems (OSSs) and
3rd party Network Management Systems (NMSs) through northbound protocols, such as CORBA, SNMP, TL1, HTTP and XML.
End-to-end OAM - IEEE802.1ag , ITU-T Y.1731, IP-SLA & RFC2544
The OS900 Series incorporates connectivity, discovery and fault management along performance statistics of delay, jitter and frame loss for
demarcation and intermediate points of service. OS900 series offers hardware-based SLA measurment tools at nano-second accuracy.
OS900 demarcation series is a standard-compliant and interoperable OAM
Network Operation Center
solution that enables:
1. End-to-end Connectivity Fault Management per IEEE802.1ag
XML OSS
SNMP
2. End-to-end Performance Measurement per ITU Y.1731
Automated Control
3. IP SLA with HW-based time stamping (IP-VPN measurements)
Service
4. RFC2544 Layer 2 and 3 testing up to 1Gbps rate
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Provider
OSS/BSS
Ethernet Loopbacks
The OS900 Series offers remote loopback functionality on a physical
interface or a specific VLAN that traverses UNI and E-NNI interfaces. The
loopback function allows for remote troubleshooting of services from NOC
or any other manageable location without going to the customer‘s premises.
Loopback functionality is hardware controlled to provide performance
monitoring and SLA verification in wire-speed.
WAN
LAN
PS1 PWR
CONSOLE EIA-232
2
3
4
1
2
A
5
A
6
S2
OS-606
L
I
A
L
I
A
L
I
A
L
I
A
PWR
CONSOLE EIA-232
L
I
A
L
I
A
L
I
A
L
I
A
L
I
A
MGT ETH
1
2
3
L
4
A
5
L
6
A
BITS
L
L
S1
Metro Ethernet Network
Copper TDR
Optical Performance Level Monitoring (Digital Diagnostics)
1
OS-906G
PS2 FAN
The OS900 incorporates copper TDR that can identify problems with CAT5
copper cables on a customer’s site such as opens, shorts, polarity mismatch,
and impedance mismatch.
MGT ETH
OS-906G
PS2 FAN
L
I
A
L
I
A
L
I
A
L
I
A
L
I
A
BITS
L
L
S1
OS-606
L
I
A
L
I
A
L
I
A
L
I
A
PWR
CONSOLE EIA-232
MGT ETH
1
2
3
4
L
5
A
L
6
A
The OS900 Series supports the SFP Digital Diagnostics standard (as per SFF-8472). Being 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.
Per-service Performance Monitoring
The OS900 offers real-time and historical reporting on various service performance metrics, including port/VPN-EVC utilization, transmission
errors, and QoS threshold exceptions.
Each service can be tracked for statistical information to help in base lining and troubleshooting traversing services. This capability enables
users to verify service guarantees and increase network reliability by validating network performance. Performance monitoring uses proactive monitoring to regulate traffic in a continuous, reliable, and predictable manner so as to enable measurement of network performance
and health.
Link Fault Reflection/Propagation
The Link Reflection/Propagation mechanism provides notification on the integrity of a link from the network interface to the user interface
even if the link extends through several OS900s.
Ethernet OAM CFM packets in native Ethernet services or PW-status TLVs in MPLS-based services can be used as vehicles of the mechanism.
Sniffer/Analyzer VLAN
The OS900 incorporates a powerful tool called Sniffer VLAN. This feature enables the operator to configure a dedicated sniffer VLAN for traffic
analysis from a remote surveillance center. Sniffing on the OS900 can be set per specific customers’ VLAN, per L2-3-4 fields or per learn table
MAC address. The remote service monitoring conforms with interception processes based on requirements of Law Enforcement Monitoring.
MEF Services
• UNI Type 1 and Type 2 - MEF21
Services Specifications
•
•
•
•
•
•
External-NNI & Internal-NNI
EPL, E-Line, E-Tree & E-LAN – MEF9
EPL, E-Line, E-Tree & E-LAN Traffic Mgt. – MEF14
UNI Type 2 Link OAM - MEF21
OAM Implementation Agreement (IA) – MEF17
All interfaces can be configured as UNI / E-NNI
Packet Switching Services
• IEEE802.1Q and IEEE802.1ad provider bridges
- 4K active VLANs / EVCs
- Selective Q-in-Q stacking per ACL criteria
- Customer VLAN switching over Service VLAN tunnel
- Inner classification on double tagged frames
- Configurable Ethertype values per port, VLAN
- Private VLAN
- 16,000 MAC addresses learn table
- Jumbo Frame support up to 16,000 bytes
• Transparent cross-connect mode (no MAC learning)
- Per System, per port or per EVC non-learning mode
• Learning table limit per VLAN/port
• Layer 2 control protocols tunneling / filtering
• UNI protected ports / Layer 1 filtering
Fiber ring and Link protection Services
• Sub 50ms recovery in ring and dual–homed topologies
• ITU-T G.8032  / Y.1344 Ethernet Ring Protection Switching
• IEEE MSTP IEEE802.1s
• Link Aggregation (LAG n+1) – static and LACP
- Load balancing based on L2-3-4 headers
• Link level 1:1 Loss of Signal (LOS) protection
• CFM (OAM) messages for fault detection and link fallback
• Bi-directional Link Fault Reflection
• Link flap protection and damping
• Unidirectional Link Detection
Traffic Management
• Traffic management per flow/EVC/Port
• Shaping and policing at L1/L2/L3
• Ingress and egress policing and shaping
• Congestion avoidance mechanisms: Tail-Drop
• Scheduling Mechanisms: Strict-Priority (SP), round-rubin (RR),
and weighted round-rubin (WRR)
• Classification by L1, L2, L3 and L4 criteria (Physical port, MAC,
Ethertype, double VLAN tags, IP/ TCP/UDP)
• Marking or/and Remarking profiles based on: IEEE802.1p,
DSCP, and MPLS EXP
• 8 hardware Service Level queues for every physical and extra port
• Counters per UNI, CoS, EVC, control protocols - 4K counters
Layer 2.5 Services
• MPLS LER & LSR functionality
Ethernet over MPLS pseudowire with Traffic Engineering
• MPLS Protection based on FRR detour mode and dual-homed
spoke MTU-s
• MPLS BFD for MPLS OAM (based on RFC 5884)
• MPLS OAM (MPLS PING / MPLS Traceroute)
Security
• Wire-speed ACLs on L2-3-4 headers
- Up to 1K rules
- Ingress and Egress ACLs
- Multiple actions in single ACL
• MAC filters and MAC limit per port/per VLAN
• UNI Broadcast/Multicast/Unicast rate control
• Flood limit of OAM frames
• ARP rate control
• DHCP Options
• ACL for management sessions from NOC
• VACM – View-based Access Control Model
• IEEE802.1x security for port authentication
Management & Diagnostics Tools
• Industry Standard CLI
• Out-of-band management – EIA-232 console
• Out-of-band Ethernet management – Dedicated ETH port
• Telnet, SSH v2, SNMPv3, RMON (4 groups)
• Port mirroring - ingress & egress traffic to analyzer port / VLAN
• Remote service/flow mirroring per ACL – Sniffer VLAN
• Ping, Trace route, DNS lookup, TCP dump (built-in sniffer)
• Management ACL for trusted connections (Telnet/SSH/SNMP)
• Hierarchical Administration policy
• RADIUS / TACACS+ AAA for management sessions
• Configuration load/save with FTP or Secure Copy (SCP)
• NTP – Network Time Protocol
• Internal and Remote Syslog
• Scripting tool for macro configurations & maintenance
• Scheduler for automated excecution (single, several, or periodic)
of preset administrator commands
• IPv6 management*
Standard OAM
• End-to-end Service OAM IEEE802.1ag
- Connectivity Fault Management per service MEP/MIP
- In-service EVC loopbacks, Linktrace & continuity check
• End-to-end Performance Measurement ITU-T Y.1731
• End-to-end IP SLA measurement
- Jitter, Latency &  Loss per service with nano-sec accuracy
• RFC2544 internal tester up to wire-speed throughput measurements
• EFM Link OAM IEEE802.3ah
- discovery, port-loopback and dying gasp
• Optical signal level monitoring (SFP SFF-8472)
• Copper cable diagnostics TDR on RJ45 ETH ports
• Remote failure notification / reflection
- Enables bi-directional link integrity (fault reflection)
Multicast and IP Services
• Wire-speed multicast replication
• IGMP v1,v2 snooping , proxy, and fast leave, PIM-SM, PIM-SSM
• Wire-speed IPv4 and IPv6 packet fowarding and routing
- RIP, RIPng, OSPFv2, OSPFv3 , BGP4, BGP4+, VRRP
- BFD
- DHCP server/client/relay
* Future software release
Specifications
Services and Interfaces
MEF Services and Certifications
Non-blocking architecture
wire-speed forwarding
All ports can serve as UNI / E-NNI
10/100/1000Base-T or 100/1000Base-FX SFP
100/1000Base-FX SFP
Hot Swappable SFP Optics
Power Supply A=AC, D=DC, Dual-Redundancy=2
Technical Specifications
Regulatory compliance
Environment
Humidity
MTBF
Performance
Power Specifications
Physical dimensions
WxDxH
MRV-OS-900
Rev.13 04-14
OS904
EPL, E-Line, E-LAN,
E-Tree; MEF 9, 14, 21
+
OS906
EPL, E-Line, E-LAN,
E-Tree; MEF 9, 14, 21
+
OS912
EPL, E-Line, E-LAN,
E-Tree; MEF 9, 14, 21
+
+
2
2
Short/Long Haul,
Multi-rate, BX & WDM
A, D
+
6
+
12
Short/Long Haul,
Multi-rate, BX & WDM
A, D, 2A, 2D
Short/Long Haul,
Multi-rate, BX & WDM
2A, 2D
FCC Part 15 (Class A); EMC Directive: Emission (Class A) and Immunity; LVD Directive: Electrical Safety;
CE Marking; TUV-R mark (Canada, USA); GOST; RoHS Directive, REACH SVHC, WEEE Directive;
ETSI, NEBS Level 3 Certified (OS906), C-Tick.
Operating Temp: 0˚- 50˚C (32˚ - 122˚F) Storage Temp: -25˚ - 70˚C (-13˚ - 158˚F) - ETSI EN300-019 class 3.1
Temperature -hardened models: “E” for -20˚C to +65˚C (-4˚ - 149˚F), “EXT” for -40˚C to 65 ˚C (-40˚ - 149˚F)
85% maximum , non-condensing
AC
DC
OS904/AC-1:
283,000 Hrs @ 25˚C/77˚F
OS904/DC-1:
459,892 Hrs @ 25˚C/77˚F
OS904E/AC-1:
39,070 Hrs @ 65˚C/149˚F
OS904E/DC-1:
105,549 Hrs @ 65˚C/149˚F
OS904EXT/AC-1:
14,073 Hrs @ 65˚C/149˚F
OS904EXT/DC-1:
81,255 Hrs @ 65˚C/149˚F
OS904EXT/AC-1N:
14,073 Hrs @ 65˚C/149˚F
OS904/DC-1N:
505,083 Hrs @ 25˚C/77˚F
OS906/AC-1:
161,021 Hrs @ 25˚C/77˚F
OS906/DC-1:
386,477 Hrs @ 25˚C/77˚F
OS906/AC-2:
237,510 Hrs @ 25˚C/77˚F
OS906/DC-2:
407,513 Hrs @ 25˚C/77˚F
OS906E/AC-2:
234,085 Hrs @ 25˚C/77˚F
OS912-AC-2 :
252,266 Hrs @ 25˚C/77˚F
OS912-DC-2:
311,756 Hrs @ 25˚C/77˚F
OS912-DC-220:
311,756 Hrs @ 25˚C/77˚F
Non-blocking wire speed on all ports
AC
DC
OS904/AC-1: 115V - 0.16A, 230V -0.08A (15W) - max.
OS904/DC-1:
-48/60V 0.5A
(15W) - max.
OS904/DC-1N: -24/60V 1.0A
(15W) - max.
OS904E/AC-1: 115V - 0.16A, 230V -0.08A (15W) - max.
OS904E/DC-1: -48/60V 0.5A
(15W) - max.
OS904EXT/AC-1 & AC-1N : 220V +0.5A & 110V +1A 15W OS904EXT/DC-1: -48/60V 3.5A
(125W) - max
OS906/AC-1: 100V - 0.26A, 240V -0.13A (30W) - max.
OS906/DC-1:
-48/60V 0.8A
(30W) - max.
OS906/AC-2: 115V - 0.30A, 230V -0.15A (36W) - max.
OS906/DC-2:
-48/60V 1.0A
(36W) - max.
OS906E/AC-2: 115V - 0.30A, 230V -0.15A (36W) - max.
OS912-AC-2: 115V - 0.48A, 230V -0.24A (49W) - max.
OS912-DC-2:
-48/60V 1.5A
(49W) - max.
OS912-DC-220:
220V 0.25A
(55W) - max.
OS904/AC-1
OS904/DC-1
219.6 x 265 x 43.65mm
(8.64 x 10.43 x 1.72 inch)
OS904/DC-1N
219.6 x 265 x 43.65mm
(8.64 x 10.43 x 1.72 inch)
OS904E/AC-1
OS904E/DC-1
219.6 x 265 x 43.65mm
(8.64 x 10.43 x 1.72 inch)
OS904EXT/AC-1 & AC IN
OS904EXT/DC-1
219.6 x 265 x 43.65mm
(8.64 x 10.43 x 1.72 inch)
OS906/AC-1
OS906/DC-1
219.6 x 265 x 43.65mm
(8.64 x 10.43 x 1.72 inch)
OS906/AC-2
OS906/DC-2
443.0 x 204 x 43.65mm
(17.4 x 8.03 x 1.72 inch)
OS906E/AC-2:
443.0 x 204 x 43.65mm
(17.4 x 8.03 x 1.72 inch)
OS912-AC-2
OS912-DC-2
443.0 x 204 x 43.65mm
(17.4 x 8.03 x 1.72 inch)
OS912-DC-220
443.0 x 204 x 43.65mm
(17.4 x 8.03 x 1.72 inch)
AC
DC
OS904/AC-1:
1.100kg
OS904/DC-1:
1.050kg
OS904/DC-1N: 1.050kg
OS904E/AC-1: 1.250kg
OS904E/DC-1: 1.200kg
OS904EXT/AC-1: 2.200kg
OS904EXT/AC-1: 2.000kg
OS906/AC-1:
1.350kg
OS906/DC-1:
1.300kg
OS906/AC-2:
1.950kg
OS906/DC-2:
1.950kg
OS906E/AC-2:
1.350kg
OS912/AC-2:
2.000kg
OS912/DC-2:
2.000kg
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