One secure network for all applications
OMS
Open Transport Network VMS VMS
For internal use 5 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
N42
N22
Nodes overview
OTN-X3M 10G, 2500 and - 622
N415
N215
OTN-150, -600 and -2500
N20xx
OTN-150, -600 and -2500
OTN-600 For internal use 8 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
OTN-X3M 10G, 2500 and - 622
The OTN Spectrum Ring
N42 / N415
N22 / N215
10 Gbps X3M 10G
2500 Mbps
N2011
For internal use 11 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
6272 Mbps
2300 Mbps
1568 Mbps
OTN 36 221 Mbps
Upgrade path
OTN 150 36 Mbps
36 Mbps
ETX 2500
X3M 622
OTN 600
150 Mbps
X3M 2500 ULM 2500
184 Mbps
600 Mbps
OTN 2500
Add/Drop
N42: Node Configuration
Node for OTN-X3M networks 8 universal interface slots 1 or 2 Common Logic Cards (redundant) 1 or 2 wide-range power supplies 300W (redundant) 90 to 264Vac (including 125Vdc) 18 to 60Vdc
P S U 1
P S U 2
B O R A
N S M
Room for 2 extension cards Node Support Module for additional
functionality (external contacts etc.) 3 intelligent fans, temperature switched, failure detection Wide temperature range -20°C to +55°C (start-up @ > -10°C) -4°F to +131°F (start-up @ > +14°F)
Managed by OMS v4.x For internal use 12 © Nokia Siemens Networks
E E X X T T
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
B O R A
X X 3 3 M M S S S S
S S S S
1 2 3 4
5 6 7 8
BORA2500-X3M: common logic card for OTN-X3M STM16c / OC48c version Multiplexing of the interface data on the
OTN Ring Protection Switching to Standby Ring Video and Audio Switching Application Communication with OMS (OTN Management System) Engineering Order Wire BORA2500-ETX: Gigabit Ethernet interface port on board. Optical Modules:
Hot swap: can be exchanged while card is in service SFP: Small Form Factor LC connectors
5 TE width For internal use 14 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
OTN Interfaces (1/2) Analog voice 2-wire FXS/FXO signalling 2-/4-wire with/without E&M signalling
Digital voice Up0 (2-wire 2B+D) S0 (4-wire 2B+D)
Data
64 kbps (co-directional) E1 (2.048 Mbps) T1 (1.544 Mbps) RS232 RS422 RS485
For internal use 15 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
OTN Interfaces (2/2)
LAN 10/100 Mbps Ethernet 1 Gbps Ethernet
Public Address 15 kHz high quality audio
Video PAL/NTSC CVBS
(M-JPEG, MPEG2/4, H.264)
For internal use 16 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
OTN-600 N2011: the OTN ‘micronode’
19 inch - height 1U blade OTN Common logic with SFP optics Compatible with OTN600 Combined multiservice types
4 RS232/422/485 low-speed data ports 4 Fast Ethernet 10/100Mbps ports 1 segment 1 MPEG port (in / out) 2 Analog Voice ports (2L Voice & 2W:4W-E&M) 2 Input + 2 Output contacts
Temp. Range: standard: -20°C to +55°C Manageable with OTN Management System through inband mgmt. channel
For internal use 17 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
ET100AE: 10/100Base-T Ethernet interface with 5 separate segments (S-LAN) Both for OTN-X3M and OTN150/600/2500 networks 4 x 10Base-T / 100Base-TX ports 1 x 10/100/1000Base-T port Native Ethernet transport, protocol transparent Half / full duplex 10/20/100/200/2000 Mbps Services compatible with ET100E Auto-negotiation, parallel detection & user configurable Auto cross-over (swap of receive / transmit pairs) IEEE802.3x flow control IEEE802.1Q VLAN compatible (only in OTN-X3M) and transparent Configurable bandwidth per sub-network:
OTN-X3M: from 1Mbps to 196Mbps
OTN150/600/2500 from 1Mbps to 144Mbps
Point-to-Point & Multi-point connections Multiple sub-networks per node For internal use 30 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
ET100DAE: 10/100Base-T Ethernet interface with 12 In development separate segments (S-LAN) Only for OTN-X3M networks Based on proven ET100AE technology 10 x 10Base-T / 100Base-TX ports 2 SFP’s: 10/100/1000Base-T (electrical), 1000Base-X (optical) Native Ethernet transport, protocol transparent Half / full duplex 10/20/100/200/2000 Mbps Services compatible with ET100AE & ET100E 784Mbps max. add/drop per interface slot in OTN-X3M v2 Auto-negotiation, parallel detection & user configurable Auto cross-over (swap of receive / transmit pairs) IEEE802.3x flow control IEEE802.1Q VLAN compatible and transparent Configurable bandwidth per sub-network:
OTN-X3M: from 1Mbps to 784Mbps
Point-to-Point & Multi-point connections Multiple sub-networks per node For internal use 35 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
H.264/AVC Video Interface & Streaming Card In development
16 or 4 PAL/NTSC Video Input/output ports 10 bit ADC with 4 x oversampling for professional quality H.264 Advanced Video Codec (16/4 codecs on board!) MPEG 4 part10 CIF to D1 to resolution 1-25/30fps (PAL/NTSC) 1 x 10/100/1000Base-T Ethernet port Video over RTP/IP streaming To Digital Video Display Walls For Central or Local Recording Up to 57 Video-over-IP output streams (4-port card) Video bitrate 56 kbps to 10 Mbps per channel Two RS422/232/485 control ports for PTZ camera control or to control external devices. Low delay encoding mode for PTZ operation Up to 784 Mbps Video & IP throughput (per card) For OTN-X3M only For internal use 47 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
OTN H.264/AVC-16P Video interface card: State-of-theart board design
For internal use 49 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
Video Management : IT Hardware Typical Omnicast installation Central hardware
Directly Attached Storage (RAID5)
Client Directory Gateway - Virtual matrix
Client
Archiver Directory Gateway - Virtual matrix
Archiver 2
Client Directly Attached Storage (RAID5)
Directly Attached Storage (RAID5)
Client
Video feeds For internal use 56 © Nokia Siemens Networks
Next Gen Metro OTN portfolio / Luc De Ceuster / 29 May, 2007
