The FSP 3000R7 expands capacity efficiently in large enterprise networks, as well as inter-office, metropolitan, and regional rings. A high-efficiency, high-density design promotes compact equipment footprints and lowest possible power consumption. Num
ConsultDescription
The FSP 3000R7 guarantees flexible, scalable, and secure optical transport in an era of inexhaustible bandwidth demands.
The FSP 3000R7 expands capacity efficiently in large enterprise networks, as well as inter-office, metropolitan, and regional rings. A high-efficiency, high-density design promotes compact equipment footprints and lowest possible power consumption.
Versatile and efficient at its WDM core, modular FSP 3000R7 networks simplify ownership of complex optical networks. Optical+Ethernet provisioning creates resourceful end-to-end connectivity from Access to Metro/Regional to Long-Haul backbone.
Transport Technology
• Continuous service support from 8 Mbit/s to 112 Gbit/s
• DWDM support C-band: 96 wavelengths / 50 GHz spaced (according to ITU-T G.694.1)
• DWDM support C-band: 80 wavelengths / 50 GHz spaced (according to ITU-T G.694.1)
• DWDM support L-band: 40 wavelengths / 100 GHz spaced (according to ITU-T G.694.1)
• DWDM support 40 wavelengths/100 GHz spaced in the C band + 40 wavelengths/100 GHz spaced in the L band
• DWDM support: 80 wavelengths/50 GHz spaced in the C band + 40 wavelengths/100 GHz spaced in the L band
• CWDM support: 16 wavelengths/20 nm according to ITU-T G.694.2
• C/DWDM hybrid support 12 CWDM + 40 DWDM channels
Network Topology
• Point-to-point
• Point-to-Multipoint
• Linear Add/Drop
• Multiplexed Add/Drop (Drop & Continue)
• Ring (+ Feeder + Dual Homing)
• Hubbed-Ring
• Meshed
Levels of Path and Line Protection
Reconfigurable Optical Layer
Reconfigurable optical add/drop multiplexor (ROADM) modules provide these dynamic configuration options:
• Fixed add/drop
• Colorless add/drop
• Directionless add/drop
• Colorless, directionless add/drop
ROADM Modules
• Two-degree
• Multi-degree
• Directionless and colorless
Operation
Dynamic power adjustment:
• Initial span gain adjustment
• Dynamic span equalization
• Per-channel power equalization
Link Distance
• Total optical transparent distance (without regeneration) up to 3,000 km (1,865 miles)
• Maximum supported span budget of 50dB
Channel Modules
Transport of all common OTN, SDH/SONET, Ethernet, Storage and Video services. The complete channel module portfolio is capable to aggregate and transport up to:
• 1x OTU4
• 2x OTU3 aggregated to OTU4
• 10x OTU2, OTU2e, OTU1e aggregated to OTU-4
• 4x OTU1 aggregated to OTU2
• 10x STM64/OC192 aggregated to OTU4
• 4x STM16/OC48 aggregated to OTU2
• 2x STM16/OC48 aggregated to OTU1
• 10x STM4/OC12, STM1/OC3 aggregated to OTU2
• 2x STM4/OC12, STM1/OC3 aggregated to OTU1
• 7x 16G FC aggregated to OTU4
• 8x 10G FC aggregated to OTU4
• 10x 8G FC aggregated to OTU4
• 10x 5G IB aggregated to OTU4
• 2x 5G IB aggregated to OTU2
• 3x 4G FC aggregated to OTU2
• 5x 2G FC aggregated to OTU2
• 10x 1G FC aggregated to OTU2
• 3x 3G-SDI aggregated to OTU2
• 6x HD-SDI aggregated to OTU2
• 20x SD-SDI aggregated to OTU2
• 20x MADI aggregated to OTU2
Optical Amplifiers
• Erbium doped fiber amplifiers for a wide range of applications as booster, inline- or pre amplifier.
• Raman amplifiers (both co- and counter propagation solutions) Management and Control Plane
• Up to 32 network elements can participate in an OSC subnetwork domain
• Up to 100 network elements can be part of an OSPF area Data Communications
Channel domain
• Automated service provisioning using standardized GMPLS control plane, with constraint-based optical path routing and OSPF-based DCN routing
• Communication using SNMP, TL1, Telnet/SSH, and HTTPS
• FSP 3000R7 management suite
• Network design and planning tool
• Integration into OEM partner EMS systems
Wavelength Technologies
The FSP 3000R7 supports Dense Wavelength Division Multiplexing (DWDM), Coarse Wavelength Division Multiplexing (CWDM) and a mixture of both, called Hybrid CWDM/DWDM.
DWDM
Within DWDM, the FSP 3000R7 supports these schemes:
• 40 channel, C-band, 100 GHz spaced
• 80-channel, C-band, 50 GHz spaced
• 96-channel, C-band, 50 GHz spaced
• 120-channel, C-band, 50 GHz spaced, and L-band, 100 GHz spaced
40-Channel (100 GHz)
The system supports up to 40 wavelengths per network interface, using the C band only, in compliance with ITU-T G.694.1 (100 GHz channel spacing).
An overview of which modules support 100 GHz spaced channels can be found in the Module and System Specification.
80-Channel (50 GHz)
The system supports up to 80 wavelengths per network interface, using the C band only, in compliance with ITU-T G.694.1 (50 GHz channel spacing).
An overview of which modules support 50 GHz spaced channels can be found in the Module and System Specification.
120-Channel (50/100 GHz)
The system supports up to 120 wavelengths per network interface, in which 80 channels are
50 GHz spaced in the C band and 40 are 100 GHz spaced in the L band.
An overview of which modules support 50 GHz spaced channels can be found in the Module
and System Specification.
Enterprise Networks
The FSP 3000R7 supports these features for enterprise transport networking:
• Entire distance range, from business access and storage area networks to corporate backbones, up to 1,200 km (745 miles)
• Broad service mix: IP/Ethernet, SONET/SDH, Open Systems, and Mainframe
• Certified interoperability with storage equipment
• High single span performance (Raman amplification)
• Encryption of services and other security features, such as intrusion detection
• Low latency applications
• Latency measurement capability
The FSP 3000R7 supports a wide range of service types.
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