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6500 Reconfigurable
Line System

6500 RLS 635x284 comp

If you’re a network operator trying to manage bandwidth-intensive applications—like connecting data centers, modernizing MSO access networks, or building out 4G/5G wireless infrastructures—your network must be ready to adapt to changes. You need to get more out of your photonic line system. More scale. More density. More programmability. All while taking up less space.

The 6500 Reconfigurable Line System (RLS) is a compact, simple-to-deploy, photonic layer solution that improves scalability, reduces footprint, and offers more flexibility and programmability. It provides highly dense ROADM and amplifier configurations so you can quickly react to unpredictable traffic requirements by scaling nodal connectivity and wavelength add/drop capacity. And with the 6500 RLS, increasing fiber capacity with the L-band is just as easy as lighting the C-band—you get double the capacity with no surprises and no impact to existing C-band traffic.

Features

Efficiently scales to meet the highest capacity network requirements with an optimized ultra-dense design
Reduces footprint by as much as 70 percent, compared to traditional chassis-based systems, with its modular and compact form factor
Eases deployment and operations with Zero-Touch Provisioning (ZTP), network auto-discovery, and full network visibility for simplified troubleshooting
Provides openness and programmability with a full suite of open APIs and a microservices-based software architecture
Unlocks double the fiber capacity with optimized C&L-band architecture

6500 RLS integrated C&L-band architecture

With Ciena’s integrated C&L-band solution, adding wavelengths to the L-band is just as easy as lighting the C-band.  You get double the capacity, with no headaches. No complex re-engineering or re-balancing of the line system.  And most importantly, no impact to existing C-band channels. 

Want to learn more?  Click through the steps below to see a sample installation from the initial deployment to growing traffic in the C- and L-bands.

Specs

  • +Physical Dimensions
    • R2 4-slot shelf
      • 2U
      • 88 mm (H) x 440 mm (W) x 580 mm (D)
      • 3.5 in. (H) x 17.33 in. (W) x 22.83 in. (D)
    • R4 8-slot shelf
      • 4U
      • 177 mm (H) x 440 mm (W) x 580 mm (D)
      • 6.97 in. (H) x 17.33 in. (W) x 22.83 in. (D)
    • R8-300 8-slot shelf:
      • 7.5U
      • 330 mm (H) x 440 mm (W) x 281 mm (D)
      • 12 in. (H) x 17.3 in. (W) x 11.1 in. (D)
  • +Weight (chassis only)
    • R2 4-slot shelf
      • 8.8 kg (19.4 lb)
    • R4 8-slot shelf
      • 11.8 kg (26lb)
  • +Photonic modules
    • C-band Module: Double-width, single height module integrating twin 1x32 flexible grid WSS, dual-line EDFA, bi-directional OTDR, integrated ASE, optical channel monitoring, and Optical Service Channel (OSC) for high port count ROADM applications
    • ROADM with Line Amplifier (RLA) 12x1 C-band Module: Double-width, single height module integrating twin 1x12 flexible grid WSS, dual-line EDFA, bi-directional OTDR, integrated ASE, optical channel monitoring, and OSC for ROADM applications
    • ROADM with Line Amplifier (RLA) 32x1 C&Lband Module: Double-width, single-height module integrating twin 1x32 flexible grid WSS, EDFAs, bi-directional OTDR, integrated channelized C-band and bulk L-band ASE, optial channel monitoring, and optical service channel (OSC) for C&L-band ROADM applications
    • Dual Line Amplifier (DLA) C-band module: RLS double-width, single-height module and RLS R8-300 single-width, double-height module integrating bi-directional C-band EDFA line amplifiers, Optical Service Channel (OSC), and bi-directional OTDR for line amplification applications
    • Dual Line Amplifier (DLA) C&L-band module: RLS double-width, single-height module and RLS R8-300 double-width, triple-height module integrating bi-directional C&L-band EDFA line amplifiers, Optical Service Channel (OSC), and bi-directional OTDR for C&L-band line amplification applications
    • Dual Line amplifier with Monitoring (DLM) C-band module: Double-width, single height module integrating bi-directional EDFA line amplifier, Optical Service Channel (OSC), bi-directional OTDR, and channel monitoring capabilities
    • Dual Line Amplifier with Equalization (DLE) C-band Module: RLS double-width, single height module and RLS R8-300 single width, double-height module integrating bi-directional C-band EDFAs, dynamic gain equalizer, optical channel monitoring, and Optical Service Channel (OSC)
    • Dual Line Amplifier with Equalization (DLE) C&L-band Module: RLS double-width, single height module and RLS R8-300 single-width, triple-height module integrating bi-directional C&L-band EDFAs, dynamic gain equalizer, optical channel monitoring, and Optical Service Channel (OSC)
    • Raman Amplifier (SRA) C-band Module: RLS single-width, single height module and RLS R8-300 single-width, single height module providing Raman amplification for the C-band
    • Raman Amplifier (SRA) C&L-band Module: RLS single-width, single height module and RLS R8-300 single-width, double height module providing Raman amplfication for C&L-bands
    • Trunk Protection Switch (TPS): Single width, single height module for trunk protection applications
    • Colorless Channel Mux/Demux (CCMD) 8x24 Module: Single-width, double-height module with twin contentionless WSS for interconnecting C-band add/drop channels to any of the eight degrees for CDC-ROADM applications
    • Colorless Channel Mux/Demux (CCMD16) 16-channel module: Single-width, singleheight module for colorless muxing/ demuxing of up to sixteen wavelengths onto a single common port for Colorless Direct Attach (CDA) applications
    • 42-channel Mux/Demux (CMD42): 1RU 112.5GHz, C-band channel mux/demux for add/drop of up to 42 channels; optimized to support coherent interfaces with higher baud signals, including 95Gbaud
    • 48-channel mux/demux (CMD48): 2RU 100GHz, C-band channel mux/demux for add/drop of up to 48 channels; designed to support future line rates with high baud signals
    • 64-channel mux/demux (CMD64): 2RU 75GHz, C-band channel mux/demux for add/drop of up to 64 channels
    • Compact Fiber Interconnect Module (CFIM1, CFIM2): CFIM1 interconnects up to four degrees via MPO cables. CFIM2 uses MPO cables to interconnect a group of four degrees to another group of four degrees or to the add/drop interconnections between RLAs and CCMDs
  • +Common equipment
    • Redundant, field-replaceable power supplies
    • Redundant, field-replaceable fan units
    • Redundant control and timing module
  • +Power Options
    • AC or DC power
    • Operational AC input voltage range: 100 Vac to 240 Vac
    • Operational DC input voltage range: -40 Vdc to -75Vdc
  • +Environmental Characteristics
    • Normal operating temperature: 5 °C to 40 °C (41 °F to 104 °F)
    • Normal operating humidity: 5% to 85% RH
    • Operational altitude: -60 m to 1800 m at 40°C (-197 ft to 5906 ft) and from 1800 m to 4000 m at 30°C (5906 ft to 13123 ft)
    • Earthquake/Seismic: Zone 4
  • +Security
    • TACACS+, SSHv2, SFTPv3/SFTPv4, SCP,
      TLS, RADIUS, Secure Erase
      TACACS+, SSHv2, SFTPv3/SFTPv4, SCP,TLS, RADIUS, Secure Erase
  • +Management
    • CLI, SNMP, Ciena’s MCP
    • API: NETCONF, REST, gRPC, Websocket, declarative configuration, streaming telemetry
    • OpenConfig data models
    • Zero-Touch Provisioning

WaveLogicTM Photonics

The 6500 RLS is part of Ciena’s WaveLogic Photonics solution of flexible, intelligent photonic line system elements that combine with embedded and discrete software tools for superior optical network automation, control, and visibility.

The Adaptive NetworkTM

The 6500 RLS provides the scalability benefits of an ultra-dense photonic line system combined with the programmability that’s needed to achieve Ciena’s Adaptive Network vision. The Adaptive Network is set up to self-configure and self-optimize by constantly assessing network pressures and demands. It’s built on a unique combination of Programmable Infrastructure, Software Control and Automation, and Analytics and Intelligece—guided by intent-based policies. With the pace of growth in capacity, devices, and mobility, your network must adapt to survive.

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