Lambdatrail 4

a muxponder platform for the data connections of today and tomorrow.

Lambdatrail

DWDM Muxponder

The Lambdatrail 4 is an extremely compact, powerful and flexible DWDM muxponder which is primarily deployed in data center and cloud connectivity environments. The service modules and transceivers are hot-pluggable and hot-swappable. This significantly increases system availability whilst considerably reducing the costs of maintenance work and spare parts.

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FEATURES

  • Compact 19”, 1RU DWDM muxponder system
  • Flexibility through pluggable optics
  • Client services 8/16G Fibre Channel, 10/40/100G Ethernet, etc.
  • Scalable up to 1.6 Tbps per RU
  • Single and dual fi ber operation
  • AES-256 encryption
  • Open management architecture
  • High system availability
  • Low power consumption
  • Redundant AC or DC PS
  • Easy to service
  • 3-year guarantee

The Lambdatrail 4 is an extremely compact, powerful and fl exible DWDM muxponder which is primarily deployed in data center and cloud connectivity environments.

The true greatness of the Lambdatrail 4 (LT4) lies in its compactness: A 19” chassis, 1RU high, with four service slots for installing service modules (sleds). The fully modular design of the LT4 rigorously imple-ments the “pay as you grow” principle; from service module to tran-sceiver. This special feature provides scalability – from 8 Gbps to max. 1.6 Tbps per LT4, resp. up to 25.6 Tbps per otical fi ber or 134 Tbps per 42RU rack.

The LT4 can be individually equipped with service modules and transceivers according to the customer’s needs. Depending on the type of service module (sled) deployed, one or two service slots are required. The service modules and transceivers can be individually confi gured in a number of different ways. This guarantees the freedom to plan one’s network according to one’s needs, e.g. in a “green fi eld” installation, or to meet application-specifi c requirements in an existing network environment.

Future technologies and functionality can be introduced quickly and easily by simply swapping out one of the service modules. The chassis does not need to be swapped out – protecting your investment in the long term.

Data transmission takes place via a single or dual optical fi ber(s), pro-viding coherent transmission via tunable 100, 150 or 200G CFP2-ACO transceivers – with “wire speed” AES-256 link encryption in environ-ments with higher security requirements.

Client services, including 8/16G FC and 10/40/100G Ethernet etc., can be fl exibly combined in the same chassis, resp. service module and then adjusted to meet changing demands.

The open, non-proprietary management and confi guration interfaces facilitate both the commissioning process and integration into existing management environments in a data center setup.

Last but not least, the Lambdatrail 4 stands out due to its low power consumption – only 20 Watt / 100G (incl. line- and client-side transceivers) and extremely low operating and maintenance costs.

The service modules and transceivers are hot-pluggable and hot-swappable. This signifi cantly increases system availability whilst considerably reducing the costs of maintenance work and spare parts.

Lambdatrail 4 – a muxponder platform for the data connections of today and tomorrow.

  • Physical Dimensions
    • 440 x 43.7 x 510 mm / 17.32 x 1.72 x 20.08 in (W x H x D)
    • Height: 1RU
    • Weight: 6.4 kg / 14 lb for 3.2 Tbps configuration without pluggables
  • System Capacity and Scalability
    • Maximum line side capacity: 1.6 Tbps
    • Maximum client side capacity: 1.6 Tbps
  • Service Modules/Sleds
    • Single slot 400G Coherent Module 1 (CHM1/CHM1G) FRU Two 200G line side CFP2-ACO pluggable interfaces
    • Four 100G client side QSFP28 pluggable interfaces
    • Dual slot 400G Coherent Module 2 (CHM2) FRU Two 200G line side CFP2-ACO pluggable interfaces
    • Ten QSFP28/QSFP+ client pluggable interfaces with a total capacity of 200G supporting a mix of 10G, 40G, 100G and 8G / 16G Fibre Channel client interfaces
    • Twenty 10G clients are supported via the use of a 4 x 10G breakout cable per 40G client interface
  • Electrical Power
    • 20W per 100G (CHM1G Muxponder with CFP2-ACO and client optics)
    • AC PSU Input Voltage Range 100- 240VAC 50/60Hz, 1:1 FRU redundancy
    • DC PSU Input Voltage Range -40V DC to -72V DC, 1:1 FRU redundancy
    • HV D/C PSU, 1:1 FRU redundancy
  • Cooling and Fans
    • Front to back straight through air flow
    • 4:1 FRU fans, indefinite operation with a single fan failure
    • Filler cards required in unused slots
  • In-band General Communication Channel (GCC) Support
    • Support for GCC0 on line port OTUk (CHM1/CHM1G/CHM2)
    • 2 GCC channels per module (CHM1/ CHM1G/CHM2)
  • Client Side Interfaces 100G
    • QSFP28 SR4; LR4, ER4, CWDM 4, PSM4 100 GbE
    • QSFP28 4x8/16G Fibre Channel (SMF) (10 km)
    • QSFP28 Active Optical Cable (3 m and 10 m) 100 GbE
  • CClient Side Interfaces 10G/40G
    • QSFP+ SW, LW 8G/16G Fibre Channel
    • QSFP+ SR4, LR4, IR4, 40G Ethernet
    • QSFP+ eSR, LR4,ER4, 4 x 10 GbE/for 40 GbE <-> 10 GbE with breakout fiber (without cable), OTU2/2e and OC-192/ STM-64
  • Data Encryption
    • Integrated wire-speed AES-256 OTN payload encryption (10G, 40G, 100G)
    • Diffie-Hellman (D-H) dynamic key exchange
    • Secure key transmission via local OTUk GCC0 communications channel
  • Environmental
    • Operating Temperature: 0°C to 40°C / 32°F to 104°F
    • Transport and Storage: -40°C to +70°C / -40°F to 158°F / 40°C + 93% RH
    • Humidity: 5% to 90% non-condensing
  • Performance Monitoring
    • Ethernet PMs: 24 hour, 15 min, 1 week, 1 month
    • OTN PMs: Tx/Rx, FEC
  • Management Options
    • Management and control platforms: Coriant® Transport Network Management System (TNMS)
    • Transcend™ SDN Solution
    • NETCONF and RESTCONF YANG model based machine-to-machine APIs
    • Command Line Interface (CLI)
    • Zero Touch Commissioning (ZTC)
    • SNMP fault management
    • GUI based Craft Terminal
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