Fujitsu 1FINITY T100 Transport Blade

User Manual: Fujitsu 1FINITY T100 Transport Blade Data Center Connectivity - Fujitsu United States

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Data Sheet

1FINITY T100 Transport Blade

High-density transponder purpose-built for metro data center interconnect

The Everything Pluggable Platform: A New Paradigm

With the 1FINITY platform, Fujitsu has implemented DP-QPSK

and DP-16QAM technologies to achieve 100 and 200 Gbps per

wavelength with a dense yet simple disaggregated architecture.

The T100 metro DCI blade incorporates this new architecture. With

its innovative, modular, stackable 1RU form factor, the 1FINITY T100 is

an everything-pluggable platform, with an on-board, universal CPU as

its only integrated component. The platform’s fans, power supplies, and

network function cards all take the form of modular plug-in units (PIUs).

The modular design enhances availability by minimizing mean time to

repair (MTTR), allowing most sources of failure to be repaired quickly.

Additionally, the system is future-proof and evergreen: new modules can

be deployed as technology becomes available.

The low-cost, universal CPU provides a management interface for

programming PIU and shelf functions. For operational efficiency, there’s

support for both current and future PIUs in any combination, and there’s

no need to upgrade system software. The PIUs are designed as fully

functional systems to allow faster development, speed time to market,

and reduce development costs without upgrades or changes to the

universal CPU software.

Each PIU can be developed, tested, and brought up independently,

basically decoupling shelf management from PIU control.

Metro Applications

Metro Data Center Interconnect (mDCI) is the primary application of the

T100. With 4 × 100G/200G transponding, the T100 platform provides

cost-efficient optical connections between data centers, or from a data

center to an Internet exchange point for peering.

The 1FINITY T100 can be deployed in combination with other 1FINITY

blades to provide enhanced solutions. For example, by connecting the

1FINITY S100 Switch to the client side of the T100, you can provide

aggregation for 10GbE to 100 GbE Ethernet. If a ROADM network is

required, the line side of the T100 is compatible with the 1FINITY

Lambda blade family of DWDM products.

1FINITY: A Revolutionary, Disaggregated Platform

For network operators seeking an open, simple, scalable

architecture to meet escalating bandwidth demand, Fujitsu

provides 1FINITY, a revolutionary disaggregated platform that

delivers unprecedented flexibility, scalability, and efficiency.

Unlike the traditional converged systems other vendors provide,

the programmable, blade-centric design of 1FINITY offers a pay-

as-you grow approach with low initial investment. Additional

benefits include high rack space utilization, evergreen technology

design, and operational convergence, as well as open pluggable

optics, open APIs, and open protocols.

1FINITY™ T100 Blade at a Glance

• Modular 1RU blade design

• 100 GbE to 100G or 200G transponding

• 8 × 100 GbE client interfaces and 4 × 100G/200G narrowband

network interfaces

• DP-QPSK and DP-16QAM modulation modes

• CLI script, SNMP, RESTCONF, or NETCONF API management

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Data Sheet 1FINITY T100 Transport Blade

Dense Capacity, Low Power Consumption, Compact Footprint

QSFP28

100 GbE

QSFP28

100 GbE

CFP2-ACO

100G • DP-QPSK

200G • DP-16QAM

QSFP28

100 GbE

QSFP28

100 GbE

CFP2-ACO

100G • DP-QPSK

200G • DP-16QAM

Simplified Network Operations

The 1FINITY T100 employs a Linux-based operating system and is

simple to manage using RESTCONF, NETCONF, SNMP, a Command-Line

Interface (CLI), or CLI scripts. When using a CLI in a stand-alone

deployment, provisioning consists of simply turning on the interfaces

and selecting the wavelength. With the software control revolution

solidly underway, the 1FINITY T100 easily fits into an SDN

management architecture such as the Fujitsu Virtuora Network

Management Suite.

The T100 offers an innovative real-time power performance

measurement that data center operators can use to monitor power

usage. Additionally, to simplify operations and maintenance activities,

the T100 has a blue “Find Me” LED on the front panel that helps

technicians easily identify units in densely populated racks.

Capabilities that Support Day-to-Day Efficiency

The 1FINITY T100 is equipped with several features that improve data

gathering and monitoring and provide a basis for increased

operational automation:

■Nyquist filtering supports C-band 37.5 GHz channel spacing

■Ethernet Link Layer Discovery Protocol (LLDP) snooping enables

the T100 to support automated network discovery to help identify

network topology.

■Zero-touch provisioning is a suite of capabilities that enable a node

to automatically self-load a specific configuration.

■Streaming telemetry support provides a mechanism for gathering

large amounts of Performance Metrics (PMs) without degrading the

performance of Element Management Systems (EMSs). Devices are

able to push PMs directly into a collector database, leaving the EMSs

free to carry out element management functions.

■ Line-side OTN Layer 1 encryption using Advanced Encryption

Standard (AES-256) for each 100 GbE client.

Pluggable Options for Line Optics

The T100 supports two PIUs: the TRC1 and the TRC2. Both PIUs have

the same port count and support the same modulation schemes. The

TRC2 offers additional features for specific customer needs, as included

in the table below.

Feature TRC1 TRC2

GCC0 No Yes

Layer 1 Encryption No Yes

Nyquist Filtering Yes Yes

Zero-Touch Provisioning Yes Yes

LLDP Snooping No Yes

Ethernet RMON PMs No Yes

Cost-efcient, pluggable optical connection options

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Data Sheet 1FINITY T100 Transport Blade

Technical Specications

Base System

System Configuration Modular 1RU blade

PIU per Blade 2

Local Management Port

(LMP)

None

Management Port (LCN) 2 × 10/100/1000 Mbps Ethernet RJ-45

Front LEDs System Status, Severity, and Port

Blue: “Find Me“

Fan 2 replaceable fans

Power Supply Dual replaceable AC or DC power supplies

Software OS Linux

Line Optics for TRC1 and TRC2 PIU

Note: Line optics specifications for the TRC2, where they differ from the TRC1,

are shown in brackets.

Line Ports per Blade 4

Line Rate 100 Gbps 200 Gbps

Optical Module CFP2-ACO CFP2-ACO

Nyquist Filtering Yes

Optical Interface 96 C-band tunable ITU channels (50 GHz)

128 C-band tunable ITU channels (37.5 GHz)

Modulation DP-QPSK DP-16QAM

Chromatic Dispersion <55,000 ps/nm

Minimum Required OSNR 12 dB 22.5 dB

[22 dB]

Tx Wavelength 1528.77–1566.72 nm

Rx Wavelength 1528.77–1568.76 nm

Tx Output Power Range Max:1 dBm

Rx Input Power Range Min: –22 dBm

Max: 0 dBm

Min: –22 dBm

Max: 0 dBm

PMD Tolerance 33 ps

Reach w/ SMF-28 ULL Fiber

(terrestrial)

3215 km 550 km

[600 km]

Client Optics

Client Ports per Blade/PIU 8

Optical/Electrical Interface QSFP28

Supported Interfaces LR4, CWDM4, SR4, CR4

Performance Monitoring

Service PMs 24-hour, 15-minute, 1-week,

and 1-month bins

OTN PMs Yes

Ethernet RMON PMs Yes (TRC2 only)

Streaming Telemetry Yes

Real-Time Power Usage Yes

Thresholds and TCA Supported (fixed values)

Management

Virtuora Yes

Web GUI Yes

CLI Yes

GCC0 Yes (TRC2 only)

NETCONF/YANG Yes

RESTCONF Yes

RADIUS Yes

TACACS+* Yes*

SNMP SNMPv2, SNMPv3

Communication SSH, SFTP, FTP, TELNET, HTTP, HTTPS

Timing NTP

OSMINE Support CLEI

LLDP Yes (TRC2 only)

* Supported in R2.3

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Data Sheet 1FINITY T100 Transport Blade

3.0/R2.2/12.17

© Copyright 2017 Fujitsu Network Communications, Inc. 1FINITY™, Virtuora®, FUJITSU (and design)® and “shaping tomorrow with you”

are trademarks of Fujitsu Limited in the United States and other countries. All Rights Reserved.

All other trademarks are the property of their respective owners. Conguration requirements for certain uses are

described in the product documentation. Features and specications subject to change without notice.

Fujitsu Network Communications, Inc.

2801 Telecom Parkway, Richardson, TX 75082

Tel: 888.362.7763

us.fujitsu.com/telecom

Technical Specications

Physical Characteristics

Dimensions

H × W × D

1.75 × 19 × 24" (44.45 × 483 × 610 mm)

Weight 24.7 lb (11.2 kg)

Operating Environment

Operating Temperature 0 to +40 °C

Humidity 5% to 95% operating

Power

Power Supply Dual Replaceable Power Modules

120 V AC 100 V AC to 240 V AC

–48 V DC –42 V DC to –56 V DC

Power Consumption (typical) 600 W (TRC1), 700 W (TRC2)

Regulatory and Compliance

FCC FCC Part 15, Class A

NEBS No

UL and CB Safety UL 60950-1 and IEC 60950-1

DPoE No

RoHS RoHS

CE CE

CISPR CISPR 24 and 32

ETSI EN 300–386

WEEE WEEE

RCM RCM

CDRH FDA CDRH

CLASS 1M CAUTION

Invisible laser radiation: Class 1M laser product

Do not view directly with optical instruments

HAZARD LEVEL 1M CAUTION

Hazard level 1M laser radiation

Do not view directly with non-attenuating optical instruments