Alcatel-lucent 1830 PSS-1 DATASHEET

Alcatel-Lucent 1830 PSS-1

P H OT O N I C S E R V I C E S W I T C H

The Alcatel-Lucent 1830 Photonic Service Switch (PSS-1) represents a new breed of photonic-switching platforms
for the next-generation of metro wavelength division multiplexing (WDM). Implementing Zero-Touch Photonics,
the 1830 PSS-1 transforms traditional WDM into a fully flexible transport layer, with complete optical-layer
visibility at the individual wavelength level, thereby simplifying service delivery, speeding time-to-revenue­generation, and facilitating bandwidth expansion in metro networks for new broadband services.

1830 PSS -1 AH P

1830 PSS -1 G BEH

1830 PSS -1 MD 4H

Key benefits

The compact 1830 PSS-1 extends the
Alcatel-Lucent 1830 PSS product family
to the edge of the network. The PSS-1
platform can:

• Deploy dual-line interfaces, providing
1+1 or ring-based network protection

• Offer forward error correction
(FEC) technology to improve system
performance, thus eliminating costly
regeneration in metro applications

• Aggregate a high number and
variety of client interfaces

• Support cost-effective multiplexing
of any bit-rate services and transport
over OTU-1/OTU-2.

• Simplify network design, implemen­tation, and maintenance with auto
power management and wave­length tracker

Applications

The Alcatel-Lucent 1830 PSS-1 supports
the transport and delivery of multiple
services in a variety of environments:

• Metropolitan or national research
networks for sharing IP that can be
combined with the Alcatel-Lucent
1830 PSS-32/PSS-16 to extend these
networks to regional distances

• Broadband transport networks for
service providers to provide high­bandwidth connectivity over long
distances

• Core and metro network extension
to provide the optimal amount of
bandwidth to the customer premises
through cost-effective, any WDM
(xWDM) technology

• Campus networks for data-center
protection or data sharing for public
and private organizations such as
universities, hospitals, banks and
airports

• Multi-campus networks for long­distance cooperation among public
and private companies and optimi­zation of leased dark fiber

1830 PSS-1 models

AHP

• A high-power, high-gain optical
amplifier with 20-dBm output and
variable gain setting between
13 dB and 33 dB

¬ Auto power mode: amplifier gain

is directly controlled by NE via
WT reading

¬ Manual power mode: controlled

by the operator

• Two stacked boxes serve 1830 PSS-32/
PSS-16 network as an In-Line-Amplifier
(ILA) solution

• Optical Supervision Channel (OSC)
for remote management and auto
node discovery

• Stackable configurations supported
through single networking address

• Wavelength Tracker monitors and
traces each wavelength

• Redundant power supply

GBEH

• 12 GigE pluggable-based small form
factor pluggable (SFP) client ports

• Two pluggable 10 Gb/s form factor
pluggable (XFP)-based line ports

• Integrated Layer 2 switching capability

• Support for a full range of network
topologies including ring and point­to-point

• Redundant power supply

• Integrated CWDM filter

• Support for subrate CIR Ethernet

• Supports single fiber bidirectional
line transmission

• Temperature hardened

MD4H

• OC-3/OC-12/OC-48 and STM-1/ STM-4/
STM-16 client interfaces

• GigE and Fast Ethernet data interfaces

• Fiber Channel FC100/200/400 and
FICON client interfaces

• High-Definition/Serial Digital Video
service (HD-SDI/SD-SDI)

• Supports dual Muxponder boards
within 1RU dimension with each
board supporting four client inter­faces of multiple services and two
pluggable line interfaces

• Supports provisional flexible
multi plexing (1:2, 1:3 and 1:4)
and transparent transport of any
bit-rate services over OTU-1

• Synchronous Ethernet Transparency
support

• Supports a full range of network
topologies, including ring and
point-to-point

• Redundant power supply

• Integrated CWDM filter

• Supports single fiber bidirectional
line transmission

• Temperature hardened

Technical specifications

Optical-layer intelligence

• Optical-layer path tracing and
power monitoring on a per-unique­wavelength service basis

• View of all wavelengths present
on a selected fiber pair

• Integrated fault isolation and sec­tionalization at the optical layer

• Automated optical layer with
dynamic power equalization

• Integrated fault correlation

Scalability

• Pluggable client interfaces enable
turning up interfaces based on
traffic demand

• In-service network scalability
from one to eight wavelengths
without service disruption

• Network planning independent
of traffic forecast

Flexible protection options

• Diverse route protection

• ESNCP protection within 50 ms

Integrated SLA support
and monitoring

• Proactive service management
for wavelength services

• G.709-compliant

• Flexible service-level alarms

Carrier-class availability

• 99.999% availability

• CE, CSA and NEBS Level 3­compliant

SAN certification

• Brocade certification

Network management

• Full-featured Operations,
Administration, Maintenance
& Provisioning (OAM&P)
functionality

• Management support for:
¬ Alcatel-Lucent 1350 Optical

Management System (OMS)

¬ Alcatel-Lucent 1340 Integrated

Network Controller (INC)

¬ Alcatel-Lucent 1354 Photonic

Manager (RM-PhM)

• Web GUI, CLI, TL1, and SNMP
support

• Ethernet port (RJ-45) for local
access

• Integrated remote management
through General Communication
Channel (GCC) & Optical Supervi­sion Channel (OSC)

• Alcatel-Lucent Advanced Engi­neering Planning Tool simplifies
network design and system
installation

Physical dimensions

• One Rack Unit (RU) 19-in.
rack-mount chassis:

¬ Height: 43.5 mm (1.71 in.)
¬ Width: 443.9 mm (17.48 in.)
¬ Depth: 278.49 mm (10.94 in.)

without cover; 287.99 mm
(11.34 in.) with cover

Operating environment

• Power: 48 V DC

• 115/230 V AC with external
converter

• Maximum power dissipation
¬ AHP: 100 W
¬ GBEH: 101 W
¬ MD4H: 110 W

• Typical power dissipation
¬ AHP: 75 W
¬ GBEH: 86 W
¬ MD4H: 90 W

• Operating temperature
¬ GBEH and MD4H: -40°C to

+65°C (-40°F to +149°F)

¬ AHP: -5°C to +40°C (23°F to

104°F) for long-term operation,
and -5°C to +50°C (23°F to
122°F) for short-term operation.

• Shock/vibration: GR-63-CORE

• Humidity:
¬ CO environment

- 85% long term

- 95% short term

¬ ETSI

- 95% long term

¬ Hardened environment

- 100% long term

• Wall-mount option available

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