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Optical comb filter 1550 nm for DWDM
applications
Combination of two wavelength
grids with 40 DWDM channels in
an interleaving way in
•
DWDM CIN networks
•
Optical multiplexer for OSC
and OTDR optical signals
Features
•
Passive DWDM solution:
- no electrical power, software
or temperature control
required
•
Low insertion loss
•
50 GHz ITU grid channel
spacing
•
Available in
- BK housing BIL-50-K20-BK
- 19“ - 1 slot housing with
adaptors BIL-50-K20-H
40 Channel Optical Multiplexer and Demultiplexer
DWDM
Optical Multiplexing and Demultiplexing of optical signals
in:
•
DWDM CIN networks
•
MANs
Features
•
Silica-on-silicon planar technology
•
100 GHz ITU grid channel spacing, even and odd
versions
•
High isolation
•
Low insertion loss, 5 dB for all DWDM channels
•
Outdoor rated
•
Passive DWDM solution:
- no electrical power, software or temperature control
required
•
Available in
- 19" - 1 HU housing with adaptors BOD4010-AF-
K(+)xx-H
- 1 unit BK module housing BOD4010-AF-K(+)xx-BK
- HUBER+SUHNER LISA cassette BOD4010-AF-
K(+)xx-LS
Optical Amplifier for DWDM applications
Dual Optical Amplifier for DWDM applications
•
Web browser management and SNMP management
•
Usage in outdoor fiber nodes and in hub/headend
locations
•
Eight RJ45 connectors for 10/100/1000 Mbit/s Ethernet
supporting SNMP and embedded webserver
•
RS485 on rear connector to poll slave units via BK
chassis bus
•
Two SFP (smal form factor pluggable) standard cages
for 1GbE SFP transceivers
•
GPIO port with 5 GPIO interfaces
•
USB device interface for local device management via
web browser (RNDIS) access
•
USB host interface
•
LED module status indicator
•
LCD 128 x 128 RGB display and 5-way joystick for
manual (local) control
•
BK mechanics with module width 1 and BK compliant
powering
•
Webserver for HTTP and HTTPS remote access
management interface
•
TLS 1.2 Security Enging
•
Web interface GUI for mobile devices
•
IPv4 support and IPv6 support
•
SNMP support v1, v2, v3
•
Event log (history of alamrs/warnings/events)
•
Advanced user management
•
Limits of parameters for alarms/warning message
generation
•
Display of graphical rackview
10G fiber to fiber media converter for CIN
networks
Usage in outdoor fiber nodes and in hub/headend
locations
Features
•
Two SFP+ (small form factor pluggable) standard
cages for 10GbE SFP+ transceivers, backwards
compatible for 1GbE SFP transceivers
•
Two SFP (small form factor pluggable) standard
cages for 1GbE SFP transceivers
•
Five RJ45 connectors for 10/100/1000 Mbit/s
Ethernet supporting SNMP and embedded
webserver
•
IEEE 1588 V2 PTP support at the SFP+ interfaces
•
In band or out band management
•
Dying Gasp via SNMP Trap
•
Integrated network element controller for
HUBER+SUHNER BKtel devices
•
Web browser management and SNMP management
•
USB device interface for local device management
via web browser (RNDIS) access
•
Configurable RS485 or LON on rear connector to
poll slave units via BK chassis bus
•
LED module status indicator
•
LCD 128 x 128 RGB display and 5-way joystick for
manual (local) control
•
BK mechanics with module width 1 and BK
compliant powering
•
Webserver for HTTP and HTTPS remote access
management interface
•
TLS 1.2 Security Engine
•
Web interface GUI for mobile devices
•
IPv4 support v1, v2, v3
•
Event log (history of alarms/warnings/events)
•
Advanced User Management
•
Limits of parameters for alarms/warning message
generation
•
Event masking of managed network elements
•
Device Reset of managed network elements
•
Display of inventory data
•
Display of graphical rack view
DCM-nnn
•
Dispersion Compensating Module for optical G652
single mode fiber in transmission links
•
Improvement of CSO performance of large fiber-optic
links
•
Very low insertion loss and low PMD
•
Erbium doped fiber amplifier for optical signals 1530nm
- 1561nm on single mode fibers
•
Gain flattened technology for optical multi-channel
DWDM application
•
Constant output power or gain mode
•
Variable gain
•
Climatic specification: ETS 300 019, class 3.3 (-25 …
+60 °C)
•
Erbium doped fiber amplifier for optical signals 1530 nm
- 1561 nm on single mode fibers
•
Two independent amplifiers in one common unit
•
Gain flattened technology for optical multi-channel
DWDM application
•
Constant output power or gain mode
•
Variable gain
•
Climatic specification: ETS 300 019, class 3.3 (-25 ...
+60 °C)
Gigabit Ethernet Element Controller NECxE