Fiberdyne Labs, Inc. DWDM Platform 200 GHz (Mux/Demux) ONS DWDM Plug Compatible

DWDM Platform 200GHz ONS DWDM Plug Compatible

 

Introduction:

Fiberdyne Labs, Inc. manufactures a Dense Wave Division Multiplexer that is 100% plug compatible with the Cisco® ONS 15200 Series at a cost that is 50% less. Fiberdyne Labs, Inc. offers both Red and Blue compatible filters.

Red Filter - a passive device comprising a 200GHz 9X1 wavelength unidirectional multiplexer and a 200GHz 1X9 wavelength unidirectional demultiplexer operating in the 1546 to 1561nm frequency band.

Blue Filter - a passive device comprising a 200GHz 9X1 wavelength unidirectional multiplexer and a 200GHz 1X9 wavelength unidirectional demultiplexer operating in the 1530 to 1545nm frequency band.

Features and Benefits:
  • Leverages fiber optic facilites to support greater bandwidth and traffic
  • Fast and easy deployment
  • Compact size permits installation in space restricted environments
  • Additional wavelengths are as simple as plugging jumpers into a patch panel
  • Equipped with integral fiber retainers which protect bend radius and eliminate sharp edges
  • All ports are front panel loaded for easier installation and maintenance
  • Cost savings of 50% saves resellers and end users valuable funds

 

Fiberdyne Labs, Inc. also offers 100% compatible OADMs (Optical Add/ Drop Multiplexers)

 

Specifications:

 

Item Description Unit Value
Channel Spacing GHz 200
Wavelength Per Channel nm Base
(Red)
Unit
1547.72
1549.32
1550.92
1552.52
1554.13
1555.75
1557.36
1558.98
1560.61
Upgrade
(Blue)
Unit
1530.33
1531.90
1533.47
1535.04
1536.61
1538.19
1539.77
1541.35
1542.94
Channel Specification   Per ITU G.694.1
Passband @ -0.5dB nm >0.6
Channel Uniformity dB < 1.5
Passband Flatness dB < 0.5
Pair Insertion Loss
(end-to-end, including 2 connector losses)
dB < 7.0
Monitor Port Insertion Loss
     - Multiplexer (1% tap)
     - Demultiplexer (5% tap)
dB < 24.8
< 13.4
Demux Isolation:
     - adjacent channels
     - non-adjacent channels
dB > 25
> 40
Channel Uniformity @ 23°C:
     - excludes spares
     - includes spares
dB > 40
Directivity dB > 50
Return Loss dB > 45
Temperature - Operating * °C 0 to 70
Temperature - Storage * °C -40 to +85
* Humidity (non-condensing) % 5 to 95
Connectors   SC/UPC
Package Size inch 1.75 x 17.4 x 8.5
Rackmount (reversible ears):   19 or 23

 

Fiberdyne Part Number Product Description Buy
FD15216-DWDM-BLUE ITU-200 GHZ 9X9 Mux/Demux
(15216-MD9-2-Blue Compatible)
Call to Order
FD15216-DWDMB-BLUES ITU-200 GHZ 9X9 Blue Mux/Demux
(15216-MD9-2-Blue = Compatible)
Call to Order
FD15216-DWDMR-RED ITU-200 GHZ 9X9 Red Mux/Demux
(15216-MD9-2-Red Compatible)
Call to Order
FD15216-DWDMR-REDS ITU-200 GHZ 9X9 Red Mux/Demux
(15216-MD9-2-Red = Compatible)
Call to Order

 

Part Number Product Description Buy
FD15216-OADM1560.61 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1560.61nm
(15216-AD1-2-60.6 = Compatible)
Call to Order
FD15216-OADM1558.98 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1558.98nm
(15216-AD1-2-58.9 = Compatible)
Call to Order
FD15216-OADM1557.36 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1557.36nm
(15216-AD1-2-57.3 = Compatible)
Call to Order
FD15216-OADM1555.75 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1555.75nm
(15216-AD1-2-55.7 = Compatible)
Call to Order
FD15216-OADM1554.13 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1554.13nm
(15216-AD1-2-54.1 = Compatible)
Call to Order
FD15216-OADM1552.52 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1552.52nm
(15216-AD1-2-52.5 = Compatible)
Call to Order
FD15216-OADM1550.92 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1550.92nm
(15216-AD1-2-50.9 = Compatible)
Call to Order
FD15216-OADM1549.32 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1549.32nm
(15216-AD1-2-49.3 = Compatible)
Call to Order
FD15216-OADM1547.72 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1547.72nm
(15216-AD1-2-47.7 = Compatible)
Call to Order
FD15216-OADM1542.94 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1542.94nm
(15216-AD1-2-42.9 = Compatible)
Call to Order
FD15216-OADM1541.35 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1541.35nm
(15216-AD1-2-41.3 = Compatible)
Call to Order
FD15216-OADM1539.77 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1539.77nm
(15216-AD1-2-39.7 = Compatible)
Call to Order
FD15216-OADM1538.19 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1538.19nm
(15216-AD1-2-38.1 = Compatible)
Call to Order
FD15216-OADM1536.61 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1536.61nm
(15216-AD1-2-36.6 = Compatible)
Call to Order
FD15216-OADM1535.04 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1535.04nm
(15216-AD1-2-35.0 = Compatible)
Call to Order
FD15216-OADM1533.47 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1533.47nm
(15216-AD1-2-33.4 = Compatible)
Call to Order
FD15216-OADM1531.90 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1531.90nm
(15216-AD1-2-31.9 = Compatible)
Call to Order
FD15216-OADM1530.33 ITU-200 GHZ 1-Channel, 2 path OADM ch. 1530.33nm
(15216-AD1-2-30.3 = Compatible)
Call to Order
New York

 

Fiberdyne Part Number Product Description Buy
FD15216-OADM1558.98-1557.36 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1558.98nm, 1557.36nm
(15216-AD2-2-58.9 = Compatible)
Call to Order
FD15216-OADM1555.75-1554.13 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1555.75nm, 1554.13nm
(15216-AD2-2-55.7 = Compatible)
Call to Order
FD15216-OADM1552.52-1550.92 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1552.52nm, 1550.92nm
(15216-AD2-2-52.5 = Compatible)
Call to Order
FD15216-OADM1549.32-1547.72 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1549.32nm, 1547.72nm
(15216-AD2-2-49.3 = Compatible)
Call to Order
FD15216-OADM1542.94-1541.35 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1542.94nm, 1541.35nm
(15216-AD2-2-42.9 = Compatible)
Call to Order
FD15216-OADM1539.77-1538.19 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1539.77nm, 1538.19nm
(15216-AD2-2-39.7 = Compatible)
Call to Order
FD15216-OADM1536.61-1535.04 ITU-200 GHZ 2-Channel, 2 path OADM ch. 1536.61nm, 1535.04nm
(15216-AD2-2-36.6 = Compatible)
Call to Order

 

Fiberdyne Labs, Inc.
127 Business Park Drive, Frankfort, New York
Toll Free: 800-894-9694
Phone: 315-895-8470
Fax: 315-895-8436
Email:

DWDM Platform 200GHz ONS DWDM Plug Compatible

Call your Fiberdyne Sales Representative at 800-894-9694 or email us at

An Introduction to DWDM