DWDM OPLINK Search Results

20-channel MUX

Contextual Info: 200 GHz 20-Channel Dense Wavelength Division Multiplexer DWDM-2K Series Features • Low Profile Packaging OPLINK dense wavelength division multiplexers DWDM are based on thin film filter technology and metal bonding micro optics packaging. This proven technology offers

Contextual Info: 200 GHz 16-Channel Dense Wavelength Division Multiplexer DWDM-2G Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

micro filter DWDM

Abstract: 50 GHz dwdm dwdm filter dwdm 4 channel 100 ghz OPLINK Communications DWDM
Contextual Info: 200 GHz 8-Channel Dense Wavelength Division Multiplexer DWDM-2 Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

dwdm 4 channel 100 ghz

Abstract: 16 channel demux
Contextual Info: 100 GHz 16-Channel Dense Wavelength Division Multiplexer DWDM-1F Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

dwdm 4 channel 100 ghz

Abstract: thin film filter DWDM DWDM-14
Contextual Info: 100 GHz 4-Channel Dense Wavelength Division Multiplexer DWDM-14 Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

dwdm 4 channel 100 ghz

Abstract: dwdm 8 channel 100 ghz dwdm filter oplink OPLINK Communications 433060 50 GHz dwdm
Contextual Info: 100 GHz 8-Channel Dense Wavelength Division Multiplexer DWDM-18 Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

WDM 8 channel

Abstract: dwdm 4 channel 100 ghz 50 GHz dwdm
Contextual Info: 200 GHz 8-Channel Dense Wavelength Division Multiplexer DWDM-28 Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

dwdm 4 channel 100 ghz

Contextual Info: 200 GHz 4-Channel Dense Wavelength Division Multiplexer DWDM-24 Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

dwdm oplink

Contextual Info: 200 GHz 16-Channel Dense Wavelength Division Multiplexer DWDM-2F Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications OPLINK dense wavelength division multiplexers DWDM are based on thin film filter

WDM Filter

Abstract: DWDM-204
Contextual Info: 200 GHz 4-Channel Dense WDM DWDM-204 Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications 200 GHZ 4-CHANNEL DENSE WDM Oplink’s Dense Wavelength Division Multiplexer DWDM is based on thin film

50 GHz dwdm

Abstract: 16 channel demux DWDM160
Contextual Info: 160 Channel Dense Wavelength Division Multiplexer Open Platform DWDM160 Series 160 CHANNEL DENSE WAVELENGTH DIVISION MULTIPLEXER OPEN PLATFORM Oplink’s 160 Channel DWDM Open Platform is a complete set of modules and components necessary to build high-capacity 1.6 Tb/s fiber optic telecommunications

WDM Filter

Abstract: DWDM-208
Contextual Info: 200 GHz 8-Channel Dense WDM DWDM-208 Series Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications • Dense WDM Systems • CATV Fiberoptic Links

OPLINK EDFA

Abstract: edfa amplifier edfa Flat Gain EDFA edfa module DWDM INLINE EDFA GAIN MODULE edfa optical amplifier EDFA edfa amplifier 50 db bwdm oplink BWDM
Contextual Info: DWDM Sub/Full Band EDFA Module Product Description Features ◆ Wavelength amplification from sub-band to full C-band ◆ High output power up to 17dBm ◆ Flat gain spectrum over C band 1529 to 1562 nm Low noise figure ◆ Automatic fast gain control and alarms

WDM Filter

Abstract: DWDM-108 dwdm 4 channel 100 ghz dwdm 8 channel 100 ghz
Contextual Info: 100 GHz 8-Channel Dense WDM DWDM-108 Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications • Dense WDM Systems • CATV Fiberoptic Links

fiber optic ps/nm

Abstract: corning smf fiber optic interleaver corning
Contextual Info: 50 GHz Compact Fiber Optical Interleaver CFOI050 Series Features • Low Insertion Loss • High Isolation • Low Dispersion • Highly Stable & Reliable • Epoxy-Free Optical Path 50 GHZ COMPACT FIBER OPTIC INTERLEAVER Oplink’s compact, low-dispersion

OADM dwdm

Contextual Info: 200 GHz Optical ADD and DROP Multiplexer OADM-2B Series 2x2 Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path OPLINK wavelength division Add and Drop multiplexer (OADM) is based on thin-film

oadm* oplink

Abstract: OADM dwdm price oplink oadm OADM2
Contextual Info: 200 GHz Optical ADD/DROP Multiplexer OADM-2 Series 1x2 Features • 200 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path OPLINK wavelength division Add/Drop multiplexer (OADM) is based on thin-film filter

OADM dwdm price

Abstract: OADM dwdm oadm* oplink oplink oadm
Contextual Info: 100 GHz Optical ADD/DROP Multiplexer OADM-1 Series 1x2 Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path OPLINK Optical Add/Drop multiplexer (OADM) is based on thin-film filter technology

16 channel demux

Abstract: DWDM demux wdm deMultiplexer WDM Filter wdm Mux/DeMux dwdm 4 channel 100 ghz optical "thin film" mux SPC3
Contextual Info: 100 GHz 16-Channel Dense WDM DWDM116 Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications • Dense WDM Systems • CATV Fiberoptic Links

transistor d 1556

Abstract: apc-7 connector WDM Filter DWDM104
Contextual Info: 100 GHz 4-Channel Dense WDM DWDM104 Series Features • 100 GHz Channel Spacing • High Channel Isolation • Low Insertion Loss • Highly Stable & Reliable • Epoxy-Free Optical Path • Low Profile Packaging Applications • Dense WDM Systems 100 GHZ 4-CHANNEL DENSE WDM

GAIN-FLATTENING-FILTER

Abstract: oplink EDFA Package Dimension apc-7 connector gain flattening Flat Gain EDFA for EDFA OPLINK EDFA
Contextual Info: Gain Flattening Filter for EDFA GFFM Series GAIN FLATTENING FILTER FOR EDFA Features Oplink’s Gain Flattening Filters for Erbium-Doped Fiber Amplifiers EDFAs are based on thin-film filter technology and metal bonding micro-optics packaging. The Gain Flattening Filters provide in-line compensation of

apc-7 connector

Abstract: gain flattening GAIN-FLATTENING-FILTER
Contextual Info: Gain Flattening Filter for EDFA GFF-15 Series OPLINK’s Gain Flattening Filters for Erbium-Doped Fiber Amplifying Systems EDFAs are based on thin-film filter technology and metal bonding micro-optics packaging. It provides in-line compensation of the spectral gain profile of EDFAs at 1550nm band.

Contextual Info: C Band Red Pass Micro-Optic Wavelength Division Multiplexer MWDM-RD Series Features • Wide Operating Wavelength Range • Low Insertion Loss • High Channel Isolation • Ultra Flat Wide Passband • Highly Stable & Reliable OPLINK’s Micro-Optic Wavelength Division Multiplexer MWDM is based on thinfilm filter technology and metal bonding micro optics packaging. This device offers flat

SMF-28 optical fiber

Contextual Info: 1310/1550 nm Micro-Optic Wavelength Division Multiplexer MWDM-35/53 Series Features • Wide Operating Wavelength Range • Compact Size • High Isolation • Ultra Low PDL & PMD OPLINK’s Micro-Optic Wavelength Division Multiplexer MWDM is based on thinfilm filter technology and metal bonding micro optics packaging. It is used to combine