Apa Enterprises, Inc.

Splitters and DWDM Components suit passive optical networks.
Electronic Components & Devices

Splitters and DWDM Components suit passive optical networks.

Outside plant (OSP) splitters offer re-enterable closures for node scalability. LGXÂ-® module splitters integrate into existing optical shelves in central office and head-end of optical access network. Design permits accessibility to network ports, while providing network modularity with pluggable modules. Arrayed Waveguide Grating DWDM MUX/DMUX has insertion loss of less than 3.5 dB and 40...

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DWDM features low insertion loss.
Communication Systems & Equipment

DWDM features low insertion loss.

Standard 16-channel Dense Wavelength Division Multiplexer maintains 3 dB insertion loss over operating temperature of 0 to 60 deg C. Passive athermal performance avoids need for several watts of power to drive heaters or other temperature control devices, and for system monitoring and alarms to signal malfunction of temperature control devices.

Read More »
Splitters and DWDM Components suit passive optical networks.
Electronic Components & Devices

Splitters and DWDM Components suit passive optical networks.

Outside plant (OSP) splitters offer re-enterable closures for node scalability. LGXÂ-® module splitters integrate into existing optical shelves in central office and head-end of optical access network. Design permits accessibility to network ports, while providing network modularity with pluggable modules. Arrayed Waveguide Grating DWDM MUX/DMUX has insertion loss of less than 3.5 dB and 40...

Read More »
DWDM features low insertion loss.
Communication Systems & Equipment

DWDM features low insertion loss.

Standard 16-channel Dense Wavelength Division Multiplexer maintains 3 dB insertion loss over operating temperature of 0 to 60 deg C. Passive athermal performance avoids need for several watts of power to drive heaters or other temperature control devices, and for system monitoring and alarms to signal malfunction of temperature control devices.

Read More »

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