16CH CWDM Mux&Demux Module, 1270–1610 nm with LC/UPC and 140 × 115 × 18 mm ABS

16CH CWDM Mux&Demux Module, 1270–1610 nm with LC/UPC and 140 * 115 * 18 mm ABS Box,16CH CWDM Mux&Demux Module 1270~1610nm,16 Port,ABS box(140*115*18mm),0.6m with 0.9mm White Tube color

The 16CH CWDM Mux&Demux Module is a passive wavelength management device configured with sixteen CWDM channels from 1270 nm to 1610 nm, excluding 1390 nm and 1410 nm. The channel plan follows 20 nm spacing and includes wavelengths from 1270, 1290, 1310, 1330, 1350, and 1370 nm through 1430–1610 nm.

• 16-channel CWDM configuration — supports high channel utilization within a passive wavelength multiplexing architecture.
• 1270–1610 nm channel plan excluding 1390 nm and 1410 nm — provides a defined wavelength layout for systems using the specified sixteen channels.
• 20 nm channel spacing — follows the wavelength arrangement used by the specified CWDM channel set.
• Combined Mux and Demux functionality — supports wavelength aggregation and separation within the specified module configuration.
• LC/UPC optical interfaces — support connectorized integration with compatible fiber assemblies and optical equipment.
• 0.6 m pigtails with 0.9 mm white protective tubing — provide defined fiber routing and visual consistency during system integration.
• 140 * 115 * 18 mm ABS box package — provides a protected module format for equipment-level installation.
• Project-specific configuration review — allows channel layout, optical specifications, fiber requirements, and mechanical details to be confirmed before production.

• CWDM transmission systems
• Broadband optical networks
• PON networks
• CATV optical networks
• Optical access networks
• Multi-wavelength fiber links
• Passive wavelength aggregation and separation
• Optical communication equipment integration

Optical performance can be tested according to the agreed specification. Key parameters are verified before shipment. Test reports can be provided upon request. Customized inspection requirements can be discussed before production, including channel-by-channel optical measurements, connector inspection, port identification, fiber length verification, and reporting requirements.

• High channel density within a passive CWDM architecture — sixteen wavelength channels can be managed within one module configuration.
• Defined mechanical interface — the ABS housing, LC/UPC connectors, and protected pigtails support equipment-level integration.
• Project-specific wavelength planning — the channel set can be reviewed against the required network wavelength architecture.
• Engineering configuration support — fiber type, connector arrangement, optical specifications, port layout, and packaging requirements can be confirmed before production.
• Suitable for qualification and supply planning — the configuration can be reviewed for sample validation, small-batch evaluation, and subsequent quantity requirements.

It combines multiple CWDM wavelength channels onto a common optical path and separates them again at the receiving side according to the defined channel configuration.

The sixteen channels are 1270, 1290, 1310, 1330, 1350, 1370, 1430, 1450, 1470, 1490, 1510, 1530, 1550, 1570, 1590, and 1610 nm.

The supplied product specification explicitly excludes these two channels. The system-level reason for the exclusion has not been provided and should be confirmed if required for customer documentation.

The specified wavelength arrangement uses 20 nm channel spacing.

The current configuration uses LC/UPC connectors.

The module uses a 140 * 115 * 18 mm ABS box, with 0.6 m pigtails protected by 0.9 mm white tubing.

Target optical specifications should be submitted for engineering review. The current product information does not provide insertion loss, isolation, ripple, PDL, return loss, or directivity limits for this 16CH configuration.

Please provide the operating wavelength or channel plan, channel count, fiber type, connector type, fiber length, package requirement, target optical specifications, port definition, and estimated quantity.

For a technical review or quotation, please provide the required operating wavelength or CWDM channel plan, channel count, fiber type, connector type, fiber length, package requirement, target optical specifications, and estimated quantity. Please also specify the required Mux/Demux port layout, COM port definition, channel labeling, and any test-report requirements.