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The 16-Channel DWDM Module 0.9 LC for Fiber represents a high-density wavelength division multiplexing solution engineered to maximize fiber capacity in modern optical networks. This dense WDM (DWDM) module utilizes advanced thin-film coating technology and precision packaging to enable simultaneous transmission of 16 optical signals over a single fiber, each separated by 100GHz spacing (approximately 0.8nm at 1550nm wavelength) .
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Designed with 0.9mm buffered fibers terminated with LC connectors, this module offers compact connectivity ideal for high-density installations in data centers and telecom central offices. Operating within the C-band (1525nm-1565nm) according to ITU-T G.694.1 standards, it supports data rates up to 400Gbps per channel, making it suitable for next-generation coherent transmission systems.
The module's non-flux metal bonding micro optics packaging ensures exceptional stability and reliability, while the epoxy-free optical path eliminates potential failure points from adhesive degradation. Each channel maintains precise wavelength alignment and minimal signal distortion, enabling long-haul transmission with minimal regeneration requirements .
16 Channels on ITU-T 100GHz grid, providing dense wavelength packing for maximum fiber utilization .
Low Insertion Loss ≤5.5dB (typical ≤4.5dB) across all channels, minimizing signal attenuation in multiplexed links .
Excellent Channel Uniformity ≤1.5dB, ensuring consistent performance across all wavelengths .
Thin-Film Filter Technology with advanced layer thickness control for sharp wavelength cutoffs .
High Channel Isolation ≥30dB (adjacent) and ≥40dB (non-adjacent), preventing crosstalk between channels .
0.9mm Buffered Fibers with LC connectors, reducing cable diameter for high-density routing .
Operating Temperature Range: -5°C to +75°C, with extended range available for harsh environments .
Low Temperature Sensitivity: Insertion loss variation <0.005dB/°C and wavelength shift <0.002nm/°C .
High Power Handling: Up to 300mW per channel, compatible with high-power amplifiers .
Compact Package Dimensions: L141 x W115 x H18mm, optimizing rack space utilization .
Polarization Dependent Loss (PDL) ≤0.15dB, ensuring stable performance across polarization states .
Telcordia Qualified construction, meeting GR-1209 and GR-1221 standards for telecom reliability .
Enables terabit-scale capacity over existing fiber infrastructure, reducing the need for new fiber deployments between major cities. Supports 100G/400G coherent transmission for carrier-grade backbone networks.
Facilitates high-bandwidth connectivity between geographically distributed data centers, supporting cloud services, virtualization, and disaster recovery. The high channel count enables efficient scaling of inter-data center links.
Allows telecom operators to offer multiple services (voice, data, video) over a single fiber infrastructure, optimizing resource utilization and reducing operational costs. Supports flexible bandwidth allocation for enterprise and residential customers.
Provides the high-capacity backhaul required for 5G core network interconnects, supporting the massive bandwidth demands of 5G NR deployments and IoT (Internet of Things) applications.
Enables multiplexing of multiple video channels with data services, allowing cable operators to deliver gigabit broadband alongside traditional television services over existing fiber plants.
16-channel DWDM offers higher density (100GHz spacing vs. 20nm for CWDM) and operates in the low-loss C-band, supporting longer transmission distances (up to 80km without amplification). This makes it ideal for large-scale networks where fiber resources are limited .
The 0.9mm buffered fiber reduces cable diameter compared to standard 2mm cables, enabling higher density in cable management systems. This is particularly beneficial in high-density data center environments where space is constrained .
Yes, the module is designed for cascaded operation in multi-stage WDM systems. When cascading, ensure total insertion loss remains within amplifier power budget limits and that channel isolation specifications are maintained across the entire chain.
The module is passive and requires minimal maintenance. Periodic visual inspection of connectors for contamination is recommended, along with power monitoring of critical channels. Clean connectors using alcohol wipes and compressed air when necessary.
Yes, the module is backward compatible with lower data rate systems (10G/40G) while supporting future 100G/400G upgrades. Its wide passband accommodates wavelength variations from older transceiver technologies while maintaining performance.
Designed with 0.9mm buffered fibers terminated with LC connectors, this module offers compact connectivity ideal for high-density installations in data centers and telecom central offices. Operating within the C-band (1525nm-1565nm) according to ITU-T G.694.1 standards, it supports data rates up to 400Gbps per channel, making it suitable for next-generation coherent transmission systems.
The module's non-flux metal bonding micro optics packaging ensures exceptional stability and reliability, while the epoxy-free optical path eliminates potential failure points from adhesive degradation. Each channel maintains precise wavelength alignment and minimal signal distortion, enabling long-haul transmission with minimal regeneration requirements .
16 Channels on ITU-T 100GHz grid, providing dense wavelength packing for maximum fiber utilization .
Low Insertion Loss ≤5.5dB (typical ≤4.5dB) across all channels, minimizing signal attenuation in multiplexed links .
Excellent Channel Uniformity ≤1.5dB, ensuring consistent performance across all wavelengths .
Thin-Film Filter Technology with advanced layer thickness control for sharp wavelength cutoffs .
High Channel Isolation ≥30dB (adjacent) and ≥40dB (non-adjacent), preventing crosstalk between channels .
0.9mm Buffered Fibers with LC connectors, reducing cable diameter for high-density routing .
Operating Temperature Range: -5°C to +75°C, with extended range available for harsh environments .
Low Temperature Sensitivity: Insertion loss variation <0.005dB/°C and wavelength shift <0.002nm/°C .
High Power Handling: Up to 300mW per channel, compatible with high-power amplifiers .
Compact Package Dimensions: L141 x W115 x H18mm, optimizing rack space utilization .
Polarization Dependent Loss (PDL) ≤0.15dB, ensuring stable performance across polarization states .
Telcordia Qualified construction, meeting GR-1209 and GR-1221 standards for telecom reliability .
Enables terabit-scale capacity over existing fiber infrastructure, reducing the need for new fiber deployments between major cities. Supports 100G/400G coherent transmission for carrier-grade backbone networks.
Facilitates high-bandwidth connectivity between geographically distributed data centers, supporting cloud services, virtualization, and disaster recovery. The high channel count enables efficient scaling of inter-data center links.
Allows telecom operators to offer multiple services (voice, data, video) over a single fiber infrastructure, optimizing resource utilization and reducing operational costs. Supports flexible bandwidth allocation for enterprise and residential customers.
Provides the high-capacity backhaul required for 5G core network interconnects, supporting the massive bandwidth demands of 5G NR deployments and IoT (Internet of Things) applications.
Enables multiplexing of multiple video channels with data services, allowing cable operators to deliver gigabit broadband alongside traditional television services over existing fiber plants.
16-channel DWDM offers higher density (100GHz spacing vs. 20nm for CWDM) and operates in the low-loss C-band, supporting longer transmission distances (up to 80km without amplification). This makes it ideal for large-scale networks where fiber resources are limited .
The 0.9mm buffered fiber reduces cable diameter compared to standard 2mm cables, enabling higher density in cable management systems. This is particularly beneficial in high-density data center environments where space is constrained .
Yes, the module is designed for cascaded operation in multi-stage WDM systems. When cascading, ensure total insertion loss remains within amplifier power budget limits and that channel isolation specifications are maintained across the entire chain.
The module is passive and requires minimal maintenance. Periodic visual inspection of connectors for contamination is recommended, along with power monitoring of critical channels. Clean connectors using alcohol wipes and compressed air when necessary.
Yes, the module is backward compatible with lower data rate systems (10G/40G) while supporting future 100G/400G upgrades. Its wide passband accommodates wavelength variations from older transceiver technologies while maintaining performance.
