40CH DWDM Mux Demux

 

 

Wavelength	40 Channels C21-C60	Channel Spacing	100GHz(0.8nm)
1310nm Port Passband	1260nm~1360nm	Center Wavelength Accuracy	±0.05nm
Channel Passband	±0.11nm	Technology Type	AAWG(Gaussian)
Insertion Loss	≤5.0dB, 3.5dB Typical	Insertion Loss @ 1% Mon	≤26dB
Insertion Loss@1310 Port	≤1.5dB	Passband Ripple	≤1.5dB
Return Loss	≥40dB	Directivity	≥40dB
Connector Type	LC/UPC	Power Handling	≤300mW
Channel Isolation	Adjacent ≥25dB Non-adjacent ≥29dB	Temperature	Operating -5 to 65°C (23 to 149°F) Storage -40 to 85°C (-40 to 185°F)
Form Factor	1RU Height, 19" Rack Mount	Dimensions(HxWxD)	1.73"x19"x10.28" (44x481.8x261.2mm)

 

1. Single Fiber

 

2. Dual Fiber

 

Channel	Frequency (THz)	Wavelength (nm)	Channel	Frequency (THz)	Wavelength (nm)
H60	196.05	1529.163	C60	196	1529.553
H59	195.95	1529.944	C59	195.9	1530.334
H58	195.85	1530.725	C58	195.8	1531.116
H57	195.75	1531.507	C57	195.7	1531.898
H56	195.65	1532.290	C56	195.6	1532.681
H55	195.55	1533.073	C55	195.5	1533.465
H54	195.45	1533.858	C54	195.4	1534.250
H53	195.35	1534.643	C53	195.3	1535.036
H52	195.25	1535.429	C52	195.2	1535.822
H51	195.15	1536.216	C51	195.1	1536.609
H50	195.05	1537.003	C50	195	1537.397
H49	194.95	1537.792	C49	194.9	1538.186
H48	194.85	1538.581	C48	194.8	1538.976
H47	194.75	1539.371	C47	194.7	1539.766
H46	194.65	1540.162	C46	194.6	1540.557
H45	194.55	1540.953	C45	194.5	1541.349
H44	194.45	1541.746	C44	194.4	1542.142
H43	194.35	1542.539	C43	194.3	1542.936
H42	194.25	1543.333	C42	194.2	1543.730
H41	194.15	1544.128	C41	194.1	1544.526
H40	194.05	1544.924	C40	194	1545.322
H39	193.95	1545.720	C39	193.9	1546.119
H38	193.85	1546.518	C38	193.8	1546.917
H37	193.75	1547.316	C37	193.7	1547.715
H36	193.65	1548.115	C36	193.6	1548.515
H35	193.55	1548.915	C35	193.5	1549.315
H34	193.45	1549.715	C34	193.4	1550.116
H33	193.35	1550.517	C33	193.3	1550.918
H32	193.25	1551.319	C32	193.2	1551.721
H31	193.15	1552.122	C31	193.1	1552.524
H30	193.05	1552.926	C30	193	1553.329
H29	192.95	1553.731	C29	192.9	1554.134
H28	192.85	1554.537	C28	192.8	1554.940
H27	192.75	1555.343	C27	192.7	1555.747
H26	192.65	1556.151	C26	192.6	1556.555
H25	192.55	1556.959	C25	192.5	1557.363
H24	192.45	1557.768	C24	192.4	1558.173
H23	192.35	1558.578	C23	192.3	1558.983
H22	192.25	1559.389	C22	192.2	1559.794
H21	192.15	1560.200	C21	192.1	1560.606

 

 

In today's data-driven world, network capacity demands are growing exponentially. Our 40-channel wavelength division multiplexing solution delivers the bandwidth expansion you need without the cost of deploying additional fiber. By enabling multiple optical signals to share a single fiber pair, this solution dramatically increases your network's data-carrying capacity while reducing infrastructure costs.

Engineered for Metro and Long-Haul Networks

Whether you're building out metro area networks, connecting data centers, or expanding long-haul telecommunications infrastructure, this multiplexing platform provides the scalability and performance your network demands. The system seamlessly integrates with existing fiber plants, allowing you to leverage current infrastructure investments while preparing for future growth.

Superior Optical Performance

Built on advanced arrayed waveguide grating technology, this platform delivers exceptional signal integrity across all channels. The Gaussian passband profile ensures optimal performance even as wavelengths drift due to temperature variations or aging transceivers. Low insertion loss characteristics maximize link budget, enabling longer transmission distances and reducing the need for costly optical amplification.

Flexible Integration and Deployment

The standard rack-mount form factor simplifies installation in any telecom or data center environment. With dual-purpose ports supporting both ITU grid wavelengths and dedicated access for legacy equipment, the system provides maximum flexibility for network migrations and hybrid deployments. This versatility allows you to protect existing investments while transitioning to higher-capacity infrastructure.

Built for Reliability

Network uptime is non-negotiable. That's why this platform is engineered to operate reliably across demanding temperature ranges and environmental conditions. Rigorous quality control and testing ensure consistent performance day after day, year after year. The passive optical design eliminates single points of failure associated with active components, providing inherent reliability that network operators can depend on.

Applications Across Industries

Telecommunications Providers: Expand metropolitan and regional network capacity without trenching new fiber routes.

Data Center Interconnect: Enable high-bandwidth connections between facilities for cloud services, disaster recovery, and data replication.

Enterprise Networks: Connect campus buildings and remote offices with scalable, future-proof infrastructure.

Cable Operators: Increase backhaul capacity to support growing broadband and video service demands.

Government and Education: Build secure, high-capacity networks for multi-site organizations.

Investment Protection and Scalability

Start with the channels you need today and activate additional wavelengths as your network grows. This modular approach to capacity planning helps control capital expenditure while ensuring your infrastructure can scale seamlessly with business demands. The system's support for industry-standard connectors and wavelength grids ensures compatibility with equipment from multiple vendors, preventing technology lock-in.

Why Choose This Solution?

Cost Efficiency: Multiply your fiber capacity without the expense of new fiber deployment.

Performance: Industry-leading optical characteristics ensure signal quality across all channels.

Reliability: Passive optical technology provides maintenance-free operation and exceptional uptime.

Compatibility: Works with standard transceivers and supports flexible network architectures.

Future-Ready: Scalable design accommodates growing bandwidth requirements.

The Right Choice for Modern Networks

As bandwidth demands continue to surge, efficient wavelength division multiplexing becomes essential infrastructure for any organization serious about network performance. This 40-channel solution represents proven technology deployed in networks worldwide, delivering the capacity, reliability, and value that network architects and operators require.

Transform your fiber infrastructure into a high-capacity, multi-service platform ready for the challenges of tomorrow's networks. With professional-grade components, comprehensive testing, and engineering excellence, this multiplexing solution provides the foundation for network growth and success.

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Ready to expand your network capacity? Contact our technical team to discuss how this wavelength division solution can meet your specific requirements.

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