How to Customize the OTN Network Solution?
483 2022-06-15
HT6000 Network Equipment Solutions
The HTF OTN network platform is designed to support high-capacity optical link solutions based on CWDM and DWDM, and is dedicated to saving cabinet space. The HTF OTN network solution is associated with a comprehensive product list to match the fiber and network requirements facing each individual network in the future. The equipment based on HTF OTN network includes WDM rough wavelength division multiplexer & demultiplex, OADM rough wavelength optical splitter multiplexer, EDFA doped power fiber amplifier, OEO optical amplifier repeater/converter, OLP optical line protection switch, etc., used in various network environments.
How to Customize the OTN Network Solution?
HTF is committed to providing users with integrated and flexible OTN network system. If you want to customize the OTN network solution, submit the following three questions and our experienced technical engineers will be able to design an OTN network solution that meets both current requirements and future upgrade requirements according to your needs.
Question 1: How Many Spans Do You Have and How Far Do You Have Between Each Span?
The type and quantity of infrastructure needed in network transmission are determined according to the specific transmission distance, and the transmission distance between each span determines whether DCM (fiber dispersion compensator) is needed to compensate the fiber optic link.
Question 2: What is Your Fiber Type and Link Loss (the standard value is 0.25dB/KM)?
Our OTN network solution can be designed for dual-fiber or single-fiber, and can also configure the most suitable optical modules and active components (such as EDFA power fiber amplifier) based on link losses.
Question 3: How Many Enterprises Do You Plan to Transfer? What is the Data Rate Between Each Span?
Knowing how many enterprises you want to deploy can pave the way for future network upgrades and extensions. The most practical WDM thick wavelength division multiplexer & demultiplexer or OADM thick wavelength division multiplexer can be selected for OTN network infrastructure by specifying the data rate and capacity between each span.
Conclusion
OTN, as a new optical transmission network technology, inherits many advantages of SDH and WDM technology and is the mainstream technology of the next generation optical transmission network. OTN technology not only shows the technological leap of optical network, but also shows the business opportunities of operators and service providers. With full utilization of transport infrastructure, OTN network can provide operators with unprecedented flexibility architecture, customer independence and service differentiation in the era of data/transmission convergence.