ODX045651

How cost-effective is the ODX045651 transponder for large-scale deployments?

The ODX045651 10.71G Optical Transponder offers a high performance-to-cost ratio, ideal for large-scale deployments requiring efficient budget use.

What are the key characteristics of the ODX045651 transponder?

The ODX045651 features an optical power range of -19dBm~0dBm, 1550nm wavelength, 800ps/nm dispersion, and an LC/PC connector type.

In which application scenarios is the ODX045651 best used?

The ODX045651 10.71G Optical Transponder is optimal for metro and long-haul networks where high data rates and low dispersion are critical.

How do I install the ODX045651 transponder?

The ODX045651 can be installed by connecting it to the corresponding fiber optic ports using LC/PC connectors and configuring it via the network's management system.

Does the ODX045651 transponder require firmware upgrades?

It is recommended to check for firmware updates periodically to ensure optimal performance and security for the ODX045651 transponder.

Are there alternative products to the ODX045651?

Yes, Huawei offers various optical transponders in the same category that might fit different requirements and budgets.

What are common troubleshooting steps for the ODX045651?

For the ODX045651, check connections and optical power levels first. Ensure the device is transmitting within the -19dBm~0dBm range and verify there are no issues with the 195.65THz frequency setup.

What accessories are available for the ODX045651 transponder?

Common accessories include compatible LC/PC fiber optic cables, SFP modules, and mounting brackets for the ODX045651 transponder.

How does the ODX045651 compare to similar products?

The ODX045651 provides competitive optical performance and flexibility at a cost-effective price, often surpassing similar products in the same category.

What are the product features of the ODX045651 transponder?

The ODX045651 features a wide optical power range, high tolerance to dispersion with 800ps/nm, and operates at a wavelength of 1550nm, suitable for various demanding network environments.

How cost-effective is the ODX045651 transponder for large-scale deployments?

The ODX045651 10.71G Optical Transponder offers a high performance-to-cost ratio, ideal for large-scale deployments requiring efficient budget use.

What are the key characteristics of the ODX045651 transponder?

The ODX045651 features an optical power range of -19dBm~0dBm, 1550nm wavelength, 800ps/nm dispersion, and an LC/PC connector type.

In which application scenarios is the ODX045651 best used?

The ODX045651 10.71G Optical Transponder is optimal for metro and long-haul networks where high data rates and low dispersion are critical.

How do I install the ODX045651 transponder?

The ODX045651 can be installed by connecting it to the corresponding fiber optic ports using LC/PC connectors and configuring it via the network's management system.

Does the ODX045651 transponder require firmware upgrades?

It is recommended to check for firmware updates periodically to ensure optimal performance and security for the ODX045651 transponder.

Are there alternative products to the ODX045651?

Yes, Huawei offers various optical transponders in the same category that might fit different requirements and budgets.

What are common troubleshooting steps for the ODX045651?

For the ODX045651, check connections and optical power levels first. Ensure the device is transmitting within the -19dBm~0dBm range and verify there are no issues with the 195.65THz frequency setup.

What accessories are available for the ODX045651 transponder?

Common accessories include compatible LC/PC fiber optic cables, SFP modules, and mounting brackets for the ODX045651 transponder.

How does the ODX045651 compare to similar products?

The ODX045651 provides competitive optical performance and flexibility at a cost-effective price, often surpassing similar products in the same category.

What are the product features of the ODX045651 transponder?

The ODX045651 features a wide optical power range, high tolerance to dispersion with 800ps/nm, and operates at a wavelength of 1550nm, suitable for various demanding network environments.