Skip to content

Technology
NarroWave

We offer NarroWave technology-enabled SFP+ modules for remote digital diagnostics and monitoring.

EFFECT Photonics’ new NarroWave technology enabled SFP+ modules is a new feature that allows customers to monitor and control remote SFP+ modules from the central office without making any hardware or software changes in the field.

NarroWave is agnostic of vendor equipment, data rate or the protocol of the in-band traffic. The host at the central office can access the remote digital diagnostics and monitoring by reading dedicated

memory pages of the local SFP+, which are a mirror of the host device. This feature can also be used to send commands to a remote device, which enables use-cases such as automatic tuning and automatic power-balancing. This makes EFFECT Photonics’ SFP+ modules a powerful asset in the toolkit of any telecom provider looking to dynamically control and monitor its telecommunication network.

Our expertise

EFFECT Photonics’ tunable transceivers allow customers to commission an entire telecoms network from the central office and monitor critical parameters in the field, with no loss in data capacity of the 10G SFP+ transceivers.

The technology allows multiple SFP+ transceiver modules to talk to one another without interfering with the customers’ data channel by essentially creating an auxiliary channel between the modules. As soon as the module is plugged in, it can either be tuned manually from the central office or, with our ‘auto-tune’ feature, it can automatically find its way into the network and connect.

Learn more

Want to know more about our NarroWave enabled SFP+ modules?

Read our Product Briefs and discover more about EFFECT Photonics’ DWDM optical-System-On-Chip technology.

Need help with our products or services?

Drop us a note and our sales team will be glad to assist you.

10G Tunable Modules 40km, Industrial Temp

25G Tunable Modules, 15km, Industrial Temp

NEWSLETTER

Stay in touch.

Subscribe for information about our latest news, products and events.