Done shopping? You can create a PDF of your cart for later or for your purchasing dept! Details at checkout.
Hear What Our Customers Are Saying
-
20+ Years Experience Helping IT Heroes
Take advantage of 20+ years of expertise from a partner with available resources for large deployments, multi-site projects, and complex IT initiatives. We have the team to get the job done. -
Free Solution Design With White Glove Engineers
Solutions architects and project engineers will help you envision a successful outcome and give you personalized recommendations based on your unique needs. Free. Apply today. -
Configuration & Installation Services
Let us take care of configuring and installing your equipment so you can get back to business. Available nationwide. Apply today. -
Equipment Trade-In Program
Refreshing old hardware? Let us coordinate the recycling or destruction in an environmentally friendly and safe manner. As a bonus, working with us gives you access to specific trade-in discounts towards your network refresh. Apply today. -
Exclusive Incentives, Special Pricing, & Financing
After helping you build and validate your solution, we’ll include any applicable discounts, financing, and incentives applied to your project to guarantee you get the most value out of your IT investments through Hummingbird Networks. Apply today.
- 1558.98 nm optical signals for up to 80 km reach
- Low power consumption
The OC-48 DWDM, 1558.98 nm, 80 km SFP (DWDM SFP) is a full duplex serial electric, serial optic device with both transmit and receive functions contained in a single module that provides a high speed serial link at SONET OC-3, OC-12, OC-48, and GigE rates. The DWDM SFP operates on optical channel 23 (1558.98 nm). When installed in the appropriate host module, the DWDM SFP provides a SONET OC-3, OC-12, OC-48, or GigE interface to the supporting system.
The transmit side of the DWDM SFP converts serial NRZ electrical data at the line rate to a standard compliant optical signal. The receive side converts the incoming DC balanced serial NRZ optical data at the line rate into serial electrical data.