GOIP’s DWDM Competitive Advantage

GOIP’s DWDM Competitive Advantage

GOIP’s DWDM Competitive Advantage In this video we spoke with Dev Krishnan, GOIP Solutions Architect, and Shaiful Bahari, GOIP Account Director to talk about the competitive advantage of GOIP’s DWDM services. GOIP offers compelling DWDM (Dense Wavelength Division Multiplexing) network services beyond delivering high-bandwidth connectivity. Their solutions are tailored to provide customers with a complete…

Dense Wavelength Division Multiplexing (DWDM) , Time to ride the wavelengths?

Dense Wavelength Division Multiplexing (DWDM) , Time to ride the wavelengths?

Dense Wavelength Division Multiplexing (DWDM).  Time to ride the wavelengths? Today the networks that make up the public internet, including our own, enable more traffic than ever before to traverse the globe to its destination.  The low latency, high bandwidth, and reliable Ethernet/MPLS based networks make it easy for companies to create the connections they…

IP Transit – Everything Old is New Again!

IP Transit – Everything Old is New Again!

IP Transit – Everything Old is New Again! New technologies are always hot topics for media and analysts alike. As we, and the industry, enjoy our exciting roller-coaster ride up and down on Gartner’s parabolic hype-cycle curve for various new technologies, it is important not to lose sight of our underlying foundations. One of these…

Pluggable Amplifiers for DCI Line-Systems

Pluggable Amplifiers for DCI Line-Systems

Pluggable Amplifiers for DCI Line-Systems On a related topic and using the same rationale, we are working with industry partners on standardizing a simple and DCI pluggable point-to-point line-system, with the EDFAs integrated into QSFP. This would be optimized for around 100 km and 8-16 channels of 400G-ZR wavelengths, for which most existing solutions are…

DWDM Pluggable vs Traditional Transponder/ Muxponder

DWDM Pluggable vs Traditional Transponder/ Muxponder

DWDM Pluggable vs Traditional Transponder/ Muxponder IP over DWDM has been around for more than a decade. As a concept, it revolves around placing coherent pluggable optics directly into routers. The value propositions of collapsing an entire layer includes the elimination of back-to-back grey optics, lower power consumption and unification of monitoring, control planes and…