Ottawa, Canada—Thursday, March 1, 2007 // BTI Photonic Systems, a global supplier of microWDM networking solutions for the delivery of gigabit services, will be exhibiting at CeBIT 2007, March 15th to 21st in Hanover, Germany.
BTI’s exhibit will feature the full BTI Netstender™ product portfolio – 1U, 2U and expansion systems showcasing microWDM scalability from 1 to 32 wavelengths. The exhibit will include a live demonstration of Netstender’s touchless auto-provisioning feature which enables service providers to auto-provision services in less than 90 seconds.
BTI will communicate its vision for redefining the economics of optical networking through differentiated microWDM solutions. Coupling small size with full functionality BTI’s microWDM allows service providers to add fiber capacity and new high-capacity services quickly and cost-effectively making it an ideal solution for wireless backhaul, Ethernet Private Line, 10 GbE regional networking and video services transport.
For more information, or to arrange a meeting, please contact Radhika Ranjan at rranjan@btiphotonics.com or +1 613-248-9154.
When: March 15th to 21st
Where: Hanover, Germany
Booth: Hall 12, Stand D01
BTI Photonic Systems helps service providers respond rapidly and cost-effectively to the skyrocketing demand for bandwidth in today’s gigabit world. Our Netstender™ platform—the industry’s first microWDM system with an open photonic-layer architecture—extends high-bandwidth transport services to the metro network’s edge. By consolidating key transport capabilities (DWDM/CWDM, optical multiplexing, amplification, dispersion compensation and wavelength translation) within a single network element, Netstender delivers industry-leading capital and operational savings while future-proofing networking capabilities. Addressing the needs for fiber relief and reach extension—and enabling 10G, 1G, and metro Ethernet service overlays—Netstender allows carriers to deliver gigabit services economically while dramatically increasing their overall market footprint. For more information, visit www.btiphotonics.com.
