Layered, Scalable Network Security Solutions

The webinar highlights how to select the optimal PtMP solution to guarantee quality service, network efficiency and future growth.

As 5G changes network architecture to deliver ultra-high capacity, availability, and coverage, network density will be vital, integrating 5G New Radio (NR) with small cells, remote radio heads, and Wi-Fi. To support this, mobile transport must undergo its own evolution to integrate macro/small cell backhaul, fronthaul, and even midhaul into a unified, dynamic, and flexible network environment. In this webinar, discover how mobile operators can transform their mobile transport networks to an X-haul architecture that supports the demands of dense and diverse radio deployments and delivers the performance capabilities required for future-looking services.

Todd Schneider, Dejero CTO explores the rollout realities of 5G technology and how for Dejero, 5G is simply a new ingredient in our blending recipe, aggregating existing 3G/4G cellular networks, satellite, Wi-Fi, and broadband connections. Learn how Dejero is embracing the transition as 5G, LTE, GEO satellites as immersing connectivity options come on-line with patented Smart Blending Technology.

Filter design has traditionally been the domain of highly experience specialists and filter tuning has been accomplished by tedious trial and error approaches. Modern optimization software can be leveraged to tackle filter design and tuning to make the specialist more efficient and to allow less experienced engineers and technicians tackle complex filter problems. Power and thermal effects are seriuos problems in filter designs. The use of coupled electromagnetic, thermal and mechanical solvers allow design engineers to predict and design for these thermal effects. This webinar introduces the SynMatrix filter synthesis and optimization tool. This tool can be used to drive HFSS full wave simulation and filter tuning. It also introduce the optiSLang general purpose optimizer and its application to filter optimization. A multiphysics linkage between three Ansys solvers is employed to show a filter response change to applied power and ambient temperature.