Remcom Inc.

This example demonstrates how to utilize Wireless InSite’s Communication Systems Analyzer to calculate total combined power and strongest transmitter for an urban environment.

Wireless InSite offers a unique ray tracing capability for simulating MIMO antennas for 5G small cells in dense urban scenes.

Take a deep dive into the capabilities of XFdtd’s schematic editor and discover how it transforms schematic creation, analysis, and optimization in engineering.

Intuitive Machines #IM2 Lunar lander #Athena landing is undetermined?? #multipath exists down on the lunar surface bouncing signals off the surface and making back to earth #regolith “One good radio sending down data, one that has lost his signal,” said Intuitive Machines Josh Marshall. For radio engineers listening closely about Quasonix LLC, one radio went offline due to connectivity challenges on the South Pole. Maybe we needed 4 instead of 2 radio antennas #MIMO Live footage??: https://lnkd.in/er8969dj Advanced R&D efforts at NASA Glenn Research Center, Johnson Space Center, NASA Jet Propulsion Laboratory, and The Johns Hopkins University Applied Physics Laboratory and Simon Fraser University's are utilizing Remcom Inc. simulation to predict and deploy, optimize MIMO #antenna arrays, #GNSS ??? and improve link budgets under realistic mobile lunar conditions. Precisely predicting routing the lander to capture multipath from lunar surface and regolith #scattering is critical #innovation #MadeInTheUSA #antenna #simulation

In this video tutorial, we offer a step-by-step guide to perform an indoor propagation analysis in an enterprise environment. Visit our website to watch anytime! ?? #wireless #propagation

???? #BlueGhost precision Lunar landing is a success! #USA???? Congratulations on the successful landing by Firefly Aerospace engineers carrying critical NASA - National Aeronautics and Space Administration equipment for Commercial Lunar Payload Services (#CLPS) mission. NASA Press Release: https://lnkd.in/ectVZJ_7 Landing footage??: https://lnkd.in/eRMHxwrJ The operational data being collected under extreme thermal gradients, high radiation, and lunar regolith interference is directly informing enhancements to NASA’s #SCaN and #LunaNet architectures—critical elements for manned #Artemis missions ?? Advanced R&D efforts at NASA Glenn Research Center, Johnson Space Center, NASA Jet Propulsion Laboratory, and The Johns Hopkins University Applied Physics Laboratory are utilizing Remcom Inc. simulation to predict and deploy, optimize MIMO #antenna arrays, #GNSS ??? and improve link budgets under realistic mobile lunar conditions. A key innovation in this integrated approach is the unique #Huygens nearfield box generated by #XFdtd and analyzed in-situ by #WirelessInSite, a state-of-the-art RF simulation platform. Precisely predicting astronaut-to-astronaut communications and on-body propagation effects by modeling the complex interactions between RF signals and human bodies ???? ?? ???? These capabilities are essential for developing robust, wearable communication systems, #PNT, #Doppler modeling that ensure reliable connectivity and mission-critical data transfer during extravehicular activities on the Moon?? #innovation #MadeInTheUSA #PhysicsFirst #Apollo #Artemis #electromagnetics #simulation

This example uses Wireless InSite to show the advantages of wedge diffraction over knife-edge diffraction models and semi-empirical models in propagation prediction. #wireless #propagation #UniformTheoryofDiffraction

Our recent paper, Interaction of 5G Mid-Band and mmWave Electromagnetic Fields with the Murine Fetus, is now available online published in Environmental Research (Elsevier). As 5G networks expand, concerns arise about their biological impact. This study examines RF-EMF absorption in murine fetuses using Finite Difference Time Domain (FDTD) simulations via XFdtd (Remcom Inc.) at 3.5 GHz and 26 GHz. While high-band 5G poses low risk, continued research integrating computational and biological approaches is essential for understanding EMF exposure effects. 6G Research and Innovation Lab Swinburne University of Technology #mmWave #EME #EMF #5G #6G

Learn how Wireless InSite will help ensure reliable network performance in the Moon’s challenging and unique environment in our February newsletter.???

Remcom performed a study using Wireless InSite's MIMO capability to generate the complex channel matrices for several mobile devices in an urban scene. To learn more and see the results, visit our website!