Welcome to Microsoft's Virtual Booth for GRCon 2021!
Thank you for visiting our Virtual Booth. Please attend our main presentation “Azure Orbital, RF Simulation and Spectrum Processing on Azure” by Craig Pomeroy and Hrishi Shelar on Thursday at 3:00 pm (EDT). If you are attending in-person then stop by our booth and see our demo!
"Azure ♥ GNU Radio" by Steve Schilinski on Monday at 3:20 pm (EDT)
"Azure Orbital" by Hrishi Shelar on Wednesday at 2:55 pm (EDT)
Allow GNU Radio tools to take advantage of cloud resources with Azure software radio.
Sign up for the Private Preview of Azure software radio Developer Virtual Machine and stay tuned for the upcoming release of the GNU Radio - Azure Out of Tree Modules!
Don’t have an Azure account? Create your free Azure account and get your $200 Azure credit
RF Sim is a software radio automation framework that allows users to simulate their SDR designs in the cloud in a highly scalable, GNU Radio-based, virtual channel emulation environment. It allows users to provide containerized SDR designs and instantiate them in a simulated RF environment. RF Sim can simulate the propagation of RF emissions from each antenna to all other antennas according to a set of user-specified, time-varying channel files. This includes effects such as propagation loss, multipath, time delay, doppler shifts, etc. These simulations are highly scalable and support full mesh connectivity topologies of hundreds of nodes in real time.
Azure Orbital is Microsoft’s Ground Station as a Service (GSaaS) which uses the flexibility and configurability of cloud-based, software defined ground station modems to interoperate with a wide variety of spacecraft without requiring an extensive collection of custom hardware.
Azure Orbital lets you communicate, control, process data, and scale your operations directly in Microsoft Azure.
Digital IF Interoperability Consortium
The goal of the Digital IF Interoperability (DIFI) Consortium is to provide a simple, open, interoperable Digital IF/RF standard that matches the interoperability of analog IF signals. DIFI's mission is to enable the digital transformation of the space, satellite, and related industries.
Structure: IEEE ISTO Standards Consortium
Board, Corporate, Gov & NPO memberships available
First standard approved by board:
IEEE-ISTO Std 4900-2021: Digital IF Interoperability Standard, v1.0 – Aug 18 2021
VITA-49.2 based open digital IF standard
Interested in learning more or want to join the Azure Spectrum team?
Stop by our booth to meet the team and learn more about our tools and products. If you are attending virtually, get in touch using the GRCon 21 chat or via email at firstname.lastname@example.org.
Learn more about Azure Spectrum