Thank you, Thank you, Faye, and thanks, everyone, for joining us on the call today. Turning to our first quarter results. We are pleased to report our first quarter results with revenue of $13.1 million and non-GAAP EPS of $0.02, both above our guidance range. Our outperformance this quarter was due to strength in product revenue, which came in higher than expected. During the first quarter, we continued to ramp revenue from the sale of PERSYST 1-gigabit STT-MRAM into IBM's Flash Core Module 4 or FCM 4 for data center applications. As a reminder, this persist product brings data loss protection, high redrive bandwidth, low latency and non-volatility to the solution. We are pleased with our continued progress and anticipate product revenue from this ongoing project to remain consistent for the remainder of the year. We continue to ship and recognize revenue from our PERSYST MRAM Solution from Lucid Motors, for their Gravity SUV, for which the automaker is currently accepting orders. Everspin's MRAM is used in the Gravity to handle data logging and parameter storage to assist in the efficient operation of the all-electric drive powertrain. This is the second Lucid Model that Everspin has been designed in June, having been selected to provide its 256 kilobit MRAM for the Lucid Air all-electric luxury model in 2021 and follows our win with Bugatti for the all-electric Nevera Elite sports car in 2022. Everspin's MRAM technology is being utilized by five companies in the auto industry for data capture, due to our extreme reliability in demanding environments. Turning to our Licensing, Royalty, Patent and Other revenue, we completed the first phase of our 9.25 million front grade technologies project that was announced in August of last year to develop a custom radiation-hardened, STT-MRAM macro for embedded solutions using our PERSYST STT-MRAM technology. The first phase of this project was design-centric and we are now entering the second process-centric phase to validate the design on silicon. In production, this project will support current and future DOD strategic radiation-hardened and Low Earth Orbital or LEO space system. We signed the next phase of our project with QuickLogic for our Innovative, AgILYST MRAM technology in the first quarter and recognized initial revenue from moving to the process or fab centric phase to validate the design on silicon. As a reminder, this project aims to advance the development and demonstration of strategic radiation-hardened, high-reliability FPGA technology. We began to recognize initial revenue on our Purdue University contract to provide our state-of-the-art, STT-MRAM technology to support energy-efficient AI solution. As part of our first milestone, we delivered the Process Design Kit, or PDK, so Purdue can initiate chip Design. We also shared the initial process development results, including Magnetic Tunnel Junction or MTJ parameters. We are continuing with process development to deliver low-power MTJ devices with fast and reliable switching characteristics. We expect this project to also ramp as the year progresses. This project aims to deliver an energy-efficient neuromorphic computing chips for edge AI applications. Lastly, we continue to recognize revenue from our ongoing project with a leading provider of sensor devices to provide foundry services, for their latest generation TMR sensor device, on our MRAM line in our Chandler facility. We completed qualification and are now at a steady state of production. With respect to below the line items, we recognized $0.4 million in other income in the first quarter and $6.5 million to-date from the $14.6 million contract we have with a DOD contractor to develop a sustainment plan for our MRAM manufacturing facilities to provide continuous onshore MRAM capabilities to their aerospace and defense customers. We expect this business to pickup meaningfully in the back half of the year. In March, we attended embedded world in Nuremberg, Germany. This was our largest presence since 2017 with heavy traffic through our booth with existing and potential new customers. Our customer engagements range from TLCs, storage, gaming, FPGA partners, SoC and Board partners, et cetera. The strong interest was demonstrated through the significant media coverage of Everspin and its persistent line of products at the event. At the show, we also announced two new products as part of our xSPI family, the PERSYST EM064LX-HR, and EM-128LX HR, which feature an expanded temperature range of minus 40 degrees C to plus 125 degree C, meeting the AEC-Q100 Grade 1 standard for automotive applications. This expanded temperature range addresses the growing demand for persistent, high-speed memory in aerospace, defense and extreme industrial environment and provides designer with a robust,, fast and scalable alternative to static RAM or NOR flash. Engineering samples of the EM064LX and EM128LX HR will be available in June 2025, with full production scheduled for late 2025. In addition, we had a great example of the success of our enablement efforts at the event. Our customer at the show was given a Flywire board to test our PERSYST EM064LX-HR. The customer hooked it up to its platform and asked for drivers. It was a STM32 baseboard and we directed the customer to the GitHub location for our drivers that we had just released. The demo board worked seamlessly and the customer was able to evaluate our superior solution compared to the standard memory solution. Our spins PERSYST MRAM products are a dependable memory solution where harsh environment and reliability are paramount. These features have enabled a couple of marquee design wins and we expect similar mission-critical design opportunities in the future. We are proud to be partnered with Blue Origin on their Blue Moon Mark One lender mission set to travel to the moon later this year and congratulate Blue Origin on the launch of New Shepard's NS-31 Mission, the first all-female flight crews since 1963. ASO Digital, a supplier of complete satellite systems and mission support systems, as selected Everspin MRAM for their deep space mission. ASO Digital flight computer utilizes Everspin's PERSYST MRAM solution, which is the primary processor for the satellite system because responsible for receiving and storing command sequences from users on the ground, sending critical telemetry data and distributing information and traffic to the various subsystems onboard the satellite. It is designed for applications from Low Earth Orbit, LEO to Geosynchronous Orbit, GEO, up to 42,000 kilometers altitude where the environments are harsh and reliability is paramount. Our outlook for 2025 remains consistent. We continue to expect the year to be weighted more heavily towards the second half of 2025, due to our typical seasonality and do not expect a direct material impact from tariffs on our results. I will now turn it over to our CFO, Bill Cooper, who will walk you through our first quarter financials and second quarter 2025 guidance. Bill?