Thank you and good morning. I will begin today's call with a general company update. After that, Jack Kober, our Chief Financial Officer, will review our Q2 results for fiscal year 2025. When Jack is finished, I will provide revenue and earnings guidance for the third quarter of fiscal 2025, and then we will be happy to take some questions. Revenue for the second quarter of fiscal 2025 was $235.9 million and adjusted EPS was $0.85 per diluted share. We ended the quarter with approximately $682 million in cash and short-term investments on our balance sheet. The diversity of MACOM's end markets, product portfolio and global customer base continues to provide us with great opportunities for growth. Revenue by end market were as follows: Industrial & Defense was $98.5 million, Data Center was $72.2 million and telecom was $65.2 million. Telecom was up 18% sequentially, Data Center was up 11% sequentially and I&D was up 1% sequentially. Our I&D and Data Center quarterly revenues achieved record levels. Our Q2 book-to-bill ratio was 1.1:1. Notably, this was the fifth consecutive quarter of strong bookings and we are pleased our backlog is at a record level. Our turns business or orders booked and shipped within the quarter was around 20% of total revenue. We believe our growth is driven by our new products gaining market share, as well as positive secular trends in certain segments of our three major end markets. Now, turning to the end markets. First, Industrial & Defense demand continues to grow, driven by the U.S. and international DoD system upgrades in radar, EW and communication systems. The need for higher frequencies, higher power levels and higher levels of integration within the defense electronics sector plays directly to MACOM's strengths and enhances our addressable opportunities. Outside of the aerospace and defense business, demand in our traditional industrial and multi-markets area, which includes automotive, factory automation and medical was unremarkable. Second, telecom order trends have been improving, specifically in 5G infrastructure, broadband access and metro long haul. The most active areas of the telecom market is our SATCOM segment, where we continue to secure design wins in ground and space-based systems, supporting broadband connectivity and direct to cell applications. Third, data center business is strong, continue with demand from domestic and international cloud service providers. We see an accelerated pace of new technology deployments in this market, as well as rapid shifts in demand between various platforms and production. Our data center business is on pace to have a strong growth year, although we always like to remind investors that this market is our most volatile end market. During Q2, MACOM had exhibits at two significant industry trade shows, including the SATELLITE 2025 Conference in Washington D.C. and the Optical Fiber Conference or OFC in San Francisco, California. These large industry events were great venues to demonstrate the full breadth of our technology offerings and to introduce new product lines to our customers. So, I'll take a moment to highlight some key products we displayed. At SATELLITE 2025, we introduced our new Opto-Amp Product Line. Our flagship product is capable of producing up to 40 watts of optical power. Our Opto-Amp is an all-optical amplifier and has been developed to support free space optic applications, including satellite-to-satellite links and gateways to satellite links. This new product line leverages MACOM's command and experience with optical amplification. Our knowledge and relationships in the space and SATCOM industry, as well as our RF over fiber, photonics and material science expertise. Opto-Amp utilizes advanced materials like erbium and terbium to achieve high-output power and efficiencies. Because of our engineering capabilities and manufacturing scale, I believe this new product line can rapidly gain market share over the next few years. At OFC, MACOM had a total of 17 products and technology demonstrations. One of the major themes at OFC was the maturity of the linear pluggable optics or LPO ecosystem. MACOM's booth featured a full ecosystem demonstrating at 100-gig per lane consisting of switches from two different vendors, three different servers, and 400G and 800G modules from 12 different module vendors. The multi-mode and single-mode fiber optic link demonstrations ran seamlessly during the show with bit error rates well below required thresholds. One of the applications for LPO that appears to be gaining traction is server to switch links at 100G and 200G per lane. These high-volume short reach links, which typically involve active optical cables, require very low-power consumption. We also unveiled our chip stacked TIA and photodetector for 800G and 1.6T applications. This solution utilizes four of MACOM's new 200G photodetectors, which are dye stacked onto a MACOM 800G transimpedance amplifier. This solution leverages MACOM's expertise in high-speed signal integrity, ICs, photonics, system design and advanced packaging. As we have just passed the midpoint of our fiscal year, I would like to update and remind everyone of our long-term strategy. Simply put, we are focused on designing semiconductor-based products and platforms to support the highest power, highest frequency and highest data rate applications within our three core markets. We estimate our SAM is approximately $7 billion to $8 billion. I'll take a moment to discuss a few fundamental themes of our strategy. First, highest power. Our strategy is to build a best-in-class semiconductor portfolio that will enable commercial and defense systems to operate at the highest possible RF and microwave power levels. Our portfolio is underpinned by an array of leading proprietary III V semiconductor process technologies and we continue to focus on innovation in these areas. Differentiated semiconductor process performance is a critical factor in our products' competitive advantage and therefore advanced process development is an important part of our strategic plan. Today's development efforts may not impact our revenue for three or four years, but they are the lifeblood of the future growth of the company. When we think about high power, we don't just think about amplifiers, but a wide range of products like control products, kilovolt capacitors, 50-watt to 7 kilowatt transistors, filters, power combiners, TWT linearizers and receiver protector limiters, just to mention a few. And as I just discussed, we have added high-power optical amplifiers to the portfolio, which will be a new growth vector for us. As we focus on future requirements for commercial systems, I'll also highlight that our team is making great progress on the development of our fourth generation GaN on Silicon Carbide RF power process, also known as GaN 4. We expect this new process will ensure MACOM's next generation cellular infrastructure products support customers' demands of higher power, better efficiency and improved linearity. Second is the highest frequency. Our strategy is to develop differentiating gas and GaN high-frequency processes to support our core three markets. As a reminder, in 2021, we announced a Cooperative Research & Development Agreement or CRADA with the Air Force Research Labs on the topic of millimeter wave GaN on silicon carbide. This CRADA led to the release of our first generation 140-nanometer GaN process, which is in production. Since then, we have been awarded numerous government contracts to support development of advanced millimeter wave GaN. This work has been underpinned by a recently-signed second CRADA with the Air Force Research Labs, which focuses on sub-100 nanometer GaN technology. Associated with these efforts, we recently completed the installation of a new molecular beam epitaxy or MBE reactor at our low wafer fab, that gives us the ability to perform advanced semiconductor processing steps, including developing new ways to reduce ohmic contact resistance. A lower resistance equates to higher-frequency operation, higher gain and higher power efficiencies, especially at sub-140 nanometer gate lengths. The reactor is installed and operational, and our team is already developing proprietary processes to create industry-leading ohmic contact performance. I'll note the reactor will also be used on other product lines besides GaN, including X-band BAW filter technology, which is currently in development. Installing and qualifying the MBE is a major undertaking and our fab, equipment and technology teams have done a great job executing this project on time and in budget. These U.S.-based activities are complemented with efforts to expand our presence in Europe at MACOM's European Semiconductor Center or MESC, which has expertise in epigrowth, compound semiconductor wafer processing and IC design. MESC offers leading-edge high-performance HEMT and HBT processes in gallium arsenide, as well as gallium nitride, ideal for microwave and millimeter wave applications. We are seeing an increase in customer adoption of MESC's core products and technologies, and we are gaining market share across Europe and the U.S. Customers are pleased to see MACOM revitalize and scale MESC's capabilities. Our efforts to transfer the current processes from three inch to six-inch production tooling are on plan and should be completed within the next few quarters. Once the transfers are complete, we will initiate an exciting technology development roadmap with the goal of becoming Europe's leading III V foundry for gas and GaN on Silicon Carbide. In parallel, we expect to expand our European engineering and hybrid manufacturing capabilities to support a wide range of growing European industries. Third is high-performance connectivity. Our strategy in high-performance connectivity revolves around high-speed data transfer over copper and optical fiber. While we often say our solutions are analog based, in fact, many of our ICs contain significant proprietary mixed signal in digital IP to support complex functionality and performance modes as required by the applications. Our growing team of analog, mixed signal and digital IC designers have a rich history of advanced circuit design and innovation. Our strategy is to focus on customers building systems for data center and telecom optical networking, emulation and prototyping, broadcast video and semiconductor testing. In addition, we look to diversify our product portfolio and customer base. We are fluent in NR