Thank you, Paul, and thank you, everyone, for joining today's call. Coherent is the world's leading innovator and provider of photonic technology and solutions. Photonics is critical to growing applications in AI data center networks, communications and a wide range of industrial applications. We're well positioned for long-term growth across all these applications and especially in AI data centers where we're experiencing unprecedented demand for our optical networking products. In particular, we expect continued strong sequential revenue growth throughout this fiscal year given the record level of orders we are receiving from our customers and the continued expansion of our production capacity. In addition, we continue to streamline our portfolio and ensure that our investments are focused on the areas of greatest long-term growth and profitability for the company in order to drive sustained shareholder value creation. Turning to our Q1 operating results. Revenue increased by 6% sequentially and 19% year-over-year on a pro forma basis, which excludes revenue from our recently divested Aerospace and Defense business, a sale that enhanced our portfolio focus and accelerated deleveraging. Non-GAAP gross margin expanded by 70 basis points sequentially and 200 basis points year-over-year. The combination of revenue growth and gross margin expansion drove non-GAAP EPS growth of 16% sequentially and 73% year-over-year. I'll now provide some highlights from our 2 operating segments. We'll begin with our Datacenter and Communications segment, which is our largest and fastest-growing business, Q1 revenue grew by 7% sequentially and by 26% year-over-year driven by growth in both our Datacenter and Communications markets. In our Datacenter business, Q1 revenue grew 4% sequentially and 23% year-over-year. Our Datacenter growth in Q1 was constrained by the supply of indium phosphide lasers. However, we expect data center growth to accelerate to approximately 10% sequential growth in the current quarter followed by strong sequential growth through the balance of this fiscal year given very strong demand and improving supply. I'd like to provide some additional color on both the demand and supply picture within our Datacenter business. First, we are experiencing an exceptionally strong level of demand. In our fiscal Q1, we received direct bookings that represent a step function increase in already strong customer demand. We are seeing strong demand for both our 800 gig and 1.6T transceivers with broad adoption of our 800 gig transceivers and accelerated adoption of our 1.60T transceivers. A significant portion of the sequential growth we expect in the current quarter is driven by 1.6T adoption. As a reminder, earlier this year at OFC, we were the only company to demonstrate 3 different types of 1.6T transceivers based on 3 different types of laser sources; silicon photonics, EML and VCSEL. Our 1.6T transceivers based on silicon photonics and EMLs are ramping first, and we expect our 1.6T transceivers based on our 200-gig VCSELs to ramp next calendar year. We see strong demand for 1.6T transceivers across multiple customers and expect both 800-gig and 1.6T to grow significantly in calendar 2026. Our deep portfolio of optical networking technology, combined with our vertical integration and diversified supply chain, are key competitive advantages with our customers and uniquely position coherent within the industry. On the supply side, given the strong demand growth we are seeing, we are continuing to expand our production capacity for transceiver modules and the key optical components used in those modules. For example, one of the key constraints across the industry is indium phosphide laser capacity. Over the course of Q1, we saw improving EML supply, and we expect both internal and external EML supply to improve significantly in the current quarter and throughout the balance of this fiscal year. In particular, we continue to expand our internal indium phosphide production capacity. We are aggressively ramping 6-inch capacity because a 6-inch wafer compared to a 3-inch wafer will produce more than 4x as many chips at less than half the cost. This will provide increasing benefit to our gross margin as we continue to ramp production. Our 6-inch indium phosphide line in Sherman, Texas, which is the world's first 6-inch indium phosphide production line began production last quarter and continues to ramp well. I am very pleased to share that our initial 6-inch indium phosphide production yields are actually higher than our current 3-inch indium phosphide yields. This is an outstanding accomplishment by our production team and also a testament to the tremendous experience that we've gained over the past 5 years, producing almost 2 billion VCSEL devices on our 6-inch gallium arsenide technology. Given the healthy yields we are seeing with 6-inch production, we began production of 6-inch indium phosphide at a second site in Jarfalla, Sweden, ramping at 2 sites in parallel will significantly accelerate our production capacity ramp. Additionally, we are in production on 3 different types of key transceiver components on 6-inch indium phosphide, EMLs, CW lasers and photodiodes. With the ramp of 6-inch production at 2 sites in parallel, we expect to roughly double our total internal production capacity of indium phosphide over the next year. We also expect to continue to supplement our internal indium phosphide capacity with sourcing from external suppliers. We expect our external supply of EMLs to increase sequentially this quarter and next calendar year through continued partnership with our key external suppliers. In addition to critical laser production capacity, we are also expanding transceiver module assembly capacity. While we continue to expand production at our existing site in Ipoh, Malaysia, we will now be expanding production capacity in parallel at a new transceiver production facility that we recently opened in Penang, Malaysia. In addition, we will be adding transceiver production capacity at our existing site in Vietnam, which already produces transceiver components. This additional production capacity allows us to continue to rapidly ramp module capacity to support the demand growth in front of us. I'd like to pivot to some technology developments that we expect to further benefit our data center business over the long term. We continue to make progress on LPO, LRO, CPO and [ NPO ] related products and technologies with strong engagements across a wide range of customers. For example, we've shipped both LPO and LRO 800-gig and 1.6T transceivers to customers. Also in September, we announced that we have commenced sampling of our 400-milliwatt CW lasers designed for CPO and silicon photonics applications. We expect to address a broad range of CPO form factors for both scale-out and scale-up data center applications with this new product. We also continue to see significant customer engagement around our 200-gig VCSEL-based solutions for NPO applications. Multiple customer engagements on integrated optics applications reinforce our view that the incremental market opportunity for optical solutions in the scale-up portion of the AI data center networks will be very compelling, and we believe Coherent is well positioned to address these applications using both CW and VCSEL-based solutions. We continue to expect to see initial CPO deployments in calendar 2026, with growth continuing in the following years, while pluggable form factor continues to grow in the scale out portion of the network. Another area of new growth is our optical circuit switch platform, which continues to progress well with expanding customer engagement. We believe this product line adds over $2 billion of addressable market opportunity over the coming years. Both the breadth of customers and the range of applications are wider than our initial expectations. The underlying technology in our OCS system is a nonmechanical field-proven liquid crystal technology which has been successfully deployed for many years in demanding telecom applications and has a significant competitive advantage over other solutions. To date, we've shipped systems to 7 customers and expect that number to continue to expand this quarter. Shipments have included both 64x64 and 320x320 system sizes. Both revenue and backlog for OCS grew sequentially in our fiscal Q1 and and we expect it to grow again in the current quarter. Our current backlog includes both 64x64 and 320x320 systems with the majority of the backlog weighted toward the larger system size. Given the strong customer demand and backlog, we are aggressively ramping production for both small and large capacity systems, and we expect revenue to ramp throughout calendar 2026. Given the multiple growth vectors across pluggable transceivers, CPO and OCS, we are very excited about the opportunities ahead of our Datacenter business. Turning to our communications market. In Q1, revenue grew 11% sequentially and 55% year-over-year. Growth was driven by products for data center interconnect, but we also saw strong growth in traditional telecom applications. We expect our communications business to grow sequentially again in the current quarter and throughout the balance of this fiscal year. In hyperscale DCI, we continue to see strong growth in customer demand for our