Robert Bruggeworth
Chief Executive Officer at Qorvo
Thanks, Doug, and welcome everyone to Qorvo's fiscal 2024 first-quarter call. Revenue, margin, and EPS were all above the midpoint of the outlook we provided on our May 3rd earnings call. End-market demand in the June quarter was consistent with our expectations. Within the Android ecosystem, channel inventories continue to be consumed and Qorvo continued to under ship-to-end market demand. We expect a continued reduction in channel inventories in the September quarter and we see Android channel inventories normalizing by calendar year-end.
In other markets relative strength in the areas like defense and aerospace and automotive was offset by inventory consumption across consumer markets and weak demand in 5G infrastructure. In some of these markets, we expect inventory consumption to extend into next year. Qorvo has worked diligently since last fall to aggressively drive down channel inventories in multiple markets while at the same time prioritizing new product development and securing customer designs. This has enabled us to drive growth in large customer programs and it positions Qorvo for incremental growth as end markets recover.
As we have stated in the past Qorvo's growth targets by segment are for strong double-digit growth in connectivity and sensors, double-digit growth in high-performance analog, and mid-to-high single-digit growth in Advanced Cellular. Design wins during the quarter and HPA were diversified across customers and markets and included large defense programs extending multiple years.
In connectivity and sensors, design activity span a variety of applications including highly integrated IoT connectivity solutions, Wi-Fi 7 RF front-ends, and force-sensing touch sensors. We have a broad range of growth drivers and CSP, and we are pleased with our increasing design activity in new growth areas like sensors and ultra-wideband. Over time, we see HPA and CSG contributing increasingly to growth, diversification, and margin expansion.
In Advanced Cellular, design activity continued to be favorable across all leading smartphone OEMs. We are growing our content and next-generation 5G smartphones at our largest customers and we are capturing new content in the Android ecosystem as 4G units transition to 5G in Android or Sam. In calendar 2023, approximately 45% of Android smartphones will be 5G and we expect Android 5G smartphone unit growth to post double-digit CAGR for several years.
Now let's turn to some quarterly highlights. In automotive applications, Qorvo was selected by an automotive tier-one to supply ultra-wideband connectivity for an upcoming EV launch by a US-based manufacturer. We are pleased with this win and the growing content opportunity in automotive for the ultra-wideband content inside the car will typically include five to seven placements, plus one placement in each key fob. We also secured touch sensor design wins, enabling force level detection in a range of smart interior applications including center console, door panel, steering wheel, and display. These are multiple design wins totaling multiple millions of dollars.
In Automotive Connectivity, we were selected by a leading automotive antenna supplier to provide Cellular V2X front-end modules and BAW coexistence filters for use by a major European-based OEM. Lastly, we expanded our automotive footprint with an automotive radar design-win to supply receiver amplifier for a major US-based automotive OEM. Qorvo's automotive opportunities include DC to DC converters, onboard chargers, smart interiors, RF front-ends for 5G, Wi-Fi V2X connectivity, radars, and ultra-wideband secure car access for key parts and inside cars.
In Wi-Fi. We secured several Wi-Fi 7 design wins with access point providers for our Wi-Fi 7 BAW filters enabling full coverage of 2.4, 2.5, and 2.6 gigahertz bands. We also began sampling tier-one customers for our next-generation Wi-Fi 7 FEM, which pairs with multiple chipsets.
In our Connectivity Systems business, we were among the first to Achieved Matter 1.1 certification for our concurrent connect integrated solutions for gateways and devices. This expands our market opportunity in support of the top smart home ecosystem customers whose installed base exceeds 150 million home networks.
In silicon carbide, we booked a multi-million dollar customer order for silicon carbide power devices supporting AI servers and other data center applications. Design-win funnel for Qorvo silicon carbide power devices is increasing and we continue to expand our supply base to support our customers.
In addition to the previously-announced supply agreement with SK Siltron, we also have agreements in place with Woolsey [Phonetic] and Coherent. For broadband applications, we extended our leadership in DOCSIS 4.0 with customer sampling of our 1.8 gigahertz hybrid power doubler. This solution delivers more RF power with lower-power consumption than competing solid-state solutions.
In Cellular Infrastructure, we released a highly integrated 3.4 to 3.8 gigahertz 8-watt PAM that simplifies 5G massive MIMO system design. We also began sampling the industry's first C band Discrete BAW band pass filter for 5G small cell radios. For defense communications, we began sampling the industry's first 2 to 18 gigahertz transmit, receive front-end module delivering 10 watts of transmit power. This highly integrated wideband solution integrates LMH PAD switch. It leverages Qorvo's advanced packaging and process technologies to maximize power efficiency in a miniaturized footprint. The form factor and functional density of our solution is especially critical given the trend in our defense and aerospace business of one-to-many.
In addition to manned aircraft, there will be many more drones. In addition to large geo satellites, there will be many more LEO satellites. These future communication systems and system upgrades incorporate more electronics requiring greater integration across higher volumes. For smartphone OEMs, we began sampling Android smartphone customers Qorvo's newest highly integrated, PAD, which combines in a single placement the low, mid, and high-band manpower functionality that is currently offered in two placements. This new architecture reduces the surface area by 40% to meaningfully simplify design and decrease time-to-market for mass tier 5G phones. This follows on the heels of our announcement last quarter that we began sampling a mid-high-band path that combines the main path and diversity receive content for the mid and high bands. Both placements leverage a broad range of Qorvo process technologies, including our newest BAW and SAW filters.
Lastly, we commenced customer sampling of our next-generation antenna tuners, which deliver best-in-class linearity, the industry's smallest solution size, and compatible with all major chipsets. I want to thank the Qorvo team for continued operational excellence. We have made significant progress clearing channel inventories while developing new technologies and securing new design wins that enhance our customers' products and expand our addressable market.
In the September quarter, our outlook primarily reflects new products ramping at our largest customer. Later in the year, we expect Android revenues to reflect a healthier channel in Qorvo's shipments that are more closely aligned with end-market demand. We are very encouraged by customer design activity we've seen so far this year, we expect revenue growth and margin expansion as product mix favors our high-growth investment businesses and we are positioned for incremental growth as end markets recover.
And with that, I'll hand the call off to Grant.