Good day, ladies and gentlemen, and welcome to the Akoustis Technologies Fiscal 2022 fourth quarter conference call. As a reminder, this conference call is being recorded. At the conclusion of the company presentation, Akoustis management will take questions. To ask a question, please press star one on your telephone keypad to be placed into queue. A replay of the call will be available on the Investor Relations section of the Akoustis website. Thank you, operator, and good morning to everyone on the call. Welcome to Akoustis' fourth quarter fiscal 2022 conference call. We are joined today by our Founder and CEO, Jeff Shealy, CFO, Ken Boller, and EVP of Business Development, Dave Aichele. Before we begin, please note that today's presentation includes forward-looking statements about our business outlook. All statements other than statements of historical facts included in this conference call, such as expectations regarding our strategies, operations, costs, plans, and objectives, including the timing and prospects of product development and customer orders, our expectations regarding achieving design wins from current and future customers, the possibility of entering into collaborative or partnering relationships, potential impacts of the COVID-19 pandemic, litigation matters, guidance regarding expected revenue, product orders, and milestones for the current and future fiscal quarters, and expectations regarding the integration of acquired business operations are forward-looking statements. Such forward-looking statements are predictions based on the company's expectations as of today and are subject to numerous risks and uncertainties. The company and our management team assume no obligation to update any forward-looking statements made on today's call. Our SEC filings mention important factors that could cause actual results to differ materially. Please refer to our latest Form 10-K and Form 10-Q filed with the SEC to get a better understanding of those risks and uncertainties. In addition, our presentation today will also refer to certain non-GAAP financial measures. A reconciliation of these measures to the most directly comparable GAAP measure is presented in our earnings call highlight release available in the Investors section of akoustis.com. I would now like to turn the call over to Jeff Shealy, Founder and CEO of Akoustis. Thank you, Tom, and welcome everyone to our fiscal 2022 fourth quarter conference call. I am pleased to report that Akoustis delivered over 140% year-over-year revenue growth and more than 13% sequential revenue growth as we continue to ramp commercialization of our leading BAW filter products. We were able to accomplish this despite the ongoing challenges in the macro environment, driven by COVID triggered lockdowns and power outages in parts of Asia, as well as the associated semiconductor chip shortages. The silicon chip shortages continue to have a major impact on the number of Wi-Fi access points that can be produced by our customers and has led to a significant production backlog across the Wi-Fi landscape. I'll discuss this in greater detail in a few minutes. Nevertheless, we were able to post a record quarterly revenue in June of $5.2 million and expect to continue revenue growth in sequential quarters with robust growth expected in calendar 2023. From a product development standpoint, we had one of our most successful quarters to date. We managed to achieve 10 out of the 11 stated milestones that we laid out at the end of the March quarter. I would like to congratulate the Akoustis team for working with a great sense of urgency and focus given the difficulties in the broader market. During the June quarter, five new customers entered production of finished products, which incorporate Akoustis XBAW filters, bringing the total number of customers ramping production to 13. We expect to see this number continue to grow throughout calendar 2022, including two new expected Wi-Fi 6E design wins in the current September quarter. Our growing customer activity in Wi-Fi, 5G Mobile, 5G infrastructure, and other markets is being offset by the previously discussed headwinds in our back-end supply chain. As such, we expect revenue growth in the current first fiscal quarter ending September 30th, 2022 of more than 5%, with continued top-line growth expected in the December quarter and throughout calendar 2023. Before discussing each of our target market segments in greater detail, I'm going to speak about the recent passage of the CHIPS and Science Act of 2022, commonly referred to as the CHIPS Act, and how Akoustis hopes to benefit from the act. The CHIPS Act legislation was introduced and authored in part by Senate Majority Leader Chuck Schumer. Its goal was to boost U.S. competitiveness with China by allocating tens of billions of dollars to increase domestic semiconductor manufacturing and science research. As some of you may recall, Senator Schumer gave a speech at the Akoustis fab in upstate New York in June 2021, shortly after he introduced legislation to provide $52 billion in funding to implement semiconductor-related manufacturing and R&D programs in the United States. More recently, in August 2022, Akoustis had the opportunity to provide an extended tour of our New York fab facility to Senator Schumer to share our commercial progress over the last year. Akoustis senior management plans to work closely with the local, regional, and state government of New York, along with Senator Schumer's office, to support implementation of the CHIPS Act, which we expect will present a significant opportunity for the revitalization of upstate New York's semiconductor presence, and in particular, the Greater Rochester area, where Akoustis' RF filter chip manufacturing facility is located. The CHIPS Act includes capital for U.S. semiconductor chip manufacturers, as well as billions more in tax credits to encourage investment in domestic U.S. semiconductor chip manufacturing. It also provides billions of dollars to fund scientific research and to spur innovation and development of other U.S. technologies. Over the past five years, Akoustis has proudly manufactured its innovative RF filter chip products in the U.S.A. We believe we are an ideal candidate for CHIPS funding and that we fit perfectly as part of Senator Schumer's blueprint to make New York the global innovation and semiconductor hub. We plan to promptly apply for funding under the CHIPS Act to add multiple new eight-inch silicon wafer manufacturing lines at our New York site. In addition, given the supply chain delays, energy shortages, and constraints associated with our Asia packaging partners, we hope to leverage CHIPS Act funding to build an advanced packaging center to reduce product costs and support shorter time to market for our products. Such funding would position Akoustis to manufacture and deliver billions of XBAW filter chips annually and position us to service both Tier 1 and Tier 2 mobile companies for 5G smartphones, as well as other high-volume end markets, including 5G networks, high-frequency Wi-Fi devices, and other wireless markets. The outstanding performance of Akoustis XBAW filters has, in fact, attracted the interest of many of the largest wireless companies in the world, names that everyone would recognize. The reality is the capital cost to build out capacity to service these billion-dollar wireless companies is substantial. We believe that CHIPS Act funding would allow us to make that enormous leap and build a world-class, state-of-the-art fab and advanced packaging center that both New York State and our country would be proud of. I would now like to discuss each of our target market segments in greater detail, beginning with the Wi-Fi segment. As I previously discussed, the Wi-Fi market continues to experience significant disruption from the ongoing supply chain issues as well as COVID lockdowns in China, and this has negatively impacted our near-term top-line growth relative to earlier expectations. An industry report by the Dell'Oro Group noted that the lead time for receiving wireless LAN access points has stretched to between six months and a year, a significant change from the weeks to months lead time at the end of 2021. I want to clarify that the impact on Akoustis is not due to our ability to supply RF filter chips to our Wi-Fi OEM customers, but rather the inability of our OEM customers to procure the complete bill of materials necessary to ramp production of the finished goods. Whereas we continue to gain design wins in Wi-Fi, our end customers simply are not able to procure several other components necessary to produce new access points, routers, and other Wi-Fi devices. While this has resulted in weakness and imperfect visibility in our near-term Wi-Fi-related revenue, we expect the supply chain issues to resolve over the next six to 12 months, which will improve both the clarity and the ramp of our future Wi-Fi filter revenue. On a more positive note, in the June quarter, we were thrilled to add Aruba Networks to our growing list of Wi-Fi customers, bringing the total number of Wi-Fi customers in production to nine. Aruba is one of the leading enterprise-class Wi-Fi infrastructure providers in the world, and they are using our custom-made XBAW filter solutions to deliver the highest performing Wi-Fi 6E access point on the market today. Each Wi-Fi 6E access point uses multiple Akoustis XBAW filters, providing multi-user, multiple in, multiple out architectures for high throughput and allows for the use of UNII-1-to-4 and UNII-5-to-8 performance unmatched by any other RF filter solution. We now have over 15 announced Wi-Fi design wins, and we expect to add both additional customers in production as well as new design wins throughout the balance of calendar 2022, including the two expected new Wi-Fi 6E design wins I previously mentioned. Recently, we completed significant and frankly very exciting performance improvements to our 5.5 GHz and 6.5 GHz Wi-Fi 6E and Wi-Fi 7 filter solutions. These enhanced filters use our new chip-scale packages and are currently shipping to multiple customers for testing. The advantages of these new filters include a massive improvement in out-of-band rejection, far superior to anything we have seen from our competitors. We have received significant interest from customers for these new filter products and expect to see design wins and production ramps using these new filter products in the near term. I am also pleased to announce that we fully qualified 4 Wi-Fi 6E, Wi-Fi 7 XBAW filter products during the June quarter in line with the milestones we set at the end of March. We expect to release into production these 4 Wi-Fi 6E, Wi-Fi 7 filters in the current September quarter. Additionally, we continue to advance the progress on our Wi-Fi 7 diplexer, which we are currently developing for one of the largest PC chipset makers in the world. The first design of this new diplexer was shipped to this Fortune 100 customer in December, and we received positive feedback on the design. The initial diplexer performed well and enabled the customer to characterize the product in their system, providing valuable technical feedback for the next design iteration, which was produced in our New York manufacturing facility in the June quarter and recently shipped to the customer in the past month. We remain on schedule for commercialization of this extremely exciting product and have received interest from other OEMs for diplexer, triplexer, and other multiplexer products. This includes the new Fortune 100 internet company customer that we announced on August 24th, 2022 which has given us a development order for two new Wi-Fi 7 XBAW RF filters for the AR/VR market and wearables and other mobile devices. Both the PC chipset company and the internet company expect to enter production with our developing diplexer products in calendar 2024. We attribute our surge in recent design wins to the fact that we were an early entrant in Wi-Fi 6E and 7, BAW filter solutions. Today, we have one of the most extensive Wi-Fi 6E portfolios and are expanding to include 7 BAW filters to address the enormous challenges of difficult dual-band coexistence, wide bandwidth, and high frequency operation within the 5 GHz-7 GHz frequency spectrum. While near-term macro supply chain issues remain, we are executing on design wins, new production ramps, and new product developments at a higher pace than ever before, and we expect to see the outlook improve quickly once the supply chain issues improve. To summarize our recent Wi-Fi activity, we now have 12 commercialized XBAW Wi-Fi filters, eight for Wi-Fi 6E and four for Wi-Fi 6. As of today, we have announced a total of 15 design wins, including the 2 we announced last week. We are currently in production with nine customers in Wi-Fi 6 and Wi-Fi 6E. Lastly, we are advancing the development of our XBAW multiplexer products led by our diplexer efforts, which have resulted in two development orders from two Fortune 100 companies. Moving on to 5G Mobile. We continued our momentum in 5G Mobile during the June quarter, getting closer to our goal of entering production in the 5G Mobile market by late calendar 2022, early calendar 2023, with the first of three Tier 1 customers with whom we are currently engaged. We shipped a second design to our Tier 1 customer in the June quarter using our new advanced wafer level packaging. We recently completed a quality audit with this customer and received a volume order for the first design. We remain focused on entering production with this customer on the targeted timeline. We also successfully developed and delivered one new engineering sample to our third Tier 1 customer, an RF frontend module maker. We initiated the next phase of this development with new engineering samples expected by the end of calendar 2022. These new XBAW filters incorporate the customer's designs, and we are targeting production ramp in late calendar 2024, early 2025. During the June quarter, we also iterated a redesigned filter for our Tier 2 5G mobile customer and shipped first samples to this customer in our new WLP. We continue to target a production ramp with this customer in mid-calendar 2023 for this first filter and have just received a purchase order for the development of two additional XBAW filters targeting Wi-Fi 6E applications. As we mentioned on our last quarterly update call, we have brought the production of our WLP in-house within our New York fab. We continue to work towards the design lock of multiple new advanced packages with full WLP process qualifications expected to complete later this calendar year. We believe bringing the WLP process in-house enhances substantially our ability to control the quality, cost, and customization of our advanced packages. To summarize our 5G Mobile activity, we have multiple customer-funded XBAW filters in design with four customer engagements including three tier-one customers. We ship samples of our second design XBAW mobile filter to our Tier 1 RF component company in our advanced wafer-level packages. We also successfully developed and delivered one new engineering sample to our third Tier 1 customer, an RF front-end module maker. We iterated a redesigned filter for our Tier 2 5G mobile customer and shipped first samples to this customer in our new wafer-level packaging. Our customer engagements also included our second Tier 1 RF front-end module maker that is using our XBAW resonators to develop multiple filters for 5G handsets. We shipped multiple 5G mobile XBAW filter samples to our customers during the June quarter, including multiple wafer samples utilizing our new advanced wafer-level packaging. Finally, we are currently migrating the manufacturing supply chain of WLP into our New York fab, which we expect to have design locked and available for qualified production later this calendar year. Now I would like to discuss our Network Infrastructure business highlights. I am pleased to announce we have officially began ramping production with three Citizens Broadband Radio Service or CBRS infrastructure companies in the June quarter, one of which is already experiencing higher than expected end customer demand. We expect these three customers to continue to ramp in the current September quarter and beyond, and believe we may see revenue upside in this segment given the current demand picture is increasing. During the June quarter, we successfully completed the next iteration of our 3.7 GHz-3.98 GHz XBAW infrastructure RF filter for the U.S. 5G market in C-band. We are currently sampling this new filter with multiple OEMs and expect to see greater small cell adoption beginning in the second half of calendar 2023, when we will be well-positioned. To summarize our 5G Network Infrastructure activity, we have four completed 5G network infrastructure XBAW filters, three for 5G small cell base stations and one for CBRS. We are currently sampling our new 3.7-3.98 GHz C-band filter for the U.S. 5G market. To date, we have announced three design wins in small cell with our Tier 1 customer and one design win from a second customer. Additionally, we have received four design wins for CBRS from three leading network infrastructure OEMs. Now I would like to discuss the highlights from our other business segments during the June quarter. In our defense contract business, we continue to progress on our existing R&D contract with DARPA to further enhance our XBAW PDK. In addition, we recently finalized a multi-year, multi-million dollar contract with DARPA to extend the operating range of our XBAW RF filters up to 18 GHz using novel materials and device manufacturing, as we announced in June. These new materials may have positive implications in our current 2 GHz-7 GHz frequency range that we are focused on today, given higher power handling capability and higher Q values. In our other market segment, we recently announced entering the RF timing and frequency market with our leading XBAW resonators. We are working with a leading maker of timing RF components to develop ultra-high frequency XBAW resonators for use in the customer's finished devices. The timing RF market represents a significant opportunity for Akoustis in both unit volume and revenue. Our primary customer is developing products that could be disruptive in the timing RF components market, looking to displace older analog technologies with ultra-low jitter and phase noise devices. We are extremely excited that our leading XBA resonators can be a part of this groundbreaking opportunity, and we have a new development in this area that I will be discussing shortly as part of our upcoming milestones. To summarize our other market segment activity, we have seven completed XBA filter solutions for civilian and defense markets. Further, our ultra-high frequency XBA resonators are now being used to deliver disruptive digital timing and control products to the broader communications industry. In addition, we continue to refine and improve our XBA PDK, driven by the direct to phase two contract with DARPA. We signed a new multi-year, multi-million dollar contract with DARPA in June to scale our XBA technology to 18 GHz. Finally, in addition to the numerous customers acquired through the RFMi acquisition, we have a total of three XBAW customer engagements, two of which have already placed purchase orders for us or provided NRE revenue. Now I would like to hand the call over to Ken to go through our financial highlights. Thank you, Jeff. For the fourth quarter ended June 30th, 2022, the company reported revenue of $5.2 million, which is an increase of 13% over the prior quarter ended March 31st, 2022, and an increase of 140% year-over-year. On a GAAP basis, operating loss was $17.7 million for the June quarter, mainly driven by revenue of $5.2 million, offset by labor costs of $9.1 million, depreciation of $2.4 million, and other operational costs totaling $11.4 million. As a result, GAAP net loss per share was $0.29. On a non-GAAP basis, operating loss was $14.9 million, and non-GAAP net loss per share was $0.26. Reconciliation of these amounts to the corresponding GAAP measures is available in the press release issued this morning, available on an Investor section of our corporate website. CapEx spend for Q4 was $5.9 million, a decline from $9 million in the prior quarter, reflecting the continued capacity expansion and equipment redundancy project in the company's New York fab. Cash used in operating activities was $11.9 million, up from $9.7 million in the prior quarter, mainly due to certain items outside of the normal course of operations. We expect to see our operating expenses decline in the second half of the year as our costs benefit from greater fab utilization. The company exited the June quarter with $80.5 million in cash and cash equivalents versus $55.9 million at the end of the previous quarter, primarily as a result of the issuance of $43.6 million in convertible notes. During the June quarter and prior to the closing on the convertible notes, the company raised $2 million in cash through additional at-the-market equity financing at an average price of approximately $3.88 per share. In the current September quarter, we expect multiple new Wi-Fi 6E and Network Infrastructure customers to ramp production, and therefore, we expect to see record revenue up more than 5% sequentially from the June quarter. Based upon our growing backlog of design wins, we anticipate that top-line growth will continue into our next fiscal year and beyond. I will now turn the call back over to Jeff to discuss our first fiscal 2023 quarter performance and future milestones. Thank you, Ken. The ongoing semiconductor chip shortages and supply chain delays that are impacting the broader industry continue to impact our customers. While our design win momentum continues to grow, driven by Wi-Fi 6, Wi-Fi 6E, Wi-Fi 7, 5G Mobile, 5G Infrastructure, and our other markets, our ability to grow revenue is being negatively impacted in the near term, given the broader market disruptions. Despite the near-term supply chain impacts, it's important to point out that revenue was up over 140% year-over-year in the June quarter, and we are currently expecting at least 200% growth year-over-year in the September quarter. We are beginning to experience greater than expected demand in CBRS and are targeting entry into the 5G mobile smartphone market by the end of the current calendar year or early calendar 2023, which should help accelerate revenue growth once again. By the end of the current quarter, we expect to ramp production from 12 customers to more than 14 customers, with additional customer design wins expected across all our market segments as calendar 2022 progresses. In the September quarter, we expect to generate revenue from each of our business segments, including 5G Mobile, Wi-Fi, 5G Network Infrastructure, and our other market segments. We continue to strive towards executing our targeted milestones and will continue to keep you informed of our progress. Our anticipated September 2022 milestones include, in our Wi-Fi segment, first, we expect to ship samples of our next generation Wi-Fi 6E, Wi-Fi 7 filter solutions to multiple customers. Further, we expect to secure at least two additional Wi-Fi 6E design wins during the quarter, and we expect a development order from a Fortune 100 internet company for two diplexers for design into next generation AR/VR headsets and other consumer devices, a milestone we have already achieved and announced in late August. For our 5G Mobile segment, we expect to receive our first purchase order for a 5G mobile filter from a Tier 1 customer announced in December 2021. In addition, we expect to iterate the original filter design for our first Tier 2 RF front-end module customer and receive a purchase order for two additional XBAW filters for development, a milestone we have already achieved and announced in late August. We expect to receive a volume order from our first Tier 1 mobile customer for the 5G XBAW filter that is expected to go into pre-production in late 2022, early 2023. Next, in our 5G Network Infrastructure segment, we expect to secure a development order for a new high-frequency 5G massive MIMO infrastructure receive filter. We expect to deliver a 3.7 GHz-3.98 GHz C-band 5G filter for the U.S. market and expect to sample with multiple Tier 1 customers for both small cell and DAS/AAS base station equipment. We expect to scale our CBRS production capability given stronger than expected demand from one of our customers. Finally, in our other market segment, we expect to receive a purchase order for the development of a new XBAW multi-chip module from a multi-billion dollar Tier 1 defense customer. We expect to start qualification for two resonators for the timing market from our first customer, and we expect to receive an order from a second resonator customer for the timing control market. In conclusion, we believe the market opportunity for our patented high-frequency XBAW filters is substantial. We now have 67 issued patents and 117 patents pending as we continue to build a substantial IP moat around our technology. We continue to work diligently to achieve each of our stated objectives, and we will continue to provide updates on our execution against these objectives going forward. Finally, I would like to thank our employees for their hard work, passion, and dedication, which accounts for multiple design wins across the Wi-Fi, 5G Network Infrastructure, and defense markets. We have also experienced exceptional momentum in the 5G Mobile market, driven by our leadership and filters that operate above 3 GHz and our new and expanding wafer level packaging capabilities. I also wish to thank our shareholders who continue to support the company. With that, I would like to open the call for questions from the investment community. Operator, please go ahead with the first question. Thank you. As a reminder, if you'd like to ask a question, please press star one on your telephone keypad. A confirmation tone will indicate your line is in the question queue. You may press star two if you'd like to remove your question from the queue. For participants using speaker equipment, it may be necessary to pick up your handset before pressing the star keys. Our first question comes from the line of Anthony Stoss with Craig-Hallum Capital Group. Please proceed with your question. Hi, guys. Let me start with you, Jeff. On the wafer level packaging side, how important is it, or maybe I should rephrase that. On the customer side, what percentage of your design wins you think, you know, going forward will have wafer level packaging? And then also, you know, you're talking about 500 million units production by the end of this year. You know, we're rapidly approaching 2023. Can you give us a glimpse as to where you think you need to be by the end of 2023? And then I had a follow-up after that for Ken. Okay, Tony. Well, good morning to you. A couple things you touched on there, but let's start with WLP. WLP is absolutely critical. It's critical for several aspects. I think, really, a broader statement, WLP for us is the packaging approach that allows our chips to drive into the mobile market, which, as we've said before, that's the largest volume opportunity for our technology. So that is extremely critical there. We have been, just to say an extra word on that, as we said in the script, we've been bringing that technology in-house. We're now shipping WLP in its final form to the mobile customers. So that's extremely critical. In terms of percentage of customers, the four engagements we described in mobile, they're all in WLP. In terms of percentage, it's 100% in the mobile market. In terms of the other significance of that, we also talk about chip-scale package and WLP. Both of those are on a cost savings roadmap that help us reduce the cost of goods for the filters that we're currently shipping. That's extremely important for cost structure of our products. It, and as we were very clear, we think in the script, we're producing that in-house as we speak. In terms of the half billion chips, we look out one to two years in terms of forecast and demand. We have said that in calendar 2022, we're ramping in Wi-Fi. We gave a lot of elaborate details, you know, 15 design wins in Wi-Fi. We've got nine programs we're currently ramping in Wi-Fi. What we've also said is, 2022 is also about our first design win into mobile. This is gonna. We still believe we're on track for that this calendar year to secure a design win. Those customer engagements have been robust and we've tried to keep investors updated on that. That's the mobile market is what's gonna be consuming that 500 million capacity. That's what we put it in place for. When we talk about going beyond the 500 million capacity, that's really to drive, as we said in the script, over to an 8-inch manufacturing platform, which again drives cost. It's not only scale, but it also drives cost savings in the cost structure of the chip. Let me pause there and for your follow-up. Thanks, Jeff. Really appreciate it. For Ken, you know, given the component issues from the other suppliers into the Wi-Fi supply chain, things getting pushed out, can you now take a look at when you think you'll be at break even? And just refresh our memories with all the moving parts, what revenue per quarter level you need to be for break even. Sure thing, Tony. Good morning. Yeah, we still hold to our model of operating cash flow break even the next 15-18 months. That revenue projection for a quarter would be revenue of $15 million-18 million in revenue per quarter, depending on mix. Got it. Thanks, guys. That's all my questions. Appreciate it. Thank you, Anthony. Thank you. Our next question comes from the line of Suji Desilva with Roth Capital. Please proceed with your question. Hi, Jeff. Hi, Ken. I'm wondering in terms of the OEM constraints that in wireless that are impacting the revenue. Can you highlight which components maybe the lead times have stretched out on? Do you have a sense of that with the OEMs and how quickly that can correct or whether this is Maybe a structural challenge that segment has for the next few quarters? Yes. Good morning, Suji. I'll let Dave take the first part of that question. Go ahead. Good morning, Suji. I think the main impact we have is with the SoCs or what we see with the OEMs is the SoCs. We've got one customer that actually has discontinued a you know production platform due to the availability of the chipset and you know and also the cost of the chipsets, which have gone up as well. Two of the leading chipset vendors are you know having lead times out to 52 weeks. When you look at between I guess existing platforms and new platforms coming, they're trying to find new nodes that they can get capacity allocation. This is a dynamic landscape that we're looking at. There's also impact, you know, around the rolling blackouts that we're seeing in China that are impacting production with some of the ODMs that operate in China, and also the COVID situations, you know, where they go to 100% lockdown. Those are impacts that could be a week or weeks. You know, we just work with our distributor network and the ODMs, you know, to manage that on our side as well. Okay. Thanks. Suji, one additional piece was, you know, we have seen on top of the SoCs, we also have seen availability of memory chips in the past have an impact on architectures, and that's something that you know continues to linger. We'll keep an eye on that as well. I certainly agree with Dave's point on the SoCs. Okay, great. Then maybe a follow-up for Jeff or Ken. Can you help us quantify or understand the magnitude of the impact you're seeing in terms of those pushouts versus the revenue you reported? Or any way you can qualitatively discuss that would be helpful. Let me talk. Since we're talking programs, I'll actually pull Dave back in, to talk about impact and what we're seeing on the program front. Yeah. The impact that we've highlighted, you know, the one program that we saw discontinued. Mm. What we're continuing to do is increase the design wins and then overlap those with, you know, the programs that may be going end of life slowly or end of life quickly. The revenue is slowed down at least for the next two quarters as we layer in the new programs, this quarter and the following quarter, but then picking up again, you know, with not only the Wi-Fi 6E design wins that we're in process with and executing, but also, you know, the new Wi-Fi 7 programs that we expect with the new designs that we have coming out. A good example I'll give you is Aruba, which we did announce. They're really just starting to hit their stride and, you know, it's one customer, but we're actually designed into three programs. Those three programs service, you know, high-tier, mid-tier, and low-tier. You know, we're, you know, ramping up quickly with them and working with the ODM supply chain. I think the next two quarters, there'll be some slowdown, but as we talk about accelerating in 2023. Okay. All right. Suji, just one additional piece is just on the supply chain, the impact on the supply chain front. I think that tends to happen is the average lead time actually increases when you, when you're talking about COVID, you know, lockdowns, as well as rolling blackouts that in some of these facilities. So that's what we're observing is some of the lead time. These are very large OEMs, so these aren't these. Mm. These are the biggest of the bigs that are suffering these types of circumstances. It, you know, it's added some challenges on the supply chain and, you know, we've been certainly compliment our team for working through those. It does have a tendency of increasing lead time, the overall impact. All right. Thanks, Jeff, Dave, Ken. Thanks. Thanks, Suji. Thank you. Ladies and gentlemen, as a reminder, if you'd like to join the question queue, please press star one on your telephone keypad. Our next question comes from line of Rick Schafer with Oppenheimer & Co. Please proceed with your question. Hello, good morning. This is Wei Mok on the line for Rick. You guys highlighted a 200% year-over-year increase in September and a growing backlog. I was wondering if you could talk about how big this backlog is. What's the split between Wi-Fi, Network Infrastructure, and Mobile? And do you have any visibility of how much this backlog extends into 2023? Hey, good morning, Wei. Jeff here, I'll hand it off to Dave for the breakdown you requested. Morning, Wei. A majority of the backlog right now is in the Wi-Fi side for the AP infrastructure. We've got, you know, backlog out 15 months, and that is part of our strategy of working with the distribution network and the ODMs to make sure that we've got backlog that matches, you know, against the other, you know, other materials that they're placing orders on because of long lead time on the other components. We're competitive in the market, but we're working closely with the ODMs and OEMs to get backlog, you know, to match obviously the demand they have on other material side. We are seeing an increase in, you know, some of the development customers that we have as well. The Wi-Fi non-smartphone mobile customers, that's pretty healthy demand. We're working with them as we transition through the development phases to pre-production, you know, targeting 2023. Lastly is the infrastructure side. It's actually, in the prepared remarks, you know, we're getting pretty good demand visibility, and it's actually increasing double-digit percentage points quarter-over-quarter, you know, with the CBRS customers, particularly one. We expect that to continue to progress, you know, and accelerate in 2023 as well. Wei, let me just add to that. As you know, Dave gave us kind of a current picture of that. As we move into the second half of this fiscal year with what we stated in terms of the objectives and where we think we're tracking on the mobile front, we would expect a significant increase in the backlog on the mobile front, and that would have the expected outcome of you know, driving revenue growth. You know, we're looking at the numbers of those programs, and they certainly, the volume production is you know, substantial in terms of against unit volumes that we currently have in backlog. Great. Thanks. As far as for my follow-up, it looks like in CapEx, you guys spent $28 million last fiscal year. How do you guys think about CapEx as you enter fiscal 2024? Have you modeled in CapEx factoring funding from the U.S. CHIPS Act? I'll first start with that and then hand it off to Ken Boller. First thing I wanted to preface is that, you know, the, you know, CapEx is something that, as we said in our prepared comments, we just wanna make sure we quantify that. You know, CHIPS Act funding could have a material impact on any numbers we provide you. With that being said, let me hand it off to Ken Boller. Good morning, Wei. Yeah. In CapEx, we've been spending primarily on commercialization of our New York fabs at 500 million filters. If you remember, we're also completing a redundancy project for which we expect to be roughly 90% through by the end of this calendar year, as well as wafer level packaging. We have spoken about an update to our ability to deliver wafer level packaging, but also in a commercial sense at significant volumes, as well as rapid prototyping. This is where we can develop our products quicker and come to market faster as well. With all that in mind, we did spend roughly $28 million last fiscal year. I do expect that to come down greater than 25% in the next fiscal year. As we know, a lot of the spend is a forward spend. Some of our lead times are still out there, up to 18 months in some cases. It's an investment for the future that we're making today. Yeah. Lead times, just to put a punctuation on that. Lead times of equipment continue to be a challenge. You can see all segments of the globe are pushing investment in semiconductors. That's something we got ahead of in the current expansion. I think we're thankful that we did. You know, that's something we gotta watch going forward. Great. Thank you. Thanks, Wei. Yeah. Thank you, Wei. Thank you. Ladies and gentlemen, this concludes our question-and-answer session. I'll turn the floor back to Mr. Shealy for any final comments. Okay. Thank you all for your time today. We look forward to speaking with you during our next update call to discuss the current quarter execution against our milestones and future expectations. Thank you. This concludes today's conference. You may now disconnect your lines. Thank you for your participation.