Thank you, Alison. Good afternoon everyone and thank you all for joining our fourth quarter fiscal 2023 conference call. Q4 revenue increased 83% year-over-year to $7.5 million. This growth was driven by record high IP revenue. Full-year revenue increased 31% to $21.2 million. New products represented 86% of total revenue in 2023, up from 72% of total revenue in 2022. We believe the percentage of new product revenue which is driven mostly by IP contracts will increase again in 2024. We set several new all-time records for QuickLogic in 2023. These include new quarterly records for non-GAAP operating profit and non-GAAP net profit set in Q4 and for the full-year. We also set new records for non-GAAP operating margin and non-GAAP net profit margin. Based on our outlook for greater than 30% revenue growth in 2024, which is well-supported by our record $168 million opportunity funnel, we anticipate eclipsing those records this year. The short story here is the IP business model we launched in 2020 is delivering strong results. Over the last three years, we have delivered a topline growth of 146%, increased our non-GAAP gross profit dollars by over 230%, and with a modest decrease in non-GAAP operating expenses, improved our operating leverage by over 250%. With this performance, a profitable year now under our belt, and an outlook for continued growth driven mostly by new IP customers, I think it’s fair to say our new IP business model has developed solid traction. Let’s take a few minutes now to update the status for some of our major contracts: Last August, we announced the award of the second phase of our government contract, that has a total potential of $72 million. This phase added Honeywell Aerospace as a foundry partner, and increased the funding from phase one levels to bring Honeywell up to speed quickly. Phase two also funded our continued activity with SkyWater Technologies. In our growth projections for 2024, we are modeling a return to the funding rate of phase one for the next phase of this contract. This outlook may prove to be conservative, but providing conservative projections is our goal. While we are highly confident of achieving our 30% plus revenue growth objective in 2024, the timing and cadence of large IP contracts and a strategic shift in how we allocate revenue between engineering services and IP will push the recognition of certain revenue into the second half of 2024. It is important to note this shift in allocation does not impact or delay our cash flow from IP contracts. Cash flow from IP contracts will remain as it has been in past years. This shift simply better aligns revenue with the value of our deliverables and improves our ability to effectively negotiate and win future contracts. Beyond building on the success of our large government contract, we are very well positioned to significantly expand our IP business across many new customers and market sectors, as well as the number of fabrication nodes supported by our IP in 2024. During the first two months of 2024 we have already booked one significant contract with a new IP customer and believe we will have a second one booked later this week. These two contracts, and others we believe we will book in the coming months, will contribute to cash flow throughout 2024. However, revenue will not be recognized on our income statement until the second half of the year. I would like to provide a little more color on both of these designs. The first new contract that we’ve finalized already this year is exciting and, we believe, indicative of forward design trends that favor the incorporation of eFPGA technology. I cannot go into as much detail on this design, but I can share it is a new Defense Industrial Base customer and the application is not related to our large government contract. This design will be fabricated by GlobalFoundries on its low power 12-nanometer process known as 12LP. We believe there will be opportunities to expand our engagement with this customer going forward. The second of the contracts is with a large company that I’m sure you would recognize. This design is for a new ultra-low-power SoC that is targeting a variety of commercial and industrial IoT applications as well as aerospace and defense applications outside the U.S. This design has been referenced in prior calls as government funded and will be fabricated by TSMC on its 12-nanometer process. Within the SoC, our eFPGA technology is used for AI acceleration, which is a necessary function in most AI applications. We believe this will prove to be a rapidly growing application that is often better served by FPGA technology than a processor running the acceleration algorithms in software. If you’ll forgive me for diverging into a little tech-talk, I’ll briefly explain why this is the case. Acceleration is accomplished by processing data using an algorithm. Because acceleration is very important and can provide key competitive advantages for our customers, these acceleration algorithms are constantly refined and changed. Due to this, the semiconductor device tasked with running the algorithms must be able to adapt to changes in algorithms. Since it is impossible for a fixed ASIC to adapt to these changes, the only two ways to support the requirement are a processor or programmable logic, which is most commonly accomplished today with FPGA technology. The challenge here is that while these acceleration algorithms can run in a processor and the processor can be reprogrammed for algorithm changes, processors are inherently slower and consume far more power than pure hardware solutions like FPGAs. In this particular application, the priority was the lowest possible power consumption, and that is what led the customer to select our ultra-low-power eFPGA IP. As AI expands into edge applications, we believe this will be a common application for eFPGA that we are very well positioned to address. In November 2022, I shared that we had taped out a new device for a customer that incorporates our eFPGA IP. Due to strict confidentiality requirements, I can't share more details on the specific design win beyond a brief update. We continued our work on this design during 2023 and it contributed revenue throughout the year including Q4. The customer is now working through certain aspects of the design. We believe this will take a couple of quarters and that our activity will resume during the second half of 2024. This customer could represent tens of millions of dollars in potential device revenue starting in a couple of years. Last September, we announced a leading technology company chose our eFPGA IP for a design that will be fabricated using GlobalFoundries 22FDX platform. Again, due to strict confidentiality requirements, I cannot go into more detail on the design, but I can share that we are on schedule to deliver our IP during this quarter. Last November, we announced a global semiconductor leader chose our eFPGA IP for a design that will be fabricated on UMCs 22-nanometer platform. We are on schedule to deliver our IP for this design during this Q1. In total, we will be on contract to either deliver or begin development of our IP on six different foundry/process technology combinations this quarter. This is up 3X from a year-ago, demonstrating the market demand for eFPGA IP is accelerating and that the automation from our Australis IP Generator enables us to address the demand in a scalable way. I continue to be encouraged by the early steps we took to capitalize on the rising Chiplet market, and I am not at all surprised to see it as headline news today. Chiplet architectures enable customers to much more cost effectively incorporate FPGA into new designs. The research firm Market US, recently released its 10-year forecast projecting the Chiplet market will grow from only a few billion dollars in 2023 to $107 billion in 2033. That represents a 10-year CAGR of over 42%, and I believe we are very well positioned to capitalize on this growth. We have several Chiplet opportunities in our funnel including deals with our partner, YorChip. As a matter of fact, we submitted a proposal to one customer earlier this month and have another on tap that we expect to submit later in the first half. Our lead smartphone customer has worked through its excess inventory of EOS S3 and we resumed shipping during Q4 to support production. We expect the volume to increase in 2024 as our EOS S3 solution was selected for new designs that will ship into 2025. We are also forecasting modest increases in display bridge shipments this year and expect mature product revenue will be similar to what it was in 2023. The private label agreement that SensiML established last quarter with a leading MCU company is building traction, but not yet delivering revenue. The MCU company has established end-customer engagements and SensiML has established some notable engagements independently. We are optimistic that these and future engagements will lead to a material increase in SensiML revenue in 2024. With that, let me now turn the call over to Elias for a review of the financial results, and I will rejoin for our closing remarks. Elias, please go ahead.