QuickLogic Corporation (QUIK) Company Overview

What does QuickLogic Corporation do?

QuickLogic Corporation, traded on Nasdaq under the ticker QUIK, is a small fabless semiconductor company focused on programmable logic. Its core offerings are embedded FPGA intellectual property, specialized discrete FPGA devices, radiation-hardened programmable logic, antifuse products, and software tools that let customers configure those devices. The company does not own semiconductor fabrication plants. Instead, it develops architectures, tools, and design services, then relies on foundry and manufacturing partners to produce silicon.

Why does a small FPGA supplier matter?

QuickLogic occupies a niche between large general-purpose FPGA vendors and custom ASIC design. Its embedded FPGA, or eFPGA, hard IP can be incorporated into a customer’s system-on-chip so functions can be changed after fabrication. This can reduce the risk that an expensive ASIC becomes obsolete when standards, algorithms, security requirements, or mission needs evolve. The company’s stated mission emphasizes critical infrastructure, extreme environments, security, reliability, and long-term supply assurance; that framing helps explain the current push toward aerospace, defense, post-quantum security, and ruggedized applications on the official QuickLogic website.

The customer base spans aerospace and defense, industrial, computing, and selected consumer applications. The economic attraction is not scale today; it is the possibility that specialized IP, government-funded development, and customer-specific engineering can produce higher-value programs than commodity chip sales.

How does QuickLogic make money?

QuickLogic’s reporting divides revenue into new products and mature products. New products include hardware manufactured on semiconductor processes of 180 nanometers or smaller, eFPGA IP licenses, eFPGA-related professional services, support, and maintenance. Mature products are older devices made on processes larger than 180 nanometers, with related royalties classified alongside the underlying device family.

Which revenue stream matters most?

eFPGA IP and professional services are now the economic center of the company. In fiscal Q1 2026, they generated approximately $4.204 million, or about 83.2% of total revenue. By comparison, new hardware contributed only $86,000 and mature products contributed $761,000. The quarter’s mix therefore looked more like a specialized engineering and IP company than a conventional high-volume chip vendor.

Why can revenue be lumpy?

Large professional-services contracts are recognized according to funded phases, milestones, customer acceptance, and accounting judgments about performance obligations. That means a single program can dominate a quarter. Fiscal Q1 2026 customer concentration illustrates the issue: one customer represented 70% of revenue and another represented 12%. This concentration can create sharp changes in revenue, gross margin, contract assets, and cash flow when timing moves between quarters.

What did QuickLogic’s latest quarter show?

The fiscal first quarter ended March 29, 2026 showed a meaningful revenue rebound from the depressed second half of 2025, but it did not yet establish sustained profitability. Total revenue rose 16.8% year over year and 35.3% sequentially to $5.051 million. New-product revenue increased 14.5% year over year to $4.290 million, while mature-product revenue rose 31.7% to $761,000.

What changed beneath the headline?

The strongest signal was not simply revenue growth; it was the return of gross margin to 36.5% after only 18.1% in fiscal Q4 2025 and negative 23.3% in fiscal Q3 2025. That improvement indicates better absorption of program costs and a more favorable mix, although the margin remained below 43.4% in the prior-year quarter. Operating expenses of $4.0 million still exceeded gross profit, so scale remains essential.

QuickLogic’s fiscal Q1 2026 earnings release also highlighted initial RadPro development-kit shipments, a new 12LP contract, and channel expansion. Those operating milestones are important because they may broaden revenue beyond the current professional-services concentration.

How did QuickLogic’s strategy evolve?

QuickLogic’s current identity is the result of a long shift away from broad consumer connectivity chips toward licensable programmable logic, open-source-enabled design tools, and mission-critical applications. The company’s official history shows how foundry support, eFPGA automation, and radiation-hardened programs became the central strategic thread.

1. 1988
   QuickLogic was founded around programmable logic, creating the technical base that still supports its specialized FPGA architecture work.
2. 2016
   Brian Faith became president and CEO as the company transitioned from earlier mobile and sensor-platform products toward a more IP-centered model.
3. 2021
   Australis was introduced as an eFPGA IP generator built on the OpenFPGA framework, reducing the need for every architecture to be handcrafted.
4. 2022
   Support expanded across advanced foundry processes, including GlobalFoundries 22FDX, and QuickLogic announced radiation-hardened eFPGA work for SkyWater RH90.
5. 2023
   The company added contracts on UMC 22nm and GlobalFoundries 12LP, while forming partnerships around post-quantum cryptography and UCIe FPGA chiplets.
6. 2025
   Government-funded strategic radiation-hardened FPGA work expanded, while commercial eFPGA design wins broadened into data-center and high-reliability applications.
7. 2026
   The government-program ceiling reached approximately $89 million, initial RadPro development kits shipped, and new contracts reinforced the move toward custom, ruggedized programmable logic.

What did Australis change?

Australis turns architectural expertise into a repeatable generator. QuickLogic says supported-process eFPGA IP can be customized within days, while new process technologies may be supported within a quarter. The value proposition is faster adaptation across foundries, process nodes, logic capacity, memory, and digital-signal-processing resources. This matters strategically because customization speed can lower customer integration risk and spread engineering investment across more programs.

What gives QuickLogic a competitive advantage?

QuickLogic does not have the scale, catalog breadth, or manufacturing leverage of AMD, Intel’s Altera business, Lattice Semiconductor, or Microchip. Its advantage must therefore come from narrower resources: three decades of programmable-logic know-how, customizable eFPGA architectures, open-source-based tools, support across multiple foundries, and willingness to execute small or highly specialized programs that may be unattractive to larger vendors.

How strong are switching costs?

Once eFPGA IP is designed into a system-on-chip, validated, and supported through the customer’s tool flow, switching can be expensive. A replacement may require architecture changes, re-verification, new software flows, and another silicon tape-out. These are real switching costs, but they appear only after a design win. Before that point, QuickLogic must overcome a credibility disadvantage versus larger vendors with broader support organizations and stronger balance sheets.

Where is the moat still fragile?

The moat is constrained by customer concentration, limited financial resources, small engineering scale, and dependence on partners. QuickLogic’s technology can be differentiated without yet producing durable corporate-level profitability. For researchers, the correct distinction is between a potentially sticky product position and a still-unproven economic moat.

Who are QuickLogic’s main competitors?

In discrete FPGAs, the company identifies Lattice Semiconductor, Microchip, AMD through Xilinx, and Intel through Altera as important competitors in its fiscal 2025 Form 10-K. It also competes with semiconductor-IP suppliers, internally developed programmable fabrics, fixed-function ASIC blocks, microcontrollers, and software-based alternatives.

What does industry structure imply?

Supplier power can be meaningful because QuickLogic depends on foundries, package providers, EDA tools, and specialized semiconductor tooling. Buyer power is also high because large customers can represent substantial shares of revenue and can negotiate milestone structures. Rivalry is intense, but the addressable market is segmented: standard high-volume FPGAs favor scale, while unusual process, security, or radiation requirements may favor specialists.

How financially strong is QuickLogic?

The balance sheet requires careful interpretation. At December 28, 2025, QuickLogic reported $18.8 million of cash and cash equivalents, but that amount included $15.0 million borrowed under a revolving facility. At March 29, 2026, cash had fallen to $6.0 million after the company repaid the revolving balance, and interest-bearing debt consisted primarily of $3.1 million in financing arrangements. The company also raised $3.1 million of net proceeds from common-stock sales during fiscal Q1 2026.

Why did fiscal 2025 look weak?

Fiscal 2025 revenue fell 30% to $13.774 million from $19.651 million in fiscal 2024. New-product revenue declined 33% to $10.464 million, while mature-product revenue declined 17% to $3.310 million. Gross margin fell to 22% from 62%, and the continuing-operations operating loss reached $11.919 million. The main pressure came from lower eFPGA professional-services revenue and high program costs relative to the reduced revenue base.

What does free-cash-flow quality look like?

A simple fiscal Q1 2026 approximation is operating cash flow of $0.7 million minus investing outlays of roughly $0.8 million, implying slightly negative cash flow after capitalized software and tooling. However, this is not a conventional maintenance-capex calculation because some expenditures support customer contracts and future IP. The more important question is whether funded programs ultimately generate enough gross profit and cash collections to cover engineering costs without repeated equity issuance.

Who owns QuickLogic stock, and why does it matter?

QuickLogic has one class of common stock with one vote per share, so there is no founder-controlled dual-class structure. The 2026 proxy statement used 17,720,435 shares outstanding as of March 9, 2026. Ben Andrews was the only disclosed beneficial owner above 5%, with 1,056,000 shares, or 6.0%. CEO Brian Faith beneficially owned 269,892 shares, or 1.5%, and all directors and executive officers as a group owned 569,985 shares, or 3.2%.

How does dilution change the governance story?

The ownership profile is dispersed, but the share count has been rising. QuickLogic’s fiscal Q1 2026 Form 10-Q states that shares outstanding increased by 2.1 million from February 2025 through May 8, 2026 because of at-the-market sales under a program authorizing up to $20 million. Equity issuance improves liquidity but dilutes existing holders and can reduce per-share upside from future operating success.

The latest 2026 proxy statement also shows a conventional board and committee structure rather than concentrated founder control. That makes capital allocation, equity compensation, and financing decisions especially important governance topics.

Which KPIs best explain QuickLogic’s performance?

Revenue alone is insufficient because one large contract can dominate a period. A useful dashboard must combine mix, concentration, gross margin, program funding, contract assets, cash conversion, and dilution.

Which metric should improve first?

Gross margin is the clearest near-term proof point. Revenue growth that does not create adequate gross profit will not fund a roughly $4 million quarterly operating-expense base. The next proof point is customer diversification: a lower largest-customer percentage would make results more repeatable and reduce bargaining dependence.

What opportunities could change QuickLogic’s scale?

The largest identified opportunity is the expanded U.S. strategic radiation-hardened FPGA program, whose ceiling reached approximately $89 million by the end of fiscal 2025. A ceiling is not guaranteed revenue, but funded tranches can support development, tooling, and eventual device commercialization. QuickLogic announced a $13 million tranche and initial orders for RadPro development kits, creating a path from engineering work to product evaluation.

Where else can growth come from?

Commercial eFPGA design wins in data-center ASICs, secure processors, industrial systems, and chiplets could diversify the business. Post-quantum cryptography is another relevant use case because programmable logic can let a system update cryptographic algorithms after deployment. Partnerships with security-IP suppliers and chiplet developers broaden the ecosystem without requiring QuickLogic to build every complementary technology internally.

The upside case requires more than announced design wins. It requires conversion into recurring license, production, support, and follow-on service revenue at margins high enough to absorb operating costs. The official eFPGA IP overview describes the customization and process-portability proposition that underpins this opportunity.

What risks could weaken QuickLogic’s outlook?

The central risk is execution at small scale. QuickLogic must complete technically demanding programs, manage foundry and tooling partners, collect milestone payments, maintain software support, and fund operations while revenue remains concentrated and volatile. A delay in one major contract can materially affect a quarter.

Why is the government ceiling not the same as backlog?

An approximately $89 million contract ceiling defines the maximum potential value, not committed revenue. Individual phases must be funded, performed, accepted, and recognized. Investors and students should distinguish announcement value from funded orders and then from recognized revenue and cash receipts.

What is the most material financial risk?

The company’s expense base can remain high even when milestone timing reduces revenue. Fiscal 2025 demonstrated the operating leverage in reverse: revenue fell by $5.9 million, cost of revenue rose by $3.2 million, and gross profit declined by roughly $9.1 million. If new programs do not scale promptly, QuickLogic may need additional debt or equity capital.

Why does QuickLogic matter for valuation?

A conventional steady-state semiconductor multiple can be misleading because QuickLogic’s revenue is small, contract-driven, and not yet consistently profitable. A valuation model should separate funded engineering revenue, IP licensing, production hardware, mature products, and any future royalties. Each stream has different growth, margin, timing, and risk characteristics.

How should a DCF be structured?

A scenario-based DCF is more defensible than a single smooth forecast. The base case can model funded services and modest commercial design-win conversion. An upside case can include production revenue from RadPro, additional eFPGA programs, and higher gross margin. A downside case should assume contract delays, continued concentration, and further dilution. The terminal value should carry a higher discount rate or lower terminal margin than a diversified profitable FPGA vendor because QuickLogic has greater customer, liquidity, and execution risk.

What is the key takeaway from QuickLogic analysis?

QuickLogic is a specialized programmable-logic company attempting to turn deep FPGA expertise into a scalable eFPGA, radiation-hardened, and custom-device business. Fiscal Q1 2026 provided evidence of recovery: revenue reached $5.1 million, new products represented 84.9% of sales, gross margin improved to 36.5%, and operating cash flow was positive. The strategic pipeline also strengthened through government-funded RadPro work, new process-node contracts, development-kit shipments, and commercial design wins.

The same evidence also reveals the constraints. One customer represented 70% of quarterly revenue. Fiscal 2025 revenue declined 30%, gross margin fell to 22%, and continuing operations generated a large loss. Cash at March 29, 2026 was $6.0 million, while equity issuance continued to support liquidity. QuickLogic therefore has potentially valuable product-level differentiation without yet demonstrating a durable company-level earnings moat.