Company Description
Credo Technology Group Holding Ltd (NASDAQ: CRDO) operates in the semiconductor and related device manufacturing industry, with a focus on secure, high-speed connectivity for modern data infrastructure. According to the company, its mission is to redefine high-speed connectivity by delivering breakthrough solutions that enable the next generation of AI-driven applications. Credo emphasizes faster, more reliable, more energy-efficient and scalable connectivity to support the expanding demands of AI, cloud computing and hyperscale networks.
Credo states that its innovations are designed to ease system bandwidth bottlenecks while improving power, security and reliability. Its connectivity solutions are optimized for optical and electrical Ethernet applications, targeting port markets at 100G, 200G, 400G, 800G and the emerging 1.6T speeds. These solutions are built on proprietary Serializer/Deserializer (SerDes) and Digital Signal Processor (DSP) technologies, which are central to the company’s approach to high-speed data movement in data infrastructure.
Business model and product families
Credo describes several main product families that address different parts of the data infrastructure market. Its Integrated Circuits (ICs) serve optical and line card markets, providing high-speed connectivity components for systems that require efficient and reliable data transmission. The company also offers Active Electrical Cables (AECs), which incorporate its technology into cabling solutions intended to deliver secure, high-speed connectivity with improved reliability and energy efficiency.
In addition, Credo offers SerDes chiplets, reflecting its focus on modular, high-speed connectivity building blocks that can be integrated into larger semiconductor designs. Beyond physical products, Credo’s intellectual property (IP) solutions consist primarily of SerDes IP licensing, allowing customers to incorporate Credo’s SerDes technology into their own ASICs and system-on-chip designs. This combination of ICs, AECs, chiplets and IP licensing positions Credo as a connectivity-focused semiconductor company serving data infrastructure needs.
Focus on AI, cloud and hyperscale networks
Across its public communications, Credo consistently links its connectivity portfolio to AI-driven applications, cloud computing and hyperscale networks. The company states that its solutions support the build-out of large AI training and inference clusters and data centers by addressing bandwidth and power challenges. Its OmniConnect family, for example, is described as encompassing solutions designed to address scale-up and scale-out concerns for AI buildouts.
Within OmniConnect, Credo has announced Weaver, a memory fanout gearbox intended to boost memory bandwidth and density to optimize computing efficiency for AI accelerators or xPUs. Weaver is described as leveraging advanced 112G very short reach (VSR) SerDes and Credo proprietary design, and as part of a broader effort to overcome memory bottlenecks in AI inference workloads. This illustrates how Credo applies its SerDes and mixed-signal expertise to specific AI infrastructure challenges.
Technology and IP portfolio
Credo highlights its high-speed SerDes and mixed-signal DSP IP portfolio as a core asset. The company notes that its SerDes IP family spans signaling options from 28G to 224G with reach options including long reach plus (LR+), long reach (LR), medium reach (MR) and very short reach plus (VSR). These IP blocks are offered both for customer-specific ASIC designs and as chiplets for integration into multichip module system-on-chip (MCM SoC) and 2.5D silicon interposer designs.
Credo’s participation in ecosystems such as Arm Total Design underscores its role as a provider of connectivity IP and chiplets that can be combined with processor architectures to create custom silicon for AI, cloud and hyperscale data center applications. By contributing SerDes IP and chiplets to such ecosystems, the company aims to support customers who are building high-performance, low-power infrastructure for data centers.
Geographic presence and corporate structure
According to prior descriptions, Credo has a geographic presence in Hong Kong, the United States, Mainland China, Taiwan and the Rest of the World. The company is organized as a Cayman Islands exempted company, as reflected in its SEC filings, and its ordinary shares trade on the Nasdaq Global Select Market under the symbol CRDO. Its registered office is in the Cayman Islands, and it utilizes corporate services there as disclosed in its proxy and current reports.
Credo also maintains operational and meeting locations in San Jose, California, where it has held annual general meetings and in-person components of shareholder events. These details, drawn from its proxy statement, reflect a corporate structure that combines Cayman incorporation with operational ties to the U.S. semiconductor and technology ecosystem.
Governance and shareholder matters
Credo’s SEC filings provide insight into its governance framework. The company has a classified board structure, with directors grouped into classes serving staggered terms, such as Class I and Class III directors. Shareholders vote on the election of directors, advisory approval of executive compensation and ratification of the independent registered public accounting firm at annual general meetings, as outlined in its definitive proxy statement.
Recent Form 8-K filings describe board changes, including the resignation of a director and the election of a new independent director with extensive experience in semiconductor and AI systems engineering. The company also reports shareholder voting outcomes on director elections, advisory compensation votes and auditor ratification. These disclosures illustrate Credo’s adherence to U.S. public company governance and reporting practices while being incorporated in the Cayman Islands.
Capital markets activity
Credo has disclosed in a Form 8-K that it entered into an equity distribution agreement with a financial institution to sell ordinary shares from time to time in an at-the-market offering under Rule 415 of the Securities Act. The agreement allows for sales on or through the Nasdaq Global Select Market and other permitted venues. This filing highlights one of the mechanisms the company may use to raise capital by issuing additional ordinary shares, subject to market conditions and applicable regulations.
Financial reporting
As a U.S.-listed issuer, Credo files periodic reports with the SEC, including annual reports on Form 10-K and quarterly financial updates. In a Business Wire release furnished in connection with its results for the second quarter of fiscal year 2026, the company reported revenue from product sales and IP license revenue, as well as GAAP and non-GAAP metrics such as gross margin, operating income, net income and diluted net income per share. The release also explains Credo’s use of non-GAAP financial measures and provides reconciliations to GAAP figures.
The company states that it uses non-GAAP measures internally for evaluating operating performance, setting budgets and comparing results to internal forecasts and targeted business models. It also notes the limitations of non-GAAP measures and emphasizes that they should not be considered a substitute for GAAP results. These disclosures provide investors with additional context on how management evaluates Credo’s financial performance.
Position within the semiconductor and connectivity ecosystem
Within the broader semiconductor and related device manufacturing sector, Credo positions itself around high-speed connectivity, SerDes technology, mixed-signal DSP and energy-efficient data movement. Its product and IP offerings are oriented toward data infrastructure markets where bandwidth, power efficiency and reliability are critical, particularly in AI data centers, cloud computing environments and hyperscale networks.
By combining ICs, AECs, chiplets and SerDes IP licensing, and by participating in collaborative ecosystems such as Arm Total Design, Credo aims to provide building blocks for custom silicon and system designs that require high-speed, secure connectivity. The company’s repeated emphasis on AI-driven applications, Ethernet port speeds up to 1.6T and solutions like the OmniConnect family and Weaver memory fanout gearbox underscores its focus on addressing the connectivity and memory challenges associated with large-scale AI and data center workloads.