博通公司 (AVGO.US) 2026财年第二季度业绩电话会
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会议摘要
AI industry faces escalating compute capacity demand, primarily from large frontier model developers and enterprises, creating a backlog extending to 2028. The xpv platform meets this demand, enhancing value per gigawatt through component integration. Concurrently, Broadcom Inc. reports record Q2 FY2026 revenue, propelled by AI semiconductor sales, with Q3 guidance exceeding $29.4 billion, underscoring the sector's robust growth.
会议速览
Broadcom Inc. announced its second quarter fiscal year 2026 financial results, highlighting key performance metrics. The company also shared guidance for the upcoming quarter and discussed the evolving business landscape. Notably, the outgoing CFO's retirement was acknowledged, with the introduction of the new CFO, Amy Teener. A webcast replay of the call is accessible via Broadcom's website for further review.
The company announced record-breaking Q2 revenue of $10.8 billion, primarily fueled by AI semiconductor sales, which surged 143% year-over-year. Forward-looking statements were contextualized with risk factors, and non-GAAP financial measures were emphasized, contrasting with GAAP reporting, with reconciliations provided in the press release.
The company achieved record fiscal Q2 revenue of $20.2 billion, exceeding guidance, with AI semiconductors leading growth. Strategic agreements with major clients, including Google, Entropic, and others, are set to significantly expand AI semiconductor revenue, with projections exceeding $100 billion in the coming years, supported by advancements in networking and XPS technology.
Broadcom outlines its strategy to scale AI compute capacity with investor partners, aiming for over Ed gigawatts of capacity. It also forecasts robust growth in non-AI semiconductor revenue, reaching $4.5 billion, and highlights advancements in infrastructure software, with VMware Cloud Foundation enhancing AI support and infrastructure efficiency. Overall, consolidated revenue is expected to grow significantly, maintaining stable operating margins and adjusted EBITDA.
Discussed record quarterly revenue and operating income, highlighting AI semiconductor growth and strong operating leverage, with guidance on future revenue and margins.
The dialogue covers the clarification of AI revenue projections, emphasizing a fiscal year growth pattern and addressing a backlog analysis. It reassures the continuation of growth trends into future fiscal years, projecting revenues exceeding $100 billion.
Investor seeks clarification on the implications of an 8K filing concerning a long-term agreement with Google, focusing on its effects and relevance to the company's strategy.
Discusses a substantial financial commitment in an agreement with a major tech partner, emphasizing shared products and intellectual property, while acknowledging potential for diverse sourcing in AI compute growth.
Discussed how the mix between software and semiconductors, particularly AI-related semis, affects gross margins. Despite lower margins on TPUs, high-margin AI networking offsets some pressure, with structural semiconductor margins remaining stable.
A dialogue explores the increasing demand for compute capacity measured in gigawatts, noting stable dollars per gigawatt due to higher-priced, high-power chips. The conversation highlights accelerating gigawatt requirements, especially for major clients, and anticipates substantial growth in total gigawatt consumption across various customers.
Discussion revolves around securing additional wafer and HBM supply amidst customer demand, contrasting the company's comfort with competitors' strategies, and exploring potential for expanded sourcing options.
A discussion regarding the unchanged gigawatt shipment targets for the upcoming year, with an emphasis on a back half-loaded delivery schedule and anticipation of increased shipments in subsequent years.
The dialogue explores future projections for networking business revenue within AI, noting current high percentages due to XPU demand. It discusses potential dilution from selling to non-XPU markets and predicts networking revenue as a share of total AI revenue to normalize around lower percentages, emphasizing growth dynamics and market shifts.
The dialogue discusses the provision of compute capacity using TPU chips for AI models, such as the deal with Anthropic, and explores future financing methods for large AI models, emphasizing the role of chip technology in supporting AI advancements.
The company emphasizes its strategy of developing custom AI accelerators and networking components for large-scale compute applications, particularly for AI model training and inference. It also highlights a partnership initiative to facilitate access to these technologies for leading players in the industry, ensuring they can scale up their models efficiently and cost-effectively.
Discusses how AI and agentic AI have minimal effect on software growth and renewals, with VMware business experiencing accelerated growth due to high CPU and GPU demand, expecting this trend to continue long-term.
Discussion revolves around the significant increase in compute capacity demand driven by large AI model developers. Enterprises and consumers are consuming AI tokens from these models, leading to a steep trajectory of demand. The dialogue emphasizes the role of frontier model creators in supplying AI products to the global market, rather than individual companies directly purchasing compute resources.
The dialogue highlights the significant increase in AI compute demand, leading to a substantial backlog in orders. This is attributed to the need for early planning due to the complexity of securing components and infrastructure, such as power and connectivity. The extended visibility into future demand is aiding in strategic capacity planning, particularly for large customers requiring extensive compute resources. The industry is adapting by developing platforms like xpv to manage and scale capacity effectively, addressing the growing demand for AI capabilities.
Discussion covers projected increase in revenue per gigawatt due to chip advancements and pricing adjustments, with emphasis on future content growth. Broadcom announces Q3 earnings report timing and live webcast details.
要点回答
Q:What was the main driver of revenue growth in the second quarter of fiscal year 2026?
A:The main driver of revenue growth in the second quarter of fiscal year 2026 was AI semiconductor revenue, which reached a record $10.8 billion, up 143% year on year.
Q:How is the AI semiconductor revenue expected to grow in the second half of the fiscal year, and what is the full-year projection?
A:The AI semiconductor revenue is expected to double from the first half of the fiscal year and reach a record $14 billion dollars. For the full year, the expectation is to achieve AI semiconductor revenue of $40 billion dollars, up approximately 124% from fiscal year 2025.
Q:What is the strategic agreement with Google about, and what are the expected benefits for Broadcom?
A:The strategic agreement with Google involves developing and supplying multiple generations of TPU and AI networking. This agreement ensures a substantial and sustained business relationship for the foreseeable future due to the superior technology and execution provided by Broadcom.
Q:What is the agreement with Entropic about, and what are the key milestones?
A:The agreement with Entropic allows Entropic to access next-generation TPU-based compute. A contract for an additional script gigawatts of TPU-based compute was signed in April 2023, with delivery of silicon and production expected by late 2026.
Q:What is the partnership with MTA XPS about, and what are the milestones for this collaboration?
A:The partnership with MTA XPS involves delivering multiple generations of MTA XPS. The initial order for script gigawatt, including XPs and networking, was received in April 2023 and deliveries are expected to start in the second half of 2023.
Q:How is the non-AI semiconductor revenue expected to perform in the upcoming fiscal year?
A:The non-AI semiconductor revenue is expected to grow to approximately $4.5 billion, up about 12% from a year ago, and the total semiconductor revenue is forecasted to be $20.5 billion, up 124% year on year.
Q:What is the expected growth in revenue and operating margin for the next quarter, and what is the forecasted adjusted EBITDA margin?
A:For the next quarter, the expected revenue growth is to be approximately $4 billion, up about 12% from a year ago. The forecasted operating margin is to be stable at approximately 12% of revenue, with an adjusted EBITDA margin of about 68% of revenue.
Q:What was the consolidated revenue and gross margin for the QR code in the latest quarter compared to the previous year?
A:Consolidated revenue was a record high for the quarter, up from a year ago, with a gross margin of 230 basis points down year on year.
Q:What was the revenue and gross margin for infrastructure software in the latest quarter?
A:Revenue for infrastructure software was $Ed Ed Billion, up ed year on year, and represented script of total revenue. The gross margin for infrastructure software was 90% in the quarter, with operating expenses at $Ed Billion. The Q2 software operating margin was up 310 basis points year on year to approximately 79%.
Q:What was the free cash flow for the latest quarter and how much was spent on capital expenditures?
A:Free cash flow in the quarter was a record $10.3 billion, representing 46% of revenue. They spent $231 million on capital expenditures.
Q:What is the company's guidance for Q3 in terms of consolidated revenue and revenue growth for semiconductors and software?
A:The guidance for Q3 is for consolidated revenue of $29.4 billion, up 84% year on year. The forecast includes semiconductor revenue of approximately $20.5 billion, up 124% year on year, with AI revenue expected to grow 200% year on year. Q3 software revenue is forecasted to grow by 31% year on year.
Q:What is the expected impact of the proportion of AI revenue on gross and operating margins in Q1?
A:The expected impact of the growing proportion of AI revenue on Q1 consolidated gross margin is for it to be down to approximately script. This decline in gross margin is not due to a change in semiconductor margin but rather reflects the product mix between semiconductors and infrastructure software. Despite this, the expected Q1 operating margin is ed, which is flat quarter on quarter, demonstrating strong operating leverage.
Q:What is the anticipated non-GAAP tax rate and diluted share count for Q1 and the fiscal year?
A:The anticipated non-GAAP tax rate for Q1 and the fiscal year is approximately script due to the impact of the global minimum tax and the geographic mix of income. In Q1, the expected non-GAAP diluted share count is approximately Lyn ur billion shares, excluding the impact of potential share repurchases.
Q:What does the strong agreement reflect about the partnership mentioned?
A:The strong agreement reflects the strength of the partnership due to the multi-generational products and intellectual property deployed into the program.
Q:How does the semiconductor business growth impact margins compared to software?
A:As the semiconductor business grows in relation to the software business, there is a decline in margins, but it's accretive due to strong operating leverage, which means that operating margins will stand up over time.
Q:What factors are influencing gross margin changes within the semiconductor business?
A:Gross margins within the semiconductor business are influenced by the product mix, with ASICs and some wireless业务 having lower margins, while the AI networking side of the business has very rich margins. This helps offset the pressure on overall margins as the TPU业务 continues to accelerate.
Q:How is the structural stability of semiconductor margins affected by the industry's growth?
A:Structurally, semiconductor margins remain very stable and solid despite the impact of the product mix, particularly as the industry grows with a high demand for AI semiconductors, which is diluting gross margins.
Q:What impact does the increase in compute capacity and networking components have on data centers?
A:The increase in compute capacity and networking components is driving higher power consumption per chip and, consequently, a reduction in the number of chips needed but with higher individual chip prices. The overall trend is that the dollars per gigawatt content is relatively stable, while the gigawatt capacity required is accelerating due to the growing compute capacity demand.
Q:Are there any changes in the gigawatt shipment targets for next year compared to the previous forecast?
A:For next year, the company indicated an expectation to ship approximately Ed gigawatts, reiterating the back-half loaded trajectory mentioned in the previous forecast. There has been no change in the target for additional gigawatts compared to the last quarter's expectations.
Q:What percentage of AI revenue is expected to be from networking business in the upcoming fiscal years, and when might we see a decrease in this percentage?
A:The speaker indicates it is difficult to predict the exact percentage of AI revenue from the networking business due to various moving parts. However, they suggest that the current 40% is an exceptional situation and expect it to possibly decline from that high level.
Q:How does the growth of xpu affect the growth rate of networking revenue?
A:The growth of xpu has been a factor contributing to the increase in networking revenue, as xpu uses many networking components. However, the speaker also mentions that selling networking to non-xpu customers dilutes the growth rate of networking revenue.
Q:Is there any update or shift in how you plan to finance future deals with large AI models?
A:The speaker corrects the question and indicates that the deal with Entropic is not about backstop chips but rather providing compute capacity through TPU chips. There is no information provided about future financing methods for deals with large AI models.
Q:Are there any more niche programs or products that are capturing the speaker's interest within their business model?
A:The speaker states that their business model is straightforward, focusing on developing XPS custom AI accelerators for developers and creating a portfolio of critical components for clustering these AI and GPUs. They do not mention any specific niche programs that are capturing their interest.
Q:Is there any impact of AI, specifically agentic AI, on the company's software growth and renewal patterns?
A:The company is not seeing an impact of AI, particularly agentic AI, on their software growth or renewal patterns. Instead, they report accelerated growth in their VMware business tied to the high volume of core count of CPUs selling together with GPUs.
Q:What does the company foresee regarding a potential second wave of demand driven by AI as it starts to hit enterprises and consumers get access to usable tools?
A:While the speaker acknowledges that enterprise adoption of AI is still in its early stages, there is an observation that the enterprise is consuming tokens from platforms like Entropic and OpenAI Gemini. These tokens are tied to the consumption of compute capacity by entities like OpenAI and other technology companies, which ultimately fuels the demand for AI services and could signify a potential second wave of demand as AI becomes more accessible to enterprises and consumers.
Q:What is driving the insatiable growth in compute capacity demand?
A:The insatiable growth in compute capacity demand is being driven by the consumption of AI tokens by enterprises for their own workloads and productivity, similar to consumers buying from the same sources. This is expected to continue through 2027 and 2028.
Q:Who is driving the demand for AI compute capacity?
A:The demand for AI compute capacity is primarily driven by a few large frontier model developers who create products and supply them to consumers and enterprises globally. These companies generate the demand for the compute capacity provided by companies like the one speaking, rather than enterprises directly purchasing XPS or GPUs.
Q:Why would Google offering cloud services for GPUs not change the dynamic for XPU access?
A:While it is possible that Google offering cloud services for GPUs could provide broader access to XPU technology, the dynamic may not change significantly as most of the demand for compute capacity in AI is met through SaaS models and APIs from large frontier model developers. These developers create products that are consumed by businesses and consumers globally, and the demand for XPU capacity is generated from this source.
Q:Why is there a significant backlog in AI bookings, and what does it indicate about customer behavior?
A:There is a significant backlog in AI bookings because of the large demand for compute power, and customers are realizing the need for lead time to obtain the necessary resources. This indicates that customers are planning ahead and placing large orders early to ensure availability, which provides visibility into semiconductor demand extending all the way to 2028.
Q:How does the visibility into semiconductor demand extend and what does it enable for the company?
A:The visibility into semiconductor demand extends all the way to 2028, which is a significant increase from just three months ago. This extended visibility allows the company to plan ahead for their XPU platform and build capacity to meet the demands of their frontier model customers, which are driving high consumption of AI tokens from the compute capacity provided.
Q:What is the expected evolution of revenue per gigawatt over time?
A:The revenue per gigawatt is expected to evolve with an increase in content per gigawatt due to higher prices for compute chips, specifically the XPU. As more components like DRAMs and embedding CPUs are added to the XPU, making it multi-die with lots of HBM, the content per gigawatt will grow. This will result in a rising revenue per gigawatt over time.

Broadcom Inc.
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