Apple has disclosed the specific dollar amount and production volume behind its semiconductor agreement with Broadcom. On July 8, 2026, the company announced that its new multi-year commitment with Broadcom is expected to exceed $30 billion, resulting in the production of more than 15 billion US-made chips. Broadcom will expand and modernize its manufacturing facility in Fort Collins, Colorado, investing $1.5 billion in equipment for that purpose. Broadcom's SEC filing two days earlier, revealing the Apple agreement through 2031, now takes clearer shape as a large-scale procurement deal tied to US manufacturing policy.
The July 6 SEC Filing Gets Its Dollar Figures on July 8
Broadcom had disclosed in a Form 8-K dated July 6, 2026, that it would extend its long-term technology collaboration with Apple through 2031. The scope covers the development and supply of a family of custom ASIC silicon products used across multiple generations of Apple products. The 8-K was brief and did not specify dollar amounts or quantities. Product names and manufacturing sites were also left undisclosed.
Apple's announcement filled in much of that gap. The new agreement is expected to exceed $30 billion and will generate more than 15 billion US-made chips. Broadcom will expand its Fort Collins facility, where it will manufacture advanced RF components, FBAR filters, and advanced wireless connectivity technology. Apple positioned this agreement as the largest commitment yet under its American Manufacturing Program.
That said, not everything has been disclosed. Apple has not broken down the 15 billion units. Nor has it specified which components go into which generations of iPhone, iPad, or Mac. The same applies to smaller devices like Apple Watch. Broadcom's 8-K uses the broad term "custom ASICs," while Apple's announcement emphasizes RF components and wireless connectivity technology. Taken together, the two disclosures show that Apple has locked in multi-generational component supply from Broadcom through 2031, with US-manufactured wireless chips at its core.
What Fort Collins and FBAR Signify
The naming of Fort Collins carries significant weight. Apple explained that Broadcom will manufacture advanced RF components and FBAR filters at this facility. FBAR stands for Film Bulk Acoustic Resonator, which Broadcom classifies as a type of BAW filter. Within wireless devices, it's a component that passes the desired frequency while rejecting adjacent bands.
According to Broadcom, FBAR filters offer sharper cutoff characteristics than SAW filters and can reduce insertion loss by 0.3 to 0.5 dB. The company also states they can lower current draw by up to 50mA, contributing to improved battery life and talk time. The numbers may look small, but this difference matters in smartphones and wearables, where devices must handle multiple wireless bands simultaneously within limited space and power constraints.
Broadcom's wireless product lineup spans LTE, Wi-Fi, Bluetooth, and GNSS. Alongside RF front-end modules and WLAN/Bluetooth combo chips, it also includes wireless charging ASICs and touch controller ASICs. It follows naturally that Apple's announcement describes this as spanning "a wide range of Apple products." Wireless connectivity components aren't limited to the iPhone alone—they're also needed in iPad and Mac. The same supply-chain improvements will ripple out to Apple Watch, AirPods, and other peripherals.
External ASICs Remain Even After Bringing C1 In-House
In February 2025, Apple announced C1, its first in-house designed cellular modem, featured in the iPhone 16e, describing it as the start of a long-term strategy to expand to additional Apple products. Bringing the modem in-house is easy to read as a move to reduce dependence on external suppliers. This Broadcom agreement slightly revises that reading.
Even with Apple designing the baseband itself, the communications bill of materials doesn't disappear. RF filters, front-end modules, Wi-Fi/Bluetooth, GNSS, and ASICs for charging and touch peripherals each require separate design assets and manufacturing technology. While Apple pulls core chips into in-house design, it retains Broadcom for peripheral semiconductors that span product generations. In-house development isn't about eliminating suppliers—it's proceeding as a reallocation of roles by component.
Broadcom's custom silicon business fits this reallocation well. The company positions itself around SoC ASICs tailored to customers' differentiated systems, combining advanced CMOS nodes, SerDes IP, and high-speed memory integration. Its target applications include high-performance computing, networking, and storage. This doesn't allow us to conclude definitively that this $30 billion agreement includes AI server chips for Apple Intelligence. But Broadcom handles both general-purpose wireless components and the design and supply of customer-specific silicon. That point explains why Apple extended the agreement through 2031.
A Semiconductor Deal Within a $600 Billion Investment Framework
Apple frames this investment as part of its plan to invest $600 billion in the US economy over four years. In its February 2025 announcement, the company said it would spend and invest over $500 billion in the US and double its US Advanced Manufacturing Fund from $5 billion to $10 billion. That included plans to assemble servers supporting Apple Intelligence and Private Cloud Compute in Houston, and multi-billion-dollar efforts to produce advanced silicon for Apple at TSMC's Arizona Fab 21.
The Broadcom deal, within that broad investment framework, comes complete with dollar figures, unit counts, and a named facility. The equipment investment figure has also been disclosed. Apple has previously stated that silicon for its products is manufactured across 24 factories in 12 US states. This announcement adds Fort Collins as a location and more than 15 billion units as a production volume. This isn't about moving finished-product assembly to the US. What Apple is trying to deepen domestically is the semiconductor content inside its products, along with the manufacturing, testing, and automation infrastructure behind it.
There's weight on Broadcom's side too. The company posted approximately $22.2 billion in revenue for its fiscal Q2 2026, with its Semiconductor Solutions segment alone generating about $15 billion. AI-related semiconductor revenue reached $10.8 billion, up 143% year-over-year. For Q3, the company projects AI semiconductor revenue of $16 billion. As demand from AI data centers expands rapidly, the long-term agreement with Apple preserves a massive demand line from consumer devices through 2031.
The next things to watch are clear. When will Broadcom's Fort Collins investment translate into actual production capacity? What proportion of the 15 billion units will consist of FBAR and RF front-end components? The scope of wireless connectivity chips and custom ASICs also warrants scrutiny. Once component names begin surfacing through Apple teardown reports or Broadcom's earnings commentary, it will become clear whether this agreement is limited to boosting communication quality or extends into the broader territory of Apple's custom silicon strategy.