Apple to increase spend with Broadcom to produce billions more U.S. chips

Tariffs, Trade Deficit, and Industrial Policy

• Several commenters argue tariffs create uncertainty, deter long‑term investment, and are applied in a chaotic, personalized way via executive power rather than stable law.
• Others note an underlying, long‑running US political pushback against imports, saying firms should have anticipated some shift.
• Multiple posts cite data (trade balance, deficits, inflation) claiming tariffs have not reduced the trade deficit and have raised prices.
• Historical studies are referenced where tariffs cost ~$800–900k per job and mainly boosted corporate profits.
• A minority view says import restrictions can support national industrial capacity and are part of broader “protectionist” traditions.

Macroeconomics and the Dollar System

• One thread stresses that persistent US trade deficits are structurally tied to the USD’s reserve role (Triffin dilemma); sharply shrinking the deficit could destabilize global finance and erode US “exorbitant privilege.”
• Others counter that trade and capital flows benefit asset owners disproportionately and hollow out tradable-goods jobs, framing trade conflicts as class conflicts.

CHIPS Act, Semiconductors, and China Dependence

• Many emphasize this Apple–Broadcom move fits CHIPS‑style subsidies more than tariff policy.
• Commenters stress the difficulty of recreating the dense Asian semiconductor ecosystems; US fabs and subsidies help but cannot quickly replicate Taiwan/China supplier networks.
• Demographic decline and political risk in China are cited as reasons companies are gradually diversifying production (India, Vietnam, etc.), but most agree China will remain a major player, especially in mature nodes and power electronics.
• Data points highlight that China, Taiwan, and Korea dominate different chip segments (power, memory, advanced logic), with China heavily investing in its own equipment.

Apple–Broadcom Deal Specifics

• The chips involved are RF components (e.g., FBAR filters), not Apple Silicon or modems.
• This is seen as incremental capacity expansion of US‑made analog/RF parts, not a wholesale relocation of Apple’s core silicon.
• Some view it as largely political/PR: signaling US investment, appeasing the administration, and possibly offsetting scrutiny over other supply‑chain choices.

Jobs, Capital Intensity, and Distributional Effects

• The “$30B for hundreds of jobs” ratio draws criticism from those expecting broad employment gains.
• Others argue this is precisely what advanced tech does: huge output and profit from very few workers; data centers are cited as a parallel.
• There is concern that wins for Broadcom imply losses for rival US RF firms (Qorvo, Skyworks).

Immigration, Talent, and Education

• Multiple comments tie semiconductor reshoring to talent pipelines.
• Some argue restricting international students and post‑study visas undermines US capacity; others worry about displacement of domestic graduates and IP/security risks.
• One view emphasizes agglomeration: concentrating global top talent in the US benefits domestic workers too; another highlights abuse of visas to suppress wages.

Language and Jargon (“increase spend”)

• Several posts critique the phrase “increase spend” as corporate jargon; others note “spend” is a standard finance‑world noun, analogous to “ad spend.”
• This sparks broader complaints about business English (“ask,” “solve”) and its perceived degradation of language.

Technical Side Discussion: RF Components and RF “Black Magic”

• Brief technical explanations clarify FBAR and SAW filters as mechanical resonators used in GHz‑range RF filtering, central to modern phones.
• Side debate touches on oscillator types (crystal, TCXO, OCXO) and the complexity of high‑frequency electronics, with some humor about confusing RF band naming.