Intel Call Options Volume Surges as Traders Bet on AI Inference Narrative-Driven Rally
Taylor Wilson
Intel shares jumped nearly 10% intraday as the options market saw massive bullish bets pile up — Wall Street is repricing Intel's strategic role in the AI inference era, from foundry to advanced packaging.
What is the options market betting on?
In weekly contracts expiring June 5, the $120 strike call traded over 27,000 contracts; the $115 strike exceeded 20,000.
Open interest on calls across the $110–$130 range keeps building, while put activity is muted — hedging demand shows up only around $100–$115.
At-the-money straddles — a strategy that buys both a call and a put to bet on big moves — are priced at roughly $7.70–$7.90, implying a $105–$121 expected range by expiry.
This means → traders are not just playing a short-term bounce; they are positioning for Intel to break above $120.
Why is Wall Street suddenly bullish on Intel?
Melius Research raised its Intel target from $100 to $150, built on two pillars: rising CPU demand in the AI inference and agentic-computing era, and Intel's foundry challenge to TSMC.
CFO Dave Zinsner said the shift from AI training to inference to agents is lifting the CPU-to-GPU ratio significantly, driving "explosive growth" in data-center CPU demand.
In plain terms = training large models is GPU-heavy, but actually running AI — inference and agents — puts CPUs back center stage, and that is Intel's home turf.
How is the process-node ramp going?
Intel 18A already supports Panther Lake mass production; yield improves roughly 7% per month, ahead of internal targets.
Intel 14A's 0.5 PDK — the design toolkit chip designers use to lay out circuits — has shipped; a 0.9 PDK is planned for external customers in October.
Zinsner outlined the transition: Intel 7 wafer starts rise meaningfully this year; by 2027, Intel 7's share drops as Intel 3 and 18A fill the gap.
This means → 18A is not a roadmap slide — it is a live production line. The notebook 18A ramp is the fastest in at least five years.
Who has signed on as foundry customers?
Apple: after more than a year of negotiation, Intel and Apple reached a preliminary deal for Intel to manufacture some Apple chips.
Tesla: Elon Musk said his Terafab chip project plans to use Intel 14A, making Tesla the first major customer for that node.
This reflects a shift from "foundry as narrative" to "foundry with signed customers" — two marquee tech companies backing Intel signals that 18A/14A credibility has cleared the threshold.
Why might advanced packaging pay off faster than process nodes?
Intel's EMIB — embedded multi-die interconnect bridge, linking multiple chiplets at high bandwidth through an embedded silicon bridge — overlaps directly with TSMC's CoWoS in capability.
Google, Meta, and Amazon are all in talks with Intel on packaging services; SK Hynix is testing HBM integration with Intel EMIB substrates.
CEO Lip-Bu Tan said the CPU-to-GPU ratio is moving fast from 1:8 toward 1:1, potentially reaching 4:1.
In plain terms = advanced process nodes decide whether Intel gets back to the table; advanced packaging decides whether it picks up chips first — packaging has a shorter customer-qualification cycle and a more flexible entry point, so commercial payoff comes sooner.
What will it take to validate this narrative?
Near-term core variable: whether 18A production yield can keep improving month over month.
Medium-term milestone: whether Apple and major cloud providers' packaging orders move from talks to signed deals.
Intel targets one trillion transistors in a single package by 2030, spanning EMIB, Foveros, and Foveros Direct platforms.
This means → the options market has priced in optimism, but whether the "core AI infrastructure supplier" story converts to revenue ultimately hinges on two lines — the production ramp and the order book — running in parallel.
Content is for reference only, not financial advice.