Tonight's Highlights: Warsh Prepared for Fed Debut; SpaceX Extends Run as Intel Catalyzes Semiconductor Reboun

US equity index futures traded mixed on Wednesday.

 

Dow futures flirted with the flatline, while S&P 500 and Nasdaq 100 futures captured modest gains, lifted by a broad-based recovery across the semiconductor complex.

 

European benchmarks traded generally higher.

 

Economic data hitting the tape pre-market showed US retail sales grew 0.9% month-over-month in May, tracking ahead of consensus estimates of 0.6%.

 

Intel advanced over 3% pre-market, spearheading a recovery across chip proxies after the company disclosed it has initiated risk production on its bleeding-edge 18A-P process node.

 

The manufacturing milestone positions the foundry a step closer toward securing a highly anticipated fabrication agreement for future Apple devices.

 

Elon Musk’s SpaceX trickled higher in pre-market volume, on track to log its fourth consecutive winning session since its initial public offering. Since its historic Nasdaq debut last Friday, the aerospace giant has logged an aggregate gain of roughly 50%, pushing its market capitalization past Amazon.

 

Trading desks are squarely locked on the Federal Reserve’s monetary policy decision, scheduled for Wednesday at 2:00 PM Eastern Time.

 

The session marks the inaugural interest-rate meeting under newly appointed Chair Kevin Warsh, who will host his maiden post-resolution press briefing 30 minutes later.

 

While the macro consensus overwhelmingly expects the FOMC to hold the federal funds target range steady at 3.5% to 3.75%, most Wall Street observers expect Warsh to recuse himself from submitting a personal rate trajectory in the committee’s quarterly Summary of Economic Projections ("dot plot").

 

Sources close to the central bank report that internal policy debates have systematically shifted from the timing of eventual rate cuts to whether incremental tightening may be required.

 

The hawkish undertone highlights deepening caution within the committee as elevated energy costs and persistent price pressures complicate the policy outlook.

Corporate Dispatches

Intel Outlines 18A-P Progress and Next-Gen Architecture at VLSI

 

 At the 2026 Symposium on VLSI Technology and Circuits, Intel Foundry announced that Intel 18A-P—the inaugural performance-enhanced variant of its 18A portfolio—has successfully entered the risk production phase.

 

The architecture officially scales Gate-All-Around (GAA) transistors alongside backside power delivery (BSPD) to commercial deployment.

 

Additionally, the foundry disclosed critical structural breakthroughs in logic scaling, including a monolithic Complementary FET (CFET) inverter featuring vertically stacked NMOS and PMOS devices at a 45nm gate pitch.

 

The group also demonstrated 300mm wafer integration pairing GaN power components directly with silicon logic, alongside subtractive ruthenium interconnects integrated with air gaps, yielding up to a 35% capacitance reduction over traditional copper lines.

 

OpenAI Q1 Cash Burn Reportedly Triples to $3.7 Billion

 

Internal financial data indicates OpenAI consumed $3.7 billion in cash during the first quarter, accounting for more than half of its $5.7 billion top-line revenue. Both cash burn and revenue figures tripled relative to the prior-year period.

 

Despite the aggressive spending trajectory, OpenAI finished Q1 with a massive war chest of over $73 billion in cash and marketable securities, up from $40 billion at the end of December, insulated by ongoing institutional capital injections.

 

Samsung Targets Late 2027 for 1d DRAM Initial Production

 

Samsung Electronics is collaborating with tool vendors to co-develop manufacturing infrastructure for its seventh-generation 10nm-class (1d) DRAM, aiming to deploy initial production equipment by Q2 2027. Factoring in deployment and qualification cycles, initial mass production is projected to commence by late 2027.

 

While Samsung has completed early internal sampling and component evaluation, previous ambitions to achieve mass production this year were scrapped due to development lags in key lithography and etch tools.

 

The 1d DRAM architecture serves as a critical structural pillar for Samsung’s AI memory roadmap, slated to function as the core die for its ninth-generation High Bandwidth Memory (HBM5E) targeting commercial launch in 2029.