Intel (INTC) on Solana

CNBC's Jim Cramer named Intel (INTC) "currently my favorite stock," pointing to three structural growth drivers: CPU and semiconductor leadership in AI agentics, chip packaging — which he noted "carries very big margins" — and foundry manufacturing, where he suggested Intel could eventually "solve the memory shortage" and called the company a "National treasure." Cramer credited CEO Lip-Bu Tan, who previously led Cadence Design Systems, with bringing the operational expertise needed to execute across all three areas.

Intel shares were trading at $120.35, down 5.25% on the day of the segment, after a quarter that saw the stock surge 216% and add roughly $480 billion in market capitalization. The foundry and packaging theses align with recent analyst attention: Mizuho earlier flagged Intel's EMIB-T packaging technology as having a cost edge over TSMC, and Goldman Sachs initiated coverage at Neutral with a $150 price target.

Intel shares surged 216% in the second quarter of 2026, adding approximately $480 billion in market capitalization and lifting the chipmaker to the 11th most valuable U.S. tech company. The rally reflects a broader investor rotation into AI-enabling semiconductor names beyond Nvidia, with Barclays analyst Anshul Gupta describing the shift as "euphoria into semis" driven by money moving out of AI hyperscalers and into infrastructure suppliers.

Two specific tailwinds drove Intel's outperformance: its ongoing construction of U.S.-based chip fabrication facilities and renewed demand for CPUs as AI workloads increasingly migrate from cloud data centers to edge and on-device deployments. Intel's gains contributed to a combined $2 trillion in market cap added across Micron, Intel, and AMD in Q2 — a stark contrast to Nvidia, which gained just 15% over the same period despite continued revenue dominance.

Mizuho analyst Vivek Arya identified a cost advantage for Intel's EMIB-T packaging technology over TSMC's competing CoWoS-L approach in the 2.5D advanced chip packaging market. The EMIB-T method connects multiple chips side-by-side using an embedded bridge, and Mizuho argues it is cheaper to produce than TSMC's interposer-based CoWoS-L — provided Intel can sustain 99% production yields to make the economics viable at scale. Intel also has Foveros (3D stacking) and glass substrate materials in development, the latter offering better heat management and denser interconnections.

Mizuho raised its Intel price target to $135 from $128 while maintaining a Neutral rating, projecting the company could capture 10–15% of the advanced packaging market over time as a new revenue driver. BofA Securities holds a more bullish $160 target with a Buy rating; Goldman Sachs, which initiated coverage last week, sits at $150 Neutral. The packaging thesis positions Intel's foundry ambitions as a long-term differentiator distinct from its CPU roadmap recovery.

Goldman Sachs analyst James Schneider initiated coverage of Intel (INTC) on June 25 with a Neutral rating and a $150 price target, implying roughly 12% upside from prevailing levels. Schneider sees Intel positioned to benefit from rising server demand tied to agentic AI development and flagged "upside optionality" from the company's role as a U.S. foundry champion, including potential longer-term wafer outsourcing opportunities. However, the firm views the current risk-reward as balanced, stopping short of a bullish call.

Goldman's initiation contrasts Intel unfavorably against rivals AMD and Nvidia, which the firm says offer better revenue visibility and more compelling valuations. The note follows upward price-target revisions from BofA (raised to $160 with a Buy) and Mizuho (raised to $135, also Neutral), reflecting cautious but improving sentiment across the Street as Intel works through its multi-year process and product turnaround.

Kontron AG announced it is integrating Intel's Core Ultra Series 3 processors into industrial edge AI platforms, targeting real-time applications in robotics, automation, and critical infrastructure. The partnership leverages the combined CPU, GPU, and NPU capabilities of the Core Ultra architecture to deliver compact systems suited for deployments that prioritize low latency, security, and extended product lifecycle support.

The deal marks another step in Intel's push to diversify beyond consumer PCs and hyperscale data centers into the industrial edge segment. Agreements like this one — where Intel silicon serves as the integrated compute layer across CPU, GPU, and NPU functions — help illustrate the breadth of adoption for Intel's AI-oriented chip designs in sectors with durability and real-time processing requirements.