Datacenter CPU demand rebounds on AI workloads
Intel's server CPU business recorded its highest growth in fifteen years during the second quarter of 2026, driven by demand for AI host CPUs and the deployment of AI sandboxes on CPU clusters. The Next Platform analysis notes that Intel's datacenter business had previously cratered, and frames the GenAI and agentic AI booms as a market shift benefiting any vendor that can deliver X86 or Arm server CPUs in high volume, rather than a strategic breakthrough for the chipmaker.
14A process advances toward risk production
Chief executive Lip-Bu Tan confirmed on Intel's Q2 earnings call that the company remains on track for 14A risk production for its internal products in the second half of 2027 and, in Q2, committed to a high-volume ramp in 2028. Tan reported "increasing momentum on customer engagements for Intel 14A" and growing confidence in 14A's competitiveness across performance, power, density, cost, and schedule. The Next Platform report also notes that the 18A foundry effort is bearing fruit and that an 18A-P high-performance variant is moving ahead, while 14A's prospects have stabilized since Tan took over running Intel.
EMIB-T packaging draws industry interest
Interest in Intel's EMIB-T packaging technology is growing, including from rival Taiwan Semiconductor Manufacturing Co, which cannot produce enough CoWoS-L packaging to satisfy customers. TSMC's wafer capacity allows it to fabricate chips that customers can package using Intel's EMIB-T when CoWoS-L is unavailable. An earlier generation of EMIB was used to integrate chiplets from TSMC into Intel's Ponte Vecchio GPUs, which combined 47 chiplets across five process nodes from both Intel and TSMC.
Custom silicon business scales toward $4 billion run rate
Intel's custom processor business, spanning both CPUs and IPUs, reached an annualized run rate of $2 billion as Q2 2026 closed, according to chief financial officer David Zinsner. The company expects to reach a $4 billion run rate "in the not too distant future" against what Zinsner described as a $100 billion total addressable market for custom chips.
Synopsys certifies EDA flows and 3DIC support for 14A
At the 2026 DAC Chips to Systems Conference, Synopsys announced certification of its AI-powered electronic design automation flows for Intel 14A process technology, expanding a collaboration with Intel Foundry that previously covered 18A and 18A-P. The certified, AI-enabled implementation and signoff flows, combined with multiphysics analysis, are integrated for use on the 14A platform to address challenges at angstrom-scale geometries, including backside power delivery and dense 3D integration. Synopsys's reference design flow, built on its 3DIC Compiler, now supports Intel's Embedded Multi-die Interconnect Bridge (EMIB) and EMIB-T packaging technologies, with early bump and through-silicon via planning, automated Universal Chiplet Interconnect Express and high bandwidth memory routing, and unified multiphysics analysis across dies and interconnects.
Expanded IP portfolio targets AI and HPC workloads
Synopsys is extending its interface and foundation IP portfolio to include Intel 14A, adding offerings such as 224G SerDes, PCIe 7.0, USB 4, and eUSB alongside embedded memories, logic libraries, and I/O solutions. Intel senior vice president and foundry services general manager Shawn Han said the wide-ranging collaboration with Synopsys gives customers "greater ease of use and confidence to achieve their design goals" and supports innovation "from silicon to packaging" on Intel's most advanced technologies. Separately, Synopsys introduced new autonomous agentic AI workflows for chip design developed with Microsoft, with initial evaluations reportedly indicating 25–40% reductions in debug cycle times.
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