AMD Venice CPU to Begin Volume Production in Q1 2027
The processor will utilize advanced panel-level packaging to increase throughput compared to standard wafer manufacturing.
Updated on Oct. 29, 2026 in Semiconductors
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ASE Technology is set to reach initial volume production for AMD's Venice CPU in Q1 2027 using advanced panel-level packaging. This method utilizes square panels instead of traditional circular wafers to increase the number of processor interposers per batch.
Why it matters
The shift toward large-panel packaging addresses physical constraints in chip scaling for high-performance processors. By moving away from circular wafer limitations, manufacturers can pack significantly more components into a single production run, potentially increasing throughput for complex server-grade hardware.
Panel-level packaging enables 25 interposers on a single 310-by-310-millimeter panel, exceeding the 22 that fit on a standard 300-millimeter wafer. The Venice CPU architecture features an interposer 2.7 times the size of a photomask reticle.
The players
AMD
A designer of high-performance CPUs and GPUs that competes in the data center and consumer computing markets.
ASE Technology
A major provider of semiconductor assembly and testing services, specializing in advanced packaging technologies.
Siliconware Precision Industries
An assembly and testing firm that works on complex packaging solutions for high-performance computing hardware.
Powertech Technology
A semiconductor back-end services provider focusing on memory and logic packaging solutions.
Broadcom
A global semiconductor and infrastructure software company that designs silicon for networking and storage applications.
The details
Panel-level packaging utilizes large square substrates instead of traditional circular silicon wafers to house chip components. This process creates challenges in managing panel warping—structural deformation caused by heat or mechanical stress—and ensuring process uniformity across the larger surface area. ASE Technology and Siliconware Precision Industries are collaborating with AMD on second-generation fan-out embedded bridge packaging, a technique that connects multiple chips using silicon bridges embedded in a molding compound to improve communication speeds.
Timeline
October 28, 2026: Taiwan's Ministry of Economic Affairs approved a $400 million investment for a new Singapore-based facility.
Q1 2027: Target timeframe for initial volume production of the AMD Venice CPU.
The Tech Race
This move to panel-level production marks a departure from traditional wafer-based techniques that limit interposer density for large processors. As Venice CPU interposers reach 2.7 times the size of a photomask reticle, the industry is racing to solve the throughput bottlenecks inherent in legacy circular wafer manufacturing.
Data center operators and server hardware purchasers can expect to see initial Venice CPU units becoming available as volume production begins in early 2027. While initial supply is expected to be limited, this manufacturing shift aims to increase long-term supply capacity for high-performance silicon.
The takeaway
The move to panel-level packaging represents a critical evolution in how the industry handles the increasing physical footprint of modern high-performance CPUs. Stakeholders should track production reports throughout 2027 to see if manufacturers can maintain high yields on larger surface areas.
What happens next
Q1 2027 production ramp-up for the Venice CPU.
Further reading
For more on the latest manufacturing trends, explore the Semiconductors section.
Source note: This article includes information reported by TokenPost.
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