Qnity Electronics, Inc. (NYSE: Q) has launched a scalable materials solution platform for AI-driven advanced packaging. The company unveiled the platform from Wilmington, Delaware. It integrates metallization, bumping, dielectric, and fine-line patterning technologies. Furthermore, the platform targets next-generation high-density and 3D integrated semiconductor systems. It directly addresses the growing complexity of modern chip designs.
Qnity Addresses Integration Complexity Across the Semiconductor Value Chain
The platform specifically enables AI-driven advanced packaging at scale. Finer interconnects, higher density, and improved manufacturing yields define today’s packaging challenges. Additionally, semiconductor manufacturers face increasing pressure as chip architectures shift from 2D to vertical designs.
“Customers are looking for system-level solutions, and that’s where Qnity shines,” said Chuck Xu, President, Interconnect Solutions, Qnity. “As AI, chiplets, high-bandwidth memory, 3D stacking, and heterogeneous integration drive a shift from 2D designs to increasingly complex vertical architectures, semiconductor manufacturers are facing new levels of integration complexity, creating demand for integrated solutions spanning advanced packaging and thermal management. Our teams serve as a design partner with end-to-end process development and engineering capabilities that help customers solve the integration complexity layer-to-layer, chip-to-chip, and scale new designs with confidence.”
Moreover, Qnity positions itself as a full-cycle design partner. Its engineering teams handle end-to-end process development. Consequently, customers gain confidence while scaling new designs.
Precision Technologies Power Leading Packaging Platforms
Advanced packaging platforms demand high precision. Technologies like Chip-on-Wafer-on-Substrate (CoWoS), Embedded Multi-die Interconnect Bridge (EMIB), and high-bandwidth memory (HBM) require exact plating height control. They also demand superior cooperation across all layers.
Qnity’s integrated portfolio supports tin-silver (SnAg) micro-bumps and copper-to-copper (Cu-Cu) direct and hybrid bonding. In addition, it includes high-resolution dielectric and patterning processes. The platform enables 2 µm line/space metallization with tight critical dimension (CD) control. It also delivers low defectivity across production runs.
Qnity to Present at SEMICON Taiwan 2026
Jason Chuang, Packaging Polymer Segment Director at Qnity, will present at the Heterogeneous Integration Global Summit. The event takes place during SEMICON Taiwan 2026 on September 1. Therefore, industry professionals can meet Qnity experts directly. They will discuss key trends shaping the future of AI-driven advanced packaging.
Key Platform Solutions from Qnity
Qnity offers a range of specialized solutions on this platform. Each product handles a particular packaging process need.
Intervia™ CB1000+ / CB3000 Copper: Provides improved within-die (WID) uniformity. It also provides a wide operating window, excellent total indicated runout (TIR) control and deposition of low impurity copper. This guaranties uniformity of performance across die level processes for the manufacturers.
Solderon™ TS8000 Series Solder: is a SnAg micro-bump plating solution. It is aimed specifically at high-bandwidth memory (HBM) applications. It also provides excellent coplanarity for both mixed-pitch and fine-pitch micro-bumps. At the same time, it can be used in soluble and insoluble electrode plating applications.
Riston® WBR5000 Dry Film Photoresist: Next generation thick dry film photoresist for advanced 2.5D packaging. It offers high aspect ratio copper pillar plating and fine feature lithography. More precisely it works in a range of film thickness 200-320 µm. Thus, it is suitable for the stringent lithography demands in advanced nodes.
Cyclotene™ Dry Film Photo-Imageable Dielectric: targeting advanced substrate applications and fan-out panel-level packaging. It provides excellent coplanarity and target thickness in a single step. Additionally, it enables effective filling of the through-glass vias (TGVs) for glass core substrates. It has also demonstrated solid reliability performance in test environments.
These solutions together further reinforce Qnity’s leadership position in AI-driven advanced packaging. The company keeps pushing the limits of semiconductor integration technology.
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News Source: Businesswire.com
