KLA Corporation announced the launch of the revolutionary Axion T2000 X-ray metrology system for advanced memory chip manufacturers. Fabrication of 3D NAND and DRAM chips involves precise formation of extremely tall structures with deep, narrow holes and trenches, and other intricate architectural shapes – all requiring control at the nanoscale level. The Axion T2000 features patented technologies that power its ability to measure high aspect ratio device features with an unprecedented combination of resolution, accuracy, precision and speed. By discovering the small shape anomalies that can impact memory chip performance, the Axion T2000 helps ensure successful production of the memory chips used in applications such as 5G, artificial intelligence (AI), data centers and edge computing.
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“Our new Axion T2000 X-ray metrology system is a game changer for inline process control during fabrication of advanced 3D NAND and DRAM devices,” said Ahmad Khan, president of the Semiconductor Process Control business unit at KLA. “Using transmissive X-ray technology, the Axion T2000 quickly generates a complete 3D visualization of high aspect ratio structures on the order of 100:1 or greater. From the top to the very bottom of these extreme vertical features, Axion data facilitates tight control of critical parameters, such as width, shape and tilt. Moreover, by measuring inline, the Axion reduces the cycle time required to solve critical yield and reliability issues during high volume production of memory chips.”
The Axion T2000 is a CD-SAXS (critical-dimension small angle X-ray scattering) system, leveraging industry-unique X-ray technologies to produce high-resolution measurements of critical dimensions and 3D shapes of memory device features. A high flux source provides X-rays that transmit through the entire vertical memory structure, regardless of how tall it is today or will be in the future, enabling measurement of complex device shapes. A stage with industry-leading dynamic range helps to obtain diffraction images at multiple angles to render rich 3D geometrical information. Novel AcuShape® algorithms facilitate measurement of many critical device parameters and extraction of subtle variations that can affect final memory chip functionality. With these innovations, the Axion T2000 non-destructively produces the dimensional metrology data needed to help memory manufacturers optimize, monitor and control key process steps inline.
SOURCE: PR Newswire