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The End of Moore’s Law? High Performance ICs Through Modular Chip Design

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By Tom Smelker, VP & General Manager, Mercury Systems
Balancing the need for commercial silicon innovation for the digital-modernization effort with the need for a trusted and secure supply chain, the DoD struggles to quickly and cost-effectively deploy next-generation sensor processing systems. For the first time, with 2.5D heterogeneous integration of advanced silicon and chiplet technology, open system architecture at chipscale can deliver trusted, high-density RF, digital, and mixed-signal devices to the computing edge of key mission areas such as radar; intelligence, surveillance, and reconnaissance (ISR); weapons; and satellite communications. Tom provides an overview of chiplet technology and how it can be adapted for aerospace and defense applications.
Balancing the need for commercial silicon innovation for the digital-modernization effort with the need for a trusted and secure supply chain, the DoD struggles to quickly and cost-effectively deploy next-generation sensor processing systems. For the first time, with 2.5D heterogeneous integration of advanced silicon and chiplet technology, open system architecture at chipscale can deliver trusted, high-density RF, digital, and mixed-signal devices to the computing edge of key mission areas such as radar; intelligence, surveillance, and reconnaissance (ISR); weapons; and satellite communications. Tom provides an overview of chiplet technology and how it can be adapted for aerospace and defense applications.