While Richland would deliver 20-40% improvement over Trinity A-Series APU, Kaveri APU would pump upto even more and almost twice the gain than Richland itself. We don’t speculate about this bit, we believe. Why? Because AMD’s Richland is based on the same Piledriver architecture Trinity uses with minor IPC improvements, Kaveri APU is a full fledged new design due to its Steamroller core architecture.
While Richland would deliver 20-40% improvement over Trinity A-Series APU, Kaveri APU would pump upto even more and almost twice the gain than Richland itself. We don’t speculate about this bit, we believe. Why? Because AMD’s Richland is based on the same Piledriver architecture Trinity uses with minor IPC improvements, Kaveri APU is a full fledged new design due to its Steamroller core architecture.
While Richland would deliver 20-40% improvement over Trinity A-Series APU, Kaveri APU would pump upto even more and almost twice the gain than Richland itself. We don’t speculate about this bit, we believe. Why? Because AMD’s Richland is based on the same Piledriver architecture Trinity uses with minor IPC improvements, Kaveri APU is a full fledged new design due to its Steamroller core architecture.
AMD FX-Vishera 2.0:
On the performance forefront, AMD would rely on Vishera 2.0 (FX-Vishera refresh) since the company’s planning to keep the chip for the year 2013.