AMD Piledriver Cores to Use Energy Recovery Tech
AMD confirmed that its next-generation Opteron processors and desktop APUs with the Piledriver core will include Cyclos Semiconductor's resonant clock mesh technology.
In a speech at ISSCC 2012, AMD and Cyclos provided first details about the IP that will be embedded in the Piledriver core to assist in achieving a clock speed that exceeds 4 GHz.
According to Cyclos, its resonant clock mesh (RCM) technology is similar to the technique some hybrid cars use via KERS, short for kinetic energy recovery system. Inductive-capacitive oscillators are leveraged in mesh-based high-performance clock distribution networks to deliver "high-precision timing while dissipating almost no power." In effect, RCM promises to recycle clock power to enable lower power consumption or higher clock speeds. AMD said that the technology result isa 24 percent drop in clock distribution power. The total IC power reduction is, depending on the chip design, estimated between 5 and 30 percent, but will be at the lower end (5 to 10 percent) in Piledriver.
AMD's Piledriver is the first high-volume processor core to use the RCM IP.

optimizing power consumption goes hand in hand with performance, If you use so much power that heat goes through the roof to get that performance, then it's not practical. Lower power consumption (lower heat) means higher clocks and more room to improve performance.
hopefully they'll do it right this time and not blame on everything else like they did with bulldozer.
Bulldozer can have eight cores.
Will the HD4K best the iGPU inside Trinity?
Trade offs mate, trade offs. Trinity is not aimed to the mid/high segments... At least, they should not be
Cheers!
I'm not sure they need trade offs. Bulldozer is fine as it is for the most of us. They just need to lower TDP and stuck it in Trinity.
optimizing power consumption goes hand in hand with performance, If you use so much power that heat goes through the roof to get that performance, then it's not practical. Lower power consumption (lower heat) means higher clocks and more room to improve performance.
I like what you did there
Now if they can fix the cache latencies.
Their mobile APUs are actually already fairly power efficient. I hope this trend continues and extends a bit into desktop mid-range territory.
actually they are aimed at mid-segments
Fine, I'll smash your fancy i5 2500k with my dual Netburst Xeon 5080 bathed in liquid helium and clocked at 8 GHz. What now?
I'm sure your power bill would hate you and it's not healthy to compete against one self (intel vs intel)
But if those processors have coil whine count me out.