Traditional high frequency circuit designs have relied on deep pipelines and/or aggressive dynamic circuits. New low-latency static circuit fixed-point (FXU) and binary floating point (BFU) units naturally achieve high frequency without resorting to super deep pipelines or power-hungry circuits.
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This quote is just one of 9 total Brian Curran quotes in our collection. Brian Curran is known for saying 'Traditional high frequency circuit designs have relied on deep pipelines and/or aggressive dynamic circuits. New low-latency static circuit fixed-point (FXU) and binary floating point (BFU) units naturally achieve high frequency without resorting to super deep pipelines or power-hungry circuits.' as well as some of the following quotes.
The tradition of the team is one where they've always won, ... Quite frankly, I want a championship. I have a desire to build a team that will win championships. That's a great challenge, and I look forward to it immensely.
They're starting to come along, but we really need a week of practice. We're going to reassess a few things and go after it again (today). We're playing against the best power-play team in the league.
The play was set up because we didn't win a battle along the boards. Then, Samy tried to get (Wrigley) down low and let him go to the front where Terry could poke the puck away. Samy made his move too early and gave (Wrigley) too much room to work.
The teams that I put together center around several character players, ... Players that lead on and off the ice. They're good in the community, and teach young players on and off the ice.
This quote is just one of 9 total Brian Curran quotes in our collection. Brian Curran is known for saying 'Traditional high frequency circuit designs have relied on deep pipelines and/or aggressive dynamic circuits. New low-latency static circuit fixed-point (FXU) and binary floating point (BFU) units naturally achieve high frequency without resorting to super deep pipelines or power-hungry circuits.' as well as some of the following quotes.