Examples of using Clock cycle in English and their translations into Spanish
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A measurement of clock cycles in millions of cycles per second.
There's a way you can exceed the number of clock cycles.
Our architectures can compute in average k field multiplications every three clock cycles.
For 3 instructions, 14 clock cycles are required.
Each bit to be sent is held on the bus for 8 sample clock cycles.
Its execution requires several clock cycles and it is highly demanding of hardware resources.
Opcodes like ADD HL, BC, that previously took 11 clock cycles, now can run as fast as only one bus cycle in some conditions.
had a 32-bit FPU, which took two clock cycles to accomplish 64-bit floating point arithmetic.
with a delay of 1 or 2 clock cycles.
The performance of similar CPUs also varies based on their clock cycles as expressed in megahertz.
because a bit serial design minimizes chip complexity, but takes many more clock cycles.
on many architectures this operation requires fewer clock cycles and memory than loading a zero value
Doing this in only two clock cycles requires careful coordination between the time the SDRAM takes to turn off its output on a clock edge
a cache benefits both bandwidth and latency: A larger resource incurs a significant latency for access- e.g. it can take hundreds of clock cycles for a modern 4 GHz processor to reach DRAM.
at the expense of raising the core-to-L2 latency from 10 clock cycles(in the Dothan Pentium M) to 14 clock cycles.
This instruction consumes one clock cycle(Pag 13).
Regeneration is initiated automatically by a clock cycle timer.
DDR4 SDRAM transfers 16 consecutive words per internal clock cycle.
execute instructions at four clock cycle.
with one bit transferred per clock cycle.