Examples of using Clock cycle in English and their translations into Serbian
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MHz(each instruction takes 4 clock cycles).
With each clock cycle, one card gets fed through the ALU.
SPEED 2 MHz(each instruction takes 4 clock cycles).
The number of transfers per clock cycle depends on the technology used.
SPEED 2 MHz(each instruction takes 4 clock cycles).
Since most gates do not operate/switch at every clock cycle, they are often accompanied by a factor α{\displaystyle\alpha}.
For example, DDR1 SDRAM transfers 128 bits per clock cycle.
This was because MULSCC can complete over one clock cycle in keeping with the RISC philosophy.
The entire operation, in this set of modules, takes place in a single clock cycle!
Since most gates do not operate/switch at every clock cycle, they are often accompanied by a factor α{\displaystyle\alpha}, called the activity factor.
It also incorporates 15 register banks to facilitate an interrupt latency of 6 clock cycles.
Techgage interpreted Samsung's January 2011 engineering sample as having CAS latency of 13 clock cycles, described as being comparable to the move from DDR2 to DDR3.
The two factors combine to require a total of four data transfers per internal clock cycle.
Timings CAS latency(CL), clock cycle time(tCK), row cycle time(tRC), refresh row cycle time(tRFC), row active time(tRAS).
Itanium cores up to andincluding Tukwila execute up to six instructions per clock cycle.
The bus transfers 2×128 bits per clock cycle, so the 200 MHz McKinley bus transferred 6.4 GB/s, and the 533 MHz Montecito bus transfers 17.056 GB/s[33].
Single-cycle EDO has the ability to carry out a complete memory transaction in one clock cycle.
Adding a clocked register after the circuit that converts the count value to Gray code may introduce a clock cycle of latency, so counting directly in Gray code may be advantageous.
In all Itanium models, up to and including Tukwila,cores execute up to six instructions per clock cycle.
Address and control signals are still sent to the DRAM once per clock cycle(to be precise, on the rising edge of the clock), and timing parameters such as CAS latency are specified in clock cycles.
When the compiler can take maximum advantage of this,the processor can execute six instructions per clock cycle.
Since it is proving difficult to further increase the internal clock speed of memory chips, these chips increase the transfer rate by transferring more data words on each clock cycle DDR2 SDRAM transfers 4 consecutive words per internal clock cycle DDR3 SDRAM transfers 8 consecutive words per internal clock cycle.
The extra circuitry also increases power dissipation since every comparison circuit is active on every clock cycle.
The bus transfers 2×128 bits per clock cycle, so the 200 MHz McKinley bus transferred 6.4 GB/s, and the 533 MHz Montecito bus transfers 17.056 GB/s Itanium processors released prior to 2006 had hardware support for the IA-32 architecture to permit support for legacy server applications, but performance for IA-32 code was much worse than for native code and also worse than the performance of contemporaneous x86 processors.
This uses the same commands, accepted once per cycle, but reads orwrites two words of data per clock cycle.
For example, if a motherboard(or processor) has its bus set at 200 MHz andperforms 4 transfers per clock cycle, the FSB is rated at 800 MT/s.
RISC(Reduced instruction set computer):a reduced set of instructions that performs a single low-level operation in one clock cycle.
Originally simply known as SDRAM, single data rate SDRAM can accept one command andtransfer one word of data per clock cycle.
HP researchers investigated a new architecture, later named Explicitly Parallel Instruction Computing(EPIC),that allows the processor to execute multiple instructions in each clock cycle.
HP researchers tried to create a new type of processor architecture, later called Explicitly Parallel Instruction Computing(EPIC),that allows the processor to use many instructions in each clock cycle.