memory cycle การใช้

• The memory cycle took 12 timing pulses ( 11.72 ?s ).
• The AGC memory cycle occurred continuously during AGC operation.
• Firmware hubs are allowed to accept firmware memory cycles.
• Indirect addressing added 4 memory cycles ( 80 ?s ) for each level of indirection.
• Indirect addressing added 3 memory cycles ( 30 祍 ) for each level of indirection.
• Indexed addressing added 5 memory cycles ( 50 祍 ) for each level of indexing.
• Basic memory cycle time was 6 microseconds.
• Main memory cycle time was 645 ns.
• The memory cycle time for a 70 / 15 was 2 microseconds per byte of information.
• The calculation of a physical address resulted in no appreciable delay in the effective memory cycle time.
• In the 160 and 160-A, the memory cycle time was 6.4 microseconds.
• The memory cycle frequency was 100 kHz, with a capacity between 20 and 160 thousand words.
• The motive of Memory cycle was used for wall paintings in Rischart building in Munich ( 2007 ).
• Generic-application memory devices like nonvolatile BIOS memory and LPC flash devices are allowed to accept memory cycles.
• Most are register-to-register or register-immediate instructions which execute in a single memory cycle.
• Instructions took 8 memory cycles ( 160 ?s ) to fetch and a variable number of memory cycles to execute.
• Instructions took 8 memory cycles ( 160 ?s ) to fetch and a variable number of memory cycles to execute.
• The memory cycle time was 1.44 microseconds to access two bytes ( one half word ) of information.
• They include host-initiated two-byte memory cycles and host-initiated two-byte I / O cycles.
• Huffman encodings are fairly CPU intensive, in comparison to other board representations which seek to minimize required processor and memory cycles.