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en:multiasm:piot:chapter_4_5 [2026/03/01 19:40] – [Data Indirect Addressing] ktokarzen:multiasm:piot:chapter_4_5 [2026/03/01 19:43] (current) – [Addressing Modes] ktokarz
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 ====== Addressing Modes ====== ====== Addressing Modes ======
  
-Addressing modes define how the processor accesses data. There are 15 different addressing modes, such as: Direct Addressing, Indirect Addressing, Indirect with Displacement, Immediate Addressing, Register Addressing, Relative Addressing, Indirect I/O Addressing, and Stack Addressing. +Addressing modes define how the processor accesses data and the target address of a jump. There are more than a dozen different addressing modes, such as: Direct Addressing, Indirect Addressing, Indirect with Displacement, Immediate Addressing, Register Addressing, Relative Addressing, Indirect I/O Addressing, and others. In this section, we first present the data addressing and later addressing used in flow control instructions.
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-Details on addressing modes are presented in Fig. {{ref>avr_addr_1}},{{ref>avr_addr_2}},{{ref>avr_addr_3}},{{ref>avr_addr_4}},{{ref>avr_addr_5}},{{ref>avr_addr_6}},{{ref>avr_addr_7}},{{ref>avr_addr_8}},{{ref>avr_addr_9}},{{ref>avr_addr_10}},{{ref>avr_addr_11}},{{ref>avr_addr_12}},{{ref>avr_addr_13}},{{ref>avr_addr_14}} and {{ref>avr_addr_15}}:+
  
 =====Direct Single Register Addressing===== =====Direct Single Register Addressing=====
en/multiasm/piot/chapter_4_5.1772386800.txt.gz · Last modified: by ktokarz
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