Template:360 opcode related load

Most Closely-related Instruction
The most closely-related instruction is Add Logical Register (ALR) and not Load Address (LA), as is sometimes assumed. Whereas L loads a value from memory, LA does not access memory; it only calculates a number, which can but does not have to be an address.

32-Bit Instructions

 * To load an 8-bit byte (character) value from memory, see IC.
 * To load one or more 8-bit byte values into a register according to a mask, see ICM
 * To load a 16-bit half-word value from memory, see LH.
 * To load a 12-bit unsigned value into a register or add up to 4095 to the values in one or two 32-bit registers, see LA.
 * To copy a 32-bit word value from one register to another register, see LR.
 * To load a 32-bit word value from memory, see L.
 * To store an 8-bit byte (character) value in memory, see STC.
 * To store one or more 8-bit byte values into memory according to a mask, see STCM
 * To store a 16-bit half-word value in memory, see STH.
 * To store a 32-bit word value in memory, see ST.

64-Bit Instructions

 * To load a 20-bit signed value into a 32-bit or 64-bit register from an extended (20-bit) signed memory offset, see LAY.
 * To load a 32-bit value into a 64-bit register from an extended (20-bit) signed memory offset, see LGF.
 * To copy a 64-bit value from one 64-bit register to another 64-bit register, see LGR.
 * To load a 64-bit value into a 64-bit register from memory, see LG.
 * To store a 32-bit value from a register to an extended (20-bit) signed memory offset, see STY.
 * To store a 64-bit value from a 64-bit register to an address in memory, see STG.