This instruction provides a means of loading any register pair with a two-byte value.

This group provides the 8085 with mathematical ability to manipulate 8-bit data and by judicious use of the condition codes manipulate larger values. Data transfer group of instructions provide 8085 with the ability to move data around inside the RAM, between the RAM and the register of the microprocessor and between registers within the microprocessor.

This instruction allows program flow to be altered by loading the contents of the two bytes following the instruction to be loaded into the program counter.

This instruction allows the programmer to accept input data as BCD, process it in the accumulator using essentially hexadecimal arithmetic, and then convert the result back into BCD.

This group of instructions permits the programmer to alter the flow of program execution from a normal straight line.

This instruction provides a means of adding a fixed value into the accumulator.

This instruction provides a 1's complement of the 8-bits in the A register.

This group is a collection of miscellaneous instructions which control bodily functions of the microprocessor or provide utilities.

This instruction provides a quick means of adding one to the contents of a register or memory location.

This instruction allow linkage to permit a subroutine to be invoked with the address of the next sequential instruction saved by later reference

This instruction allows the programmer to manipulate the system stack.

This instruction provides a means of subtracting a fixed value into the accumulator.

This instruction allows the microprocessor to communicate with the outside world.

This group of instructions provide 8085 with the ability to move data around inside the RAM, between the RAM and the register of the microprocessor and between registers within the microprocessor. This group provides the 8085 with mathematical ability to manipulate 8-bit data and by judicious use of the condition codes manipulate larger values.

This instruction set in 8085 architecture permits the HL register pair's contents to be exchanged with the DE pair.

The Load Accumulator Direct (LDA) and the Store Accumulator Direct (STA) instructions provide a means of moving a byte between the accumulator and a RAM address.