Zilog z80 assembly language programming manual

What is eZ80 CPU assembly language?

CPU User Manual UM007715-0415 CPU Instruction Set 52 CPU Instruction Set eZ80 CPU Assembly Language Programming Introduction eZ80 CPU assembly language provides a means for writing an application program without considering the actual memory addresses or machine instruction formats. A program written in assembly language is called a source program.

What is Zilog CPU?

CPU is Zilog's next-generation Z80 processor core. It is the basis of a new family of integrated microcontrollers and includes
The following features:
Upward code-compatible from Z80 and Z180 products. Several address-generation modes
Including :
24-bit linear addressing.

What is a stop condition in Zilog Z80?

The Master can generate a Stop condition to abort the transfer. The ZiLOG Z80 CPU family of components are fourth-generation enhanced microprocessors with exceptional computational power. They offer higher system throughput and more efficient memory utilization than comparable second- and third-generation microprocessors.

What is Transfer Mode in Zilog Z80?

In Transmit mode, the byte is sent most significant bit first. The Master can generate a Stop condition to abort the transfer. The ZiLOG Z80 CPU family of components are fourth-generation enhanced microprocessors with exceptional computational power.

What is Z80 assembly language?

Z80 Assembly Language Assembly language allows the user to write a program without concern for memory addresses or machine instruction formats. It uses symbolic addresses to identify memory locations and mnemonic codes (op codes and operands) to represent the instructions. Z80 CPU User Manual Table 22.

The Zilog Z8 is a microcontroller architecture

Originally introduced in 1979

Which today also includes

The Z8 Encore!
eZ8 Encore!
eZ8 Encore! XP

And eZ8 Encore! MC families.

16-bit microprocessor

The Z8000 is a 16-bit microprocessor introduced by Zilog in early 1979.The architecture was designed by Bernard Peuto while the logic and physical implementation was done by Masatoshi Shima

Assisted by a small group of people.In contrast to most designs of the era

The Z8000 did not use microcode which allowed it to be implemented in only 17

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