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alternate case: zilog

Home video game console (2,326 words) [view diff] exact match in snippet view article find links to article

BBC/Heber (UK) ? Zilog Z80 8-bit Video Art LJN (U.S.) Thompson EF6805 (Motorola 6800-based) ? Zemmix Daewoo Electronics (South Korea) Zilog Z80 8-bit Sega

mainframes such as the Siemens BS2000. Later, it was ported to the 8-bit Zilog Z80 processor and many other computer architectures including the IBM System/370

increasingly powerful microprocessors such as the MOS Technology 6502, Zilog Z80, and Intel 8088. The predecessors to these computers, mainframes and

was the direct predecessor of the TI-83. It shares with the TI-85 a 6 MHz Zilog Z80 microprocessor. Like the TI-81, the TI-82 features a 96×64 pixel display

but later models in the series were mostly based on the Intel 8080 and Zilog Z80 8-bit designs, and later, the Intel 8086 16-bit design. Most of the

(often shortened to M80) is a relocatable macro assembler for Intel 8080 and Zilog Z80 microcomputer systems. The complete MACRO-80 package includes the MACRO-80

offered, an Intel 8086 and a Zilog Z80 expansion board. Additional expansion boards with the Motorola 68000, Intel 80286 and Zilog Z8000 processors were also

computer bus developed in 1977 by the company Kontron, mainly for the 8-bit Zilog Z80, Intel 8080 and Intel 8085 microprocessor families. Mechanically, the

the VT100 computer terminal and VT18X option. The VT18X includes a 2 MHz Zilog Z80 microprocessor and 64K RAM on two circuit boards that fit inside the

computers, the ZX Spectrum +3 version of CP/M Plus, and the Acorn BBC Micro's Zilog Z80 second processor. In the 1980s, it was standard industry practice to

and 68000 families; the Intel 8080, iAPX 432, x86 and 8051 families; the Zilog Z80, Z8 and Z8000 families; the National Semiconductor NS320xx family; the

computers released by Sharp Corporation from 1982 to 1987. It is based on a Zilog Z80 CPU. The RGB display monitor for the X1 had a television tuner, and

Bus has also been designated as STD-80, referring to its relation to the Zilog Z80 series microprocessors. The term STD is in reference to "standard",

training system for learning machine code and assembly language for the Zilog Z80 microprocessor. After releasing several iterations of the product, Acer

TI-81 Zilog Z80 @ 2 MHz 8 KB of RAM (2.4 KB user accessible) 96×64 pixels 16×8 characters 6.75 x 3.125 x 1.0 No 1990 110 Allowed Allowed TI-82 Zilog Z80

introduced in 1996 which was produced by Texas Instruments. The TI-86 uses the Zilog Z80 microprocessor. It is partially backwards-compatible with its predecessor

The TI-85 is a graphing calculator made by Texas Instruments based on the Zilog Z80 microprocessor. Designed in 1992 as TI's second graphing calculator

The Enterprise is a Zilog Z80-based home computer announced in 1983, but due to a series of delays, was not commercially available until 1985. It was

original on 5 March 2016. eZ80 CPU User Manual (PDF) (15, April 2015 ed.). Zilog. 15 July 2009. Retrieved 16 June 2024. "Freescale Semiconductor – MPC8272

Spectrum home computer launched in 1991. It was based on an analogue of the Zilog Z80 microprocessor. Its name comes from Dubna, a town near Moscow, where

computer from manufacturer Toshiba, released in 1981 and based around a Zilog Z80 microprocessor. There are two models, the PA7010 and the PA7012. PA7010

or Zilog Z80 to divide up the processor's address space into RAM, ROM and I/O. Newer versions of these processors, such as the WDC 65816 or the Zilog eZ80

accessed 2015-08-19 "Zilog Product specification Z8440/1/2/4, Z84C40/1/2/3/4. Serial input/output controller" (PDF). 090529 zilog.com "Zilog Document Download"

The Olivetti M20 is a Zilog Z8000 based computer designed and released by Olivetti in 1982. Although it offered good performance, it suffered from a lack

The Olivetti M20 is a Zilog Z8000 based computer designed and released by Olivetti in 1982. Although it offered good performance, it suffered from a lack

Intel's 8-bit family of chips (such as the 8080, or their relations, the Zilog Z80 range). Motorola 6800 Motorola 6801 (includes RAM and ROM) Motorola

Shī Hassen Happyaku Shirīzu), commonly shortened to PC-88, are a brand of Zilog Z80-based 8-bit home computers released by Nippon Electric Company (NEC)

KB of RAM (as compared to the TI-80's 7 KB of RAM), and a faster 6 MHz Zilog Z80 processor (as compared with the TI-80's 980 kHz proprietary processor)

Retrieved 2020-04-05. "Zilog Product specification Z8440/1/2/4, Z84C40/1/2/3/4. Serial input/output controller" (PDF). 090529 zilog.com "Enhanced Serial

It was also the first Brazilian TRS-80 Model I clone. It used a 2 MHz Zilog Z80A microprocessor, with 16 KB of RAM and 16 KB of ROM (containing Level

designed by Radofin and released by Mattel Electronics in 1983. Based on the Zilog Z80 microprocessor, the system has a rubber chiclet keyboard, 4 kB of RAM

developed by Microsoft to turn the computer into a CP/M system based upon the Zilog Z80 central processing unit (CPU). Becoming the most popular CP/M platform

video output in addition to the original C64 modes. It also included a Zilog Z80 CPU which allows the C128 to run CP/M, as an alternative to the usual

unit had a monitor similar to the VT220 and a dual-CPU box with both 4 MHz Zilog Z80 and 4.81 MHz Intel 8088 CPUs. The Rainbow 100 was a triple-use machine:

Based on the Zilog Z80 microprocessor, it is capable of running CP/M as well as Heathkit's own HDOS. The Zenith Z-89 is based on the Zilog Z80 microprocessor

microcomputer systems including IBM PC compatibles and machines based on the Zilog Z8000 and Motorola 68000. Initially sold to OEMs, starting 1983 it was available

released in 1982. Like many other home computers of the era, it utilized the Zilog Z80 microprocessor. Known for its distinct white case and visual similarity

Dr. Zilog is a chiptune metal trio from Denver, Colorado. The band blends 8-bit chiptune melodies with real guitars and drums. Dr. Zilog first gained notoriety

generations behind its time. The system also contains a Motorola 68000 and a Zilog Z80, the same processors which were used in the Mega Drive, that ran at

D-connector, then on a mini-DIN-8 connector. The ports were driven by the Zilog SCC, which could serve as either a standard UART or handle the much more

running both the MS-DOS and CP/M operating systems. It did so by having both Zilog Z80 and Intel 8088 microprocessors. Chameleon approximated the hardware

Namco Galaxian hardware, based on the Z80 microprocessor, with an extra Zilog Z80 microprocessor to drive a DAC for speech; it was one of the first games

consisted primarily of several off-the-shelf parts; the main CPU was a 3.58 MHz Zilog Z80, the Texas Instruments TMS9918 graphics chip with 16 KB of dedicated

expensive; in 1981 single-unit quantities were $37 compared to $9 for a Zilog Z80 and $6 for a 6502. It was launched when a new generation of 16-bit processors

a game console as the GX4000. The CPC models' hardware is based on the Zilog Z80A CPU, complemented with either 64 or 128 KB of RAM. Their computer-in-a-keyboard

8080/8085 and Zilog Z80 Personal CP/M, a refinement of CP/M CP/M Plus with BDOS 3.0 CP/M-68K CP/M for Motorola 68000 CP/M-8000 CP/M for Zilog Z8000 CP/M-86

a series of 8-bit home computers based on the clones of Intel 8080 and Zilog Z80 processors produced by Didaktik in Skalica, in the former Czechoslovakia

create and manipulate disk files using symbolic names. CDOS was written in Zilog Z80 machine code. Due to the number of available programs available to run

Espressif ESP32, Lattice LM32, Renesas MC16C/26/SH-1, RISC-V, Zilog Z16F, Zilog eZ80 Acclaim!, Zilog Z8Encore!, Z80, MIPS PIC32MX, PIC32MZ OpenComRTOS Proprietary

Eight-bit computers running CP/M 80 were built around an Intel 8080/8085, Zilog Z80, or compatible CPU. CP/M 86 ran on the Intel 8086 and 8088. Some computers

assembly: TIGCC for Motorola 68000 (68k) based calculators, and SDCC for Zilog Z80 based calculators. However, both of them are cross-compilers, not allowing

Freescale v4e, Motorola 680x0, MIPS, PowerPC, IBM System z, TI MSP430, Zilog Z80. SDAS (fork of ASxxxx Cross Assemblers and part of the Small Device

failed to achieve commercial success. While the ZX Spectrum has an 8-bit Zilog Z80 as the CPU, the QL uses a Motorola 68008. The 68008 is a member of the

Based Operating System (SymbOS) is a multitasking operating system for Zilog Z80-based 8-bit computer systems. Unlike early 8-bit operating systems,

compatible with Apple DOS 3.3. The Ivel Ultra could be equipped with a second Zilog Z80 processor, in order to offer compatibility with the CP/M operating system

to systems including Conversational Monitor System (CMS), TOPS-10, and Zilog Z80. Below is a sampling of some notable extensions: Automatic op:= for

pulled after several weeks due to low sales. The PV-1000 is powered by a Zilog Z80 CPU, with 2 KB RAM, with 1 KB allocated as VRAM.[citation needed] It

but it was also capable of being used as a stand-alone computer. It had a Zilog Z80 microprocessor and came with BASIC as operating system, 128 KB of RAM

The Memotech MTX500 and MTX512 are a range of 8-bit Zilog Z80A based home computers released by the British company Memotech in 1983 and sold mainly in

PC-8800 series. The PC-6001 has a μPD780 processor (a NEC clone of the Zilog Z80), 16 KB RAM (up to 32 KB), a General Instrument AY-3-8910 3-voice sound

bit in the status register of many CPU families, such as the Intel 8080, Zilog Z80, the x86, and the Atmel AVR series, among others. It indicates when

other processors, and was most commonly found in machines based on the Zilog Z80 and MOS 6502. The 6845 is not an entire display solution on its own;

compatible with the ZX Spectrum was the Didaktik Gama, based on the U880 or Zilog Z80 processors and the original ULA chip. It was produced in three variants

computer, PDP-11 clones (Electronika, DVK, BK series), and Intel 8080 and Zilog Z80 clones (Korvet). It is interpreted with a dynamic type system and high

with the exception of the TI-Nspire series. The TI-81 is powered by a Zilog Z80 microprocessor, like those used in most other Texas Instruments graphing

archived copy as title (link) application note Zilog, Inc (2008). "Electric Bike BLDC Hub Motor Control" (PDF). Zilog, Inc. Archived from the original (PDF) on

1979 : Micral 80–30, Zilog Z80 1980 : Micral 80–20, Zilog Z80A at 3 MHz 1980 : Portal, Intel 8085 at 2 MHz 1981 : Micral P2, Zilog Z80 at 5 MHz, 64K RAM

TPM-III (CP/M-80 compatible) which was introduced in 1983. It is based on a Zilog Z80 microprocessor, running at 4 MHz, provides up to 256 KB of RAM organized

drive controller. The connection to the host computer was controlled by a Zilog Z80. A later upgrade from Indus, the RAMCharger, added 64 kB of random-access

from. Further milestones were the U880 (Zilog Z80 clone) in 1980 and the first 16-bit microprocessor U8000 (Zilog Z8000 clone) in 1984. The ruling Socialist

programs. Despite this, it has significantly improved hardware; its CPU, the Zilog Z80, is 2.5 times as fast as the one in the TI-83 Plus, its display is of

1977, he remained at Bielefeld and worked on an Elan environment for the Zilog Z80 microprocessor. This required a runtime system (environment), which

joined its micro-processor applications group. There he found himself using Zilog Z80 and Intel 8088 machine code language for small applications of a classified

some processors that were available on coprocessor cards for the Apple II: Zilog Z80 – Microsoft SoftCard or compatibles, ran CP/M Intel 8088 – the AD8088

cartridge compatible with all games. Despite the processing speed of the Zilog Z80A CPU – 3.57 MHz, compared to the Nintendo Entertainment System's 1.79 MHz

to their Osborne 1 and Osborne Executive system. The Vixen has a 4 MHz Zilog Z80 microprocessor with 64 KB dynamic random-access memory (DRAM) and 4 KB

frequency of 4 MHz, was based on the U880 microprocessor (near clone of Zilog Z80) and peripheral circuits along with the U8272 floppy-disk controller

departure in design based on the Motorola 6809E processor rather than the Zilog Z80 of earlier models. The Tandy Color Computer line, nicknamed CoCo, started

00.JIO0UBH9BY8B9T7GVC6R (the latest model is 7.18). Features: Processor: Zilog Z80 at 3.5 and 7 MHz (turbo mode) RAM: 128 to 512 KB ROM: 64 to 128 KB Memory

issued in the United Kingdom in 1977 and 1979, respectively, based on the Zilog Z80 and including a keyboard and video interface, a serial port that could

The Dick Smith Super-80 was a Zilog Z80 based kit computer developed as a joint venture between Electronics Australia magazine and Dick Smith Electronics

microprocessor, or an inexpensive dedicated microprocessor like the MOS 6507 or Zilog Z80. Early controllers required additional circuitry to perform specific

programming language, that ran on and generated code for the Intel 8080 and Zilog Z80 processors. It was the first C compiler for CP/M. It was written by

sections, each section including a chip such as an Am2901 or 74181. The Zilog Z80 (discontinued in 2024), although it is an 8-bit microprocessor, has

and a "Spectrum Emulation" cartridge was available (usually bundled). CPU Zilog Z80A @ 3.50 MHz ROM 16 KiB RAM 48 KiB Display Timex SCLD chip with Extended

TC1800. Olivetti's first modern personal computer, the M20, featuring a Zilog Z8000 CPU, was released in 1982. The M20 was followed in 1983 by the M24

internal 6502 second processors. A version was introduced to support a Zilog Z80 second processor. Another version of BBC BASIC, called BAS128, was supplied

Game Boy. Derived from two other 8-bit processors: the Intel 8080 and the Zilog Z80, the SM83 features the seven 8-bit registers of the 8080—lacking the

Timex of Portugal shutting down its production line before its release. CPU Zilog Z80A ROM 64K 16K Sinclair BASIC 16K Timeword text processor 16K Timex Extended

microcomputer system based on the microprocessor Intel 8080. Some models have a Zilog Z80 CPU. Since the Z80 is backward compatible with the 8080, this was probably

ENER 1000 was a Portuguese computer released in 1982. It was based on the Zilog Z80A processor. It had 64 KB RAM and two 5+1⁄4-inch double-density floppy

step-by-step the process of building a computer from the ground up, using the Zilog Z80 8-bit microprocessor, including building a power supply, keyboard, and

business computer system under their Exidy Systems subsidiary. Based on the Zilog Z80 and the general layout of the emerging S-100 standard, the Sorcerer

the early 1980s. The design by John Hardy and Ken Stone was based on the Zilog Z80 CPU, had 2K of RAM and 2K of ROM in a default configuration. Later versions

but it is unknown how many were built. The basic system was powered by a Zilog Z80 driving the display chip with a RAM buffer in between the two. The display

Micro, Inc., of Cupertino, California. It had the following specifications: Zilog Z80 microprocessor 4 KB of main memory (expandable to 64 KB) 58-key, chiclet-style

ROM "B" or "2" that added more commands and features such as a built-in Zilog Z80 assembler. The core implementation, in ROM "A" or "1", contained 3 special

project. The main CPU was a Motorola 68000 at 10 MHz. There was a separate Zilog Z80 for sound control, which drove two AY-3-8910s, a custom Konami SCC (K005289)

BASIC on the early microcontroller Intel 8052; BASIC and FORTH on the Zilog Z8 as well as some modern devices. Typically these interpreters support

Group Zilog Z80 1976 Kits or assembled PCBs. Including cases from 1978 The first company to produce mostly complete systems built around the Zilog Z80 processor

size of a credit card, built around a Toshiba microprocessor emulating a Zilog Z80. The REX firmware was written by Starfish Software, and the hardware

computers. The name is derived from Tandy Radio Shack Z80, referring to its Zilog Z80 8-bit microprocessor. The TRS-80 has a full-stroke QWERTY keyboard,

in the middle to late 1970s. They were S-100 bus machines powered by the Zilog Z80 processor and typically ran on the CP/M operating system. They were

where the Intel 8080 was succeeded by the binary compatible Intel 8085 and Zilog Z80 as well as the source compatible Intel 8086, the Soviet Union produced

Server, a web server developed by Zeus Technology Zilog Enhanced Unix System, the operating system of a Zilog Z8000 based computer Zeus (particle detector)

DMG-CPU, the main processor is a Sharp SM83, a hybrid of the Intel 8080 and Zilog Z80 processors. It combines the seven 8-bit registers of the 8080 (omitting

versions included Apple II ultimately Apple Pascal, DEC PDP-11, Intel 8080, Zilog Z80, and MOS 6502 based machines, Motorola 68000 and the IBM PC (Version

the company in August 2010, and Darin Billerbeck, former Zilog CEO, who had just sold Zilog in the previous year, was named the new CEO in October of

is a hybrid between two other 8-bit processors: the Intel 8080 and the Zilog Z80. The SM83 has the seven 8-bit registers of the 8080 (lacking the alternate

as BaZic (a rewrite of North Star BASIC, taking advantage of the faster Zilog Z80 instructions), Megabasic and S.A.I.L.B.O.A.T. (a basic optimized for

System) is the operating system for the Tandy TRS-80 line of eight-bit Zilog Z80 microcomputers that were sold through Radio Shack from 1977 through

extend the RAM to 128K and upgrade the ULA to use four screen areas. CPU Zilog Z80A @ 3.50 MHz ROM 16 KB RAM 48 KB Display Timex SCLD chip instead of the

Afterwards the Mycron 3 was developed, running CP/M. The Mycron 1000 featured a Zilog Z80 processor and ran MP/M. In 1981, the Mycron 2000 was released, based

CPU Zilog Z80A @ 3.25 MHz RAM 64 KB VRAM 16 KB (TMS9918) ROM 32 KB Keyboard mechanic, 73 keys (with 4 cursor keys) Display text: 40×24 rows; graphics:

similar in appearance to the Silex but CP/M compatible. It was powered by a Zilog Z80 at 2.5 MHz, had 64 Kb of RAM, 80x24 character monochrome display, two

following models: MTX500, MTX512 and RS128. The MTX 512 was based on the Zilog Z80 processor. Although well-regarded, these computers were not commercially

System 16 arcade board, centered on a Motorola 68000 processor as the CPU, a Zilog Z80 as a sound controller, and a video system supporting hardware sprites

to be compatible with that system's library of games. It shares the same Zilog Z80 CPU, an 8-bit processor clocked at 3.5 MHz, and the Texas Instruments

Plus is one of TI's most popular calculators.[citation needed] It uses a Zilog Z80 microprocessor running at 6 MHz, a 96×64 monochrome LCD screen, and

While the 8085 was an improvement on the 8080, it was eclipsed by the Zilog Z80 in the late 1970s and early 1980s, which took over much of the desktop

previous models). The VG-8020 was manufactured by Kyocera and featured a Zilog Z80A microprocessor clocked at 3.56 MHz, 64KB of RAM, 16KB of VRAM, two

8080, Motorola 6800 and MOS 6502. They were the first company to ship a Zilog Z80-based system when those processors appeared in 1976. They later introduced

exciting ColecoVision video-game cartridges". ColecoVision is based around the Zilog Z80 CPU and a variant of the Texas Instruments TMS9918 video chip that was

eight bit microprocessors such as the MOS Technology 6502 family or the Zilog Z80, or in systems with a lack of available resources because of its small

Cobra 1 was a Polish 8-bit home and industrial microcomputer based on a Zilog Z80A processor, designed by Andrzej Sirko. It was intended to be assembled

of RAM which could be activated with an optional master keyboard, and a Zilog Z80 microprocessor. In addition to supporting its own line of game cartridges

series of live musical performances by the game's soundtrack composer Dr. Zilog and master of ceremonies Buster Wolf. Artist Lee Bretschneider was also

Sord M23P Type personal computer Release date 1983 Operating system Sord OS, SB80, CP/M 2.2 CPU Zilog Z80A @ 4.00 MHz Memory 128 KiB

M68MX computers. In 1982, there was also a port from CP/M-68K to the 16-bit Zilog Z8000 for the Olivetti M20, written in C, named CP/M-8000. These 16-bit

developers. It uses a 4.3 MHz Toshiba microprocessor compatible to the Zilog Z80, has a 240 × 120 pixel monochrome LCD, and is capable of providing beep

models were created in 1983 and 1985 respectively. Based on U880DA CPU (Zilog Z80 clone), with 16 and 48KB RAM, were based on the TRS-80 computer. They

Release date 1982; 43 years ago (1982) Operating system Sinclair BASIC CPU Zilog Z80A @ 3.6 MHz Memory 1 KB RAM 8 KB ROM Storage External Compact Cassette

Tatung Einstein TC-01 specifications are similar to the MSX standard. CPU: Zilog Z80A @ 4 MHz ROM: 8K to 32K RAM: 64 KB system; 16 KB video Video: Texas

became the Master System worldwide. The SG-1000 is powered by an 8-bit Zilog Z80A central processing unit rated for 4 MHz, but runs at 3.58 MHz. Its

was eventually considered as an entry level machine. Specifications: CPU: Zilog Z80 @ 1.7 MHz Memory: 16K RAM OS: Basic Level III (loaded from tape) Keyboard:

were integrated into the monitor housing, with a separate keyboard. The Zilog Z80, Intel 80286 and National Semiconductor 32016 were all used as second

Intelligent Computer (小神通).[unreliable source?] Multitech also developed a Zilog Z80-based port of the Chinese BASIC for its own line of high-end computers

sit down and eat one in Trafalgar Square." The CPC 464 is powered by the Zilog Z80 processor after the original attempts to use the 6502 processor, being

Tennessee. He founded Stewart Software Company there in 1984 and marketed Zilog Z80 assembly language programs, notably TOOLKIT and the ONLINE 80 Bulletin

K2E, all of which were based on 8-bit LH0080A Sharp CPU (compatible to Zilog Z80A) with an alphanumeric keyboard. From the first Z80 processor-based

Type Home computer Release date 1983 (1983) Operating system BASIC CPU Zilog Z80A @ 4 MHz Memory 64 KB RAM 16 KB VRAM Graphics 160 x 100 with 8 colors

This page lists notable software that can be classified as a compiler, a compiler generator, an interpreter, translator, a tool foundation, an assembler

on the Intertec Superbrain and had similar characteristics: based on the Zilog Z80A 8-bit, 4MHz microprocessor, it had 64 KiB RAM configuration and two

Discontinued 1993 Operating system Sinclair BASIC, Logo, CP/M, Forth CPU clone of Zilog Z80 @ 3.5 MHz Memory 64 KB Removable storage external 5.25-inch drives Display

expensive to implement than contemporary designs like the 40-pin MOS 6502 and Zilog Z80. Today it would be known as a microcontroller, although that term did

hardware configurations, from a simple 8-bit single-board computer based on a Zilog Z80A processor to a 32-bit system equipped with a Motorola 68020 CPU. The

1982, was a more business-oriented machine with CP/M-compatibility. CPU: Zilog Z80, at 1.76 MHz Video: Monochrome 64×16 / 32×16 uppercase text 128×48 block

was retooled for 8080 and NEC V20 and V30 compatibility (KAMAS required a Zilog Z80). The price was $69.95; the price for KAMAS had dropped to $99.95. Some

cappella) Encores (alpha) 2011 Phish 2011/07/01 I Super Ball IX, NY 2015 Dr. Zilog Apothecary 2022 Orchestra of the Swan, Philip Sheppard (conductor), David

HPCM) Zilog Z80 64842A (Disk image at HPCM) Bitsavers 64823A (Disk image at HPCM) 64824A (Disk image at HPCM) Zilog Z8 64850A none none Zilog Z8000 64854A

Manhattan and Queens BMW M60, a 1992 automobile engine M60, a 1984 Olivetti Zilog Z8001 based computer Messier 60, an elliptical galaxy in the Virgo Cluster

"Western Digital Floppy Disk Controller" — Floppy controller chip. Zilog 85C30 SCC "Zilog Serial Communications Controller" — Two high-speed SDLC serial ports

stood for. More than 130 games were released for the system. Processor: Zilog Z80A running at 3.6 MHz ROM: 32 KB BIOS (16 KB) BASIC (16 KB) RAM: 64 KB

Retrieved 2025-06-18. eZ80 CPU User Manual (PDF) (15, April 2015 ed.). Zilog. July 15, 2009. Retrieved 16 June 2024. Brett Tabke (1996). "A 6502 Programmer's

of data from a Yamaha DX7 on the first model. The CX5M features an 8-bit Zilog Z80 processor clocked at 3.58 MHz. Its FM synthesizer module features the

motorcycle Sony Ericsson Z800i - a mobile phone model Zilog Z800 - a 16-bit microprocessor designed by Zilog Z800 3DVisor - a head-mounted display manufactured

card was also announced if the user wished to run CP/M-80, as well as a Zilog Z8001 board, but none are known to exist. The 8088 board never reached production

Amber (processor core) – an ARM-compatible RISC central processing unit A Zilog Z80 clone USB 2.0 controller Tri Ethernet controller, 10/100/1000 Mbit Encryption

mail order. Electric Pencil required 8K of memory and an Intel 8080 or Zilog Z80 processor. As customers requested the program for their specific computers

the 8-bit MOS Technology 6502 (Apple, Commodore, Atari, BBC Micro) and Zilog Z80 (TRS-80, ZX81, ZX Spectrum, Commodore 128, Amstrad CPC). One exception

a capable design, it was eclipsed by more powerful designs, such as the Zilog Z80, and less expensive designs, such as the MOS Technology 6502. By late

series 32-bit series TX-0 Baby, or SSEM Altair 8800 both Intel 8080 and Zilog Z80 versions Nord-100 LGP-30 LGP-21 Sage II SDS 940 SWTPC 6800 SEL-32 both

containing BASIC and JWSDOS, CP/M with extra card + 12 KB Cartridge CPU Zilog Z80 @ 2.5 MHz Memory 16 KB RAM, expandable to 48 KB Display Text mode 40

certain models. In comparison, the TI-81, released in 1990, featured a 2 MHz Zilog Z80 processor. However, the TI-80 did feature 7 KB of RAM (compared with

instruction-set compatible with the 8-bit Intel 8080 processor of 1974. The Zilog Z80, however, was fully backward compatible with the Intel 8080.) Fully

November 1985 Discontinued 1988 Operating system MSX BASIC, MSX-DOS, CP/M CPU Zilog Z80A @ 3.58 MHz Memory 64 KB–512 KB (max.) Removable storage Cassette tape

decreases in pricing across the entire processor market. Along with the Zilog Z80, it sparked a series of projects that resulted in the home computer

built around an Intel x86 series microprocessor; previous models used the Zilog Z80 and Motorola 6809 CPUs. While touted as being compatible with the IBM

ago (1987) Units sold 1200 Operating system CP/M with ZCPR3 CPU HD64180 (Zilog Z80 compatible) Memory 256 KB RAM Storage 3.5-inch floppy drive Display

The E'Lite is a small-form-factor microcomputer based on the Zilog Z80B microprocessor released by Barrington International Corporation in 1982. It served

computer Release date 1998; 27 years ago (1998) Operating system TR-DOS CPU Zilog Z80A @ 3.5 or 7 MHz Memory 1024 KB Display RGB monitor/ TV out; 256x192

for most early microcomputers based on processors like the MOS 6502 and Zilog Z80. Over the years, a number of variations on the concept emerged, including

1983) Introductory price ¥143,000 Media 143KB 31⁄2-inch floppy disks CPU Zilog Z80A compatible μPD780C-1 clocked at 4MHz, μPD8049 co-processor clocked

for most early microcomputers based on processors like the MOS 6502 and Zilog Z80. Over the years, a number of variations on the concept emerged, including

CGA, EGA, MGA and multisync monitors. dual RS-232 serial ports using a Zilog Z8530. a parallel port for Centronics-type printers or general purpose I/O

purchasing. More than 130 games were released for the system. Processor: Zilog Z80A running at 3.58 MHz ROM: 32 KB BIOS (16 KB) BASIC (16 KB) RAM: 16 KB

expression Yes Storage memory 100 patterns Effects None Hardware 78C10 Zilog Input/output Keyboard 14 assignable buttons External control MIDI in, out

wide. Intel 8080 CPU launched in 1974 was manufactured using this process. Zilog Z80 launched in 1976 was manufactured in 4 μm. Intel 2116 and Mostek 4116

contiguous memory due to the addressing restrictions of the Spectrum's Zilog Z80 CPU. Of this, 16 KB was taken by the Sinclair BASIC ROM, leaving 48 KB

their own mnemonics. The Zilog Z80 CPU, an enhancement of the Intel 8080A, supports all the 8080A instructions plus many more; Zilog invented an entirely

CP/M operating system which were not written in assembler. Many Intel and Zilog Z80-based embedded systems were programmed in PL/M during the 1970s and

Toshiba Manufacturer Toshiba Type Home computer Release date 1983 Operating system MSX BASIC v1.0 CPU Zilog Z80 @ 3,58Mhz Memory 64 KB Graphics TMS9918

similar to the MMU and IOU integrated circuits, respectively. A complete Zilog Z80 computer (CPU + RAM + ROM) is used for keyboard control replacing the

arithmetic devices, these were general-purpose CPUs (principally the 6502, Zilog Z80, National Semiconductor 32016, and ARM 1) described as second processors

The VT180 (codenamed "Robin") added a single-board microcomputer using a Zilog Z80 to run the CP/M operating system. The VT278 (DECmate) added a small

Eletrônica Ltda., a computer company located in Brazil. The TK82C had the Zilog Z80A processor running at 3.25 MHz, 2 KB SRAM and 8 KB of EPROM with the

unlicenced Japanese clone) or the SGS Z80 (a European second source for Zilog). Video Hardware Motorola 6845 CRTC 40 × 24 text (original ROMs) or 40 ×

notably including the MOS Technology 6502 and 6510 in addition to the Zilog Z80. Although considerably easier than in machine language, writing long

PMOS controller К1011ВГ101 1013 16 CMOS processor PDP-11 КА1013ВМ1 1582 Zilog Z84C00 8 CMOS processor КМ1582ВМ2 1800 Motorola MC10800 4n ECL bit-slice

organizations. The Robotron KC series used an U880 microprocessor, a clone of the Zilog Z80, clocked at 2.5 MHz. Every machine came with a built-in keyboard, power

TR-DOS, for the ZX Spectrum TRSDOS, for the Tandy TRS-80 line of 8-bit Zilog Z80 microcomputers Xtal DOS for the Tatung Einstein DOS (disambiguation)

small, lightweight devices with keyboards but no touch screen, running on a Zilog Z80. Starting with the ZQ-770, model numbers had the prefixes either of

Kickstarter: 3010+ (3010 cased) 2nd Kickstarter: 5100+ 3rd Kickstarter: 7000+ CPU Zilog Z80 implemented in FPGA Memory 1st Kickstarter: 1024 kB (upgradeable to

Z8 or Z-8 or variation, may refer to: Motorola RIZR Z8, a smartphone Zilog Z8, a microprocessor .z8, a Z-machine interpreter file extension Nikon Z8,

computers was inevitable. APL was first available on Intel 8008, 8080, and Zilog Z80 based hardware, later the original IBM PC, and as of 2015, on the 32-

of the Liberator ended in September 1986. The Liberator was based on a Zilog Z80A microprocessor and a Gate array implementing the screen controller

the T-34 tank T34 (microprocessor), a microprocessor compatible with the Zilog Z80 Deto Station, Osaka, Japan Pratt & Whitney T34, a turboprop aero engine

Model I. Early versions of the Model 4 mainboard were designed to accept a Zilog Z800 16 bit CPU upgrade board to replace the Z80 8 bit CPU but this option

1983 (1983) Introductory price $1350 Operating system T-BASIC7, CP/M optional CPU Zilog Z80A Memory 64 KB RAM 48 KB VRAM Graphics 320 x 200 / 640 x 200 Sound Texas

type of neural network output Counter/timer channel, a peripheral for the Zilog Z80 microprocessor Central Texas Conference, an American junior college

HP-87 series, HP also offered a plug-in CP/M processor card with a separate Zilog Z80 processor. HP would later embrace CP/M more substantially and release

Release date 1985; 40 years ago (1985) Operating system Sinclair BASIC CPU Zilog Z80A @ 3.58 MHz Memory 16KB or 48KB RAM Display TV RF output (VHF channel

(16/32-bit CISC) 7.67 MHz (7.61 MHz PAL) (1.4 MIPS) (12.5 MHz CD) (2.19 MIPS) Zilog Z80 (8/16-bit) 3.58 MHz (0.52 MIPS) 32X add-on: 2× Hitachi SH-2 (32-bit

Auckland NZ. Founded in 1974, their best-selling computer was the Zeda 580, a Zilog Z80-based all-in-one microcomputer. Zeda Computers International was founded

standards of the time. The machine was commercialized up to 1986. CPU: Zilog Z80A, 3.57 MHz Memory: 16 KB RAM expandable to 64 KB; 8 KB ROM; up-to 6 KB

then for actual businesses and business models. The technology was used in Zilog Z80-based computers and later for most microcomputers of the 1980s. The

on cartridges or cassettes. The Bandai RX-78 employed a SHARP LH0080A (Zilog Z80A clone) CPU, running a clock speed of 4.1 MHz. It shipped with 30 KB

CPU instruction set design. Some CPUs in the 1970s and 1980s, such as the Zilog Z80 and the DEC VAX, had dedicated instructions for handling length-prefixed

which connected via a ribbon cable to the socket originally occupied by the Zilog Z80 microprocessor. The module contained its own Z80 as well as additional

a computer-controlled digital electronic music synthesizer based on the Zilog Z80 microprocessor. This experience of digital circuitry and assembly language

microcomputers. Compudata was the distributor for Europe for the Exidy Sorcerer, a Zilog Z80-based home computer. When Exidy gave up on the Sorcerer in 1979, Compudata

Namco and Konami. Other models include the M5 Pro and M5 Jr. Source: CPU: Zilog Z80, 3.58 MHz Video Hardware: TMS9918 40×24 text (6×8 characters), 224 user

that the original units are superior to the Plus model, as the on-board Zilog Z80 microprocessor reportedly has difficulty keeping up with the added demands

ago (1982) Latest release 1.43 / 1983; 42 years ago (1983) Supported platforms Zilog Z80, Intel 8086 Kernel type Monolithic kernel Default user interface Command-line

years. One significant difference from the IBM system was the use of a Zilog Z80-SIO chip instead of a National Semiconductor 8250 for serial communications

that the original units are superior to the Plus model, as the on-board Zilog Z80 microprocessor reportedly has difficulty keeping up with the added demands

Macintosh computer, the engineering team had selected the fairly sophisticated Zilog 8530 to supply serial communications. This was initially done to allow multiple

December 1985 Discontinued 1990 Operating system MSX BASIC, MSX-DOS, CP/M CPU Zilog Z80A @ 3.58 MHz Memory 64 KB–4096 KB (max.) Removable storage Cassette tape

Achievements of the National Economy. There were modifications adopting Zilog Z80 CPU or the unique Soviet KR580VM1 CPU. A commercial project called Vector

Point of Sale (POS) device Operating system Proprietary VeriFone TCL CPU Zilog Z80 Display 16-character vacuum fluorescent display Input Card reader, two

is the TMP68HC000 manufactured by Toshiba.[citation needed] Coprocessor: Zilog Z80 running at 4 MHz Colors on screen: 4,096 Colors available: 65,536 Resolution:

development of the Apple Macintosh, Apple engineers decided to use the Zilog 8530 "Serial Communications Controller" (SCC) for most input/output tasks

designed to accept a Zilog Z800 16-bit CPU upgrade board to replace the Z80 8-bit CPU but this option was never released, as Zilog failed to bring the

Encore, a DVD authoring software tool Z8 Encore!, a microcontroller by ZiLOG Encore, a former train which operated on the current route of the Hiawatha

in 1992, after ten years on the market. The central processing unit is a Zilog Z80, an 8-bit microprocessor, with a clock rate of 3.5 MHz. The original

debuted the system in 1993. Main CPU: Motorola 68000 @ 16 MHz Sound CPU: Zilog Z80 @ 8 MHz Sound Chip: 2xK054539 @ 18.432 MHz Mystic Warriors (1993) Gaiapolis

TMS320C6000 Family 0xAF MCST Elbrus e2k 0xB7 Arm 64-bits (Armv8/AArch64) 0xDC Zilog Z80 0xF3 RISC-V 0xF7 Berkeley Packet Filter 0x101 WDC 65C816 0x102 LoongArch

second system to handle all of the new features. The main system used the Zilog Z80 as its CPU. Although the Z80 was able to run as fast as 4 MHz, in the

the earlier 8-bit designs. Notable among these were the Intel 8088 and Zilog Z8000, designs using 16-bit internals, which initially became available

way to clear the effects of an STP instruction is to toggle RESB. On the Zilog Z80, executing DI (disable interrupts) followed by HALT (wait for an interrupt)

they were going to produce a standalone terminal consisting of a complete Zilog Z80-based CP/M machine packaged with a MA520, and optionally a monitor as

ago (1986) Introductory price Cz$ 4559 Operating system Sinclair BASIC CPU Zilog Z80B @ 3.5 MHz Memory 48 KB RAM Removable storage Cassette tape Display

systems produced a number of SPL offshoots. Examples include ZSPL for the Zilog Z80 processor, and Micro-SPL for the Xerox Alto. The latter inspired Action

out second source deals for the Philips/Signetics 2650 processor and the Zilog Z8. In 1982, Synertek became the second source for Digital Equipment Corporation's

Qualcomm Atheros AR6400 Texas Instruments TMS320DM365/TMS320DM368 ARM9EJ-S Zilog Encore! 32 The amount of documentation for all ARM chips is daunting, especially

making the VAX the first S-algol port. S-algol was also ported to the Zilog Z80 microprocessor running CP/M, including raster graphics facilities that

weighing 0.9 kg (2.0 lb), based on a low-power CMOS version of the popular Zilog Z80 microprocessor. It comes with 32 kB of internal pseudo-static RAM and

it was similar to the Philips VG-8235. The computer was equipped with a Zilog Z80A microprocessor with a clock frequency of 3.58 MHz. The RAM and video

headroom even as single-chip 16-bit microprocessors such as the TMS 9900 and Zilog Z8000 appeared in the later 1970s. Most mini vendors introduced their own

with standard ROM chips. Main CPU: Motorola 68000 @ 9.216 MHz Sound CPU: Zilog Z80 Sound chip: 2x AY-3-8910 PSG or YM2151, VLM5030 and Konami SCC K005289

Research's CP/M—the dominant disk operating system for 8-bit Intel 8080 and Zilog Z80 microcomputers—in order to simplify porting CP/M applications to MS-DOS

voltage-controlled oscillator (VCO). Also called the Sega Z80-3D System. Uses a Zilog Z80 CPU. Uses scaling to create 3D effects. Turbo (1981) Buck Rogers: Planet

VW0010: 40 column printer VW0020: 80 column printer VW0030: 80 column printer Zilog Z80A processor running at 4 MHz RAM: 24KB, including 16KB of system memory

Copyrightable (2012)". Hacker News. "IMSAI". S100 Computers. "Z80pack - Zilog Z80 and Intel 8080 Emulator and Crossassembler for UNIX and Windows". Autometer

dual-processor card (called the DPU) with both a Motorola 68000 processor and a Zilog Z80 processor (for backward compatibility). Their System One, Two, and Three

the first commercial microprocessor, as well as the Intel 8080, Zilog Z80 and Zilog Z8000 microprocessors, and the Intel 8259, 8255, 8253, 8257 and 8251

generation model code named "Gamma", based on the Motorola 68010 and two Zilog Z80 processors, was designed but never made it to the market. In 1992, after

System branded systems in Brazil. The Master System's main CPU is an 8-bit Zilog Z80A rated for 4 MHz, but runs at 3.58 MHz. It has 8 KB of ROM, 8 KB of

and the modification will not take effect. Some processors such as the Zilog Z280 can configure their on-chip cache memories for data-only fetches, or

of the first home computers. It was a desktop computer that combined a Zilog Z80 CPU, keyboard, CRT display, floppy disk drive and MF-DOS operating system

Introductory price £199.99 (equivalent to £765.36 in 2023) Media ROM cartridge CPU Zilog Z80A @ 3.579 MHz Memory 2kB SRAM, 16kB VRAM, 16kB ROM Display 280×216, 8

the Hitachi HD64180 or National Semiconductor NSC800N CPU, clones of the Zilog Z80 with a unique pinout, along with an NCR 7250 video controller. The system

Release date Unreleased Introductory price US$1800–2500 Media LaserDisc (video) ROM cartridge (game program) CPU Zilog Z80 Sound Votrax Speech Synthesizer

Designer. The Philips VG-8230 had the following technical specifications: CPU: Zilog Z80A, running at 3.58 MHz RAM: 64 KB VRAM: 128 KB Graphics: Yamaha V9938

than that of its competitors, which included the Osborne 1 and Kaypro II (Zilog Z80 CPU, CP/M OS) and Compaq Portable (16-bit CPU, MS-DOS). The exact number

produced a replica designated U82720, used with the U880 replica of the Zilog Z80. The faster complementary metal–oxide–semiconductor (CMOS) variant was

Fusik in 6502 assembly language. SAMflate, written by Andrew Collier in Zilog Z80 assembly language with optional memory paging support for the SAM Coupé

keyboard. The NMS 8220 has the following technical specifications: CPU: Zilog Z80A at 3.58 MHz RAM: 64 KB VRAM: 128 KB Graphics: Yamaha V9938 (screen

Corporation Type Video game console Generation Third generation Release date 1986; 39 years ago (1986) Media ROM cartridge CPU Zilog Z80 Graphics TMS9928A

BASIC programming language. It was released in 1984. The Laser 50 used a Zilog Z80 central processing unit running at 3.5 MHz, 2 kB to 18 kB of RAM, a

original Intel 8086) and some popular 8-bit CPUs (some of which, such as the Zilog Z80, are still in production). On the other hand, on simple 8-bit and 16-bit

1989 (1989) Operating system T/S 2000 BASIC (based on Sinclair BASIC) CPU Zilog Z80A @ 3.5 MHz Memory 48 KB Display NTSC TV or video monitor; text: 32×24

typical configuration was a Digicomp dual processor board set, containing a Zilog Z80 and a bipolar memory mapper harnessed to a microengine chipset on the

Faggin conceived and designed it using high voltage N channel MOS. The Zilog Z80 (1976) was also a Faggin design, using low voltage N channel with depletion

ability to process arrays with any reasonable speed, so the UV-1 included a Zilog supplied FPU for added performance. Zgrass included three priorities (called

system BASIC Level II (TRS-80 compatible); DOS-500 (TRS-DOS compatible) CPU Zilog Z80A @ 2.0 MHz Memory 64 KB RAM 16 KB ROM Removable storage Cassette tape

"Zeus 64 Assembler". Zeus is a two-pass assembler which uses the standard Zilog Z80 instruction set mnemonics. It was one of the first assemblers to tokenise

Release date 1985 (unreleased prototype) Operating system MSX BASIC V1.0 CPU Zilog Z80A @ 3.58 MHz Memory 64 KB Sound AY-3-8910 (PSG) Backward compatibility

computer Release date 1985; 40 years ago (1985) Operating system CP/M CPU Zilog Z80 Memory 64K RAM Storage Optional Microcassette cartridge Display 40×8

they started marketing a multi-user, display-based product, based on the Zilog Z80 processor. Typical installations had a master unit (supplying disk storage)

whose industry relied heavily on the U880 microprocessor, a clone of the Zilog Z80. Among the large number of boards developed using the standard were

that was never completed). In 1978, the Smaky switched to using the 8-bit Zilog Z80 processor. A portable Smaky was made during this period, which resembled

console included a central processing unit based on the architecture of the Zilog Z80, the processor used in a number of older arcade machines. While other

These computers, spanning several models based on the Intel 8008, 8080, and Zilog Z80 microprocessors, proved very popular among hobbyists who wanted an inexpensive

The Pico excludes the Genesis's sound coprocessor and FM sound chip, the Zilog Z80 and Yamaha YM2612 respectively, leaving only the Texas Instruments SN76489

Daewoo Electronics Type Video game console Generation Third generation era Lifespan SK: 1985 Discontinued 1995 Media ROM cartridge CPU 8-bit Zilog Z80

IBM PC emulation card, an Apple II emulation card, and a CP/M card for Zilog Z80–based machines such as the Kaypro and Osborne 1. In order to use any

the first arcade system board to use 16-bit microprocessors, with two Zilog Z8002 processors. It is capable of pseudo-3D, sprite-scaling, and displays

40 years ago (1985) Operating system BASIC Level II, DOS 500, SO-8 (CP/M) CPU Zilog Z80A @ 2 MHz Memory 16 to 48 KiB RAM Storage Audio cassette, Floppy disk

X86 – Xmouse Yacc – YaST – Yet another – Yorick Z notation – Z shell – Zilog Z80 – Zooming User Interface – ZX80 – ZX81 – ZX Spectrum Contents:  Top

Typewriter MS Level I £189 8 176 × 184 pixels 4 voice Video Genie 16 KB 48 KB Zilog Z80 @ 1.76 MHz Typewriter MS Level II £279 Monochrome 128 × 48 block beeper

clones of the Intel MCS-48 (8048) microcontroller. These were a series of Zilog Z80 compatible microcontrollers. The microcontrollers in the TLCS-90 family

Mac OS X Onyx Systems, a company that made computer systems based on the Zilog Z8000 microprocessor and Bell Labs' Unix BlackBerry Bold 9700 (codenamed

Integrity Servers, Interdata 8/32, PDP-11, SPARC, VAX, x86, Intel 8080, Zilog Z80, Motorola 68000 OS OpenVMS, BSD Unix, Linux, Solaris Influenced by ALGOL

Platform x86 ARM DEC Alpha LoongArch M·CORE MIPS RISC-V SPARC AVR32 DLX IA-64 m68k SuperH Xtensa Zilog Z80 Type Library License GNU General Public License

parallel processing architecture, with 514 microprocessors, including 257 Zilog Z8001 control processors and 257 iAPX 86/20 (the pairing of an 8086 with

together to show the BBC. Although the BBC expected a computer with the Zilog Z80 CPU and CP/M operating system, not the Proton's 6502 CPU and proprietary

in Canada and the US. The phones themselves are quite complex, using a Zilog Z180 processor with a number of peripherals attached. The whole point of

Assembly remained the language of choice for these calculators, which run on a Zilog Z80 processor, although some assembly implements have been created to ease

Exchange. The NMS 8245 has the following technical specifications: CPU: Zilog Z80A running at 3.55 MHzService manual of the NMS 8245 RAM: 128 KB VRAM:

display and drives, it weighed 29 pounds (13 kg) and was equipped with a Zilog Z80 microprocessor, 64 kilobytes of RAM, and two 5¼-inch double-density

Primary: Motorola 68000 @ 10 MHz (some later boards 12 MHz) Secondary: Zilog Z80 @ 3.579 MHz Co-processors: 2x CPS Super Chip Sound chips: Yamaha YM2151

Windows, Linux, Mac OS X on PowerPC, SPARC, VAX, 1750A, PowerPC, TI-9989, Zilog Z800x, Motorola 680x0, and IBM System 360, System 370, and System z. Further

The most common assembly and machine languages are for TMS9900, SH-3, Zilog Z80, and various Motorola chips (e.g. a modified 68000) which serve as the

Windows, Linux, Mac OS X on PowerPC, SPARC, VAX, 1750A, PowerPC, TI-9989, Zilog Z800x, Motorola 680x0, and IBM System 360, System 370, and System z. Further

VG-8235. The Philips VG-8235 had the following technical specifications: CPU: Zilog Z80A at 3.58 MHz RAM: 128 KB VRAM: 128 KB Graphics: Yamaha V9938 (screen

The company stated that it intended to port the operating system to the Zilog Z8000 series, Digital LSI-11, Intel 8086 and 80286, Motorola 68000, and

decimal. Examples of such support can be found in the Intel 8080, MOS 6502, Zilog Z80, Motorola 6800/6809 and most other designs of the era. In these designs

4 MB 8-inch Shugart hard drive, an 8-inch floppy disk drive, and a 64 k Zilog Z80 to control it. Up to eight /900s or /1000s could be plugged into the

for a small and simple microprocessor, such as the MOS Technology 6502 or Zilog Z80, which were in earlier personal computers. However, IBM already had

ARM7TDMI (32-bit) 4.194304 MHz / 8.388608 MHz Sharp SM83 (custom Intel 8080/Zilog Z80 hybrid, 8-bit) Memory On SoC: 32 KB RAM, 98 KB Video RAM (includes 1 KB

matematică-fizică, nr. 1). The development of microprocessors as Intel 8080 or Zilog Z80 made possible the appearance of micro-computers as M118, HC-85, Tim-S

joyball (IBM compatible) SVI-811: MSX1 Game Adapter (an adapter with a Zilog Z80A UCP and MSX standard joystick ports) SVI-812: Multifunction card (384

predecessor to the PreComputer 2000. The VTech PreComputer 1000 relies upon a Zilog Z84C0004PEC (a Z80B clone) as its processing core. A 16Kbit (2Kx8bit) 2K

a complete integrated work station that ran on the previous-generation Zilog Z80 CPU and CP/M operating system, with a graphical user interface (GUI)

Semiconductor 32008 and 32016; the Motorola 6809, 68000, and 68008; The Zilog Z80 and Z280; the Hitachi HD64180; and the Inmos Transputer. The STEbus

Sinclair ZX Spectrum North Star Horizon, an 8-bit computer system based on the ZiLOG Z80A microprocessor Split horizon route advertisement, one of the methods

Another computer based on the GEM 1000 was the Brazilian CCE MC-1000. CPU: Zilog Z80A, 3.57 MHz Memory: 16 KB RAM expandable to 64 KB; 8 KB ROM; Keyboard:

system was that it required much more advanced decoders, typically featuring Zilog Z80 or Motorola 6809 processors with RGB and/or RF output. The Innovation

of the interesting way to have the CPU generate video signal, using an Zilog Z80A microprocessor instead of the more expensive traditional graphics card

A Zilog Z80 in a 44-pin QFP (special case: LQFP)

1992 Units sold 12,000 Operating system SAM BASIC, CP/M via software CPU Zilog Z80B @ 6 MHz Memory 256 KB/512 KB (4.5 MB max.) Removable storage 3.5-inch

computer Release date 2006 Discontinued batch 1 completed Operating system MSX-DOS / MSX BASIC CPU Zilog Z80 implemented in VHDL on an FPGA Memory 1 MB

Republic. Most of these computers had a CPU of the MOS Technology 6502 or Zilog Z80, or a variant thereof. Most were supplied with (or could be upgraded

user-accessible RAM and 3.0 MB of Archive memory. It uses the eZ80 processor from Zilog, which maintained "binary compatibility" with programs written for the older

2001 Media ROM cartridge CPU Toshiba TLCS900H core (16-bit) @ 6.144 MHz Zilog Z80 @ 3.072 MHz for sound Memory 12 KB RAM for 900/H 4 KB RAM for Z80 64 KB

TRS Model I with BASIC Level II was selected. It was a computer using a Zilog Z80 processor that could be replaced by the U880 made in East Germany. Peripheral

800 SEK (1982) (ex.VAT) Operating system 24 KB ROM for BASIC II CPU 8-bit Zilog Z80A @ 3 MHz Memory 32 KB ROM + 32 KB RAM Graphics Text mode 80×24 colour

call or software interrupt. For example, MOS Technology 6502 uses 00H, Zilog Z80 uses the eight codes C7,CF,D7,DF,E7,EF,F7,FFH while Motorola 68000 use

versus Apple II's available 48k. Other ports followed for Apple III, the Zilog Z80-based Tandy TRS-80 Model I, Model II, Model III, Model 4, and Sony SMC-70

air conditioning and instrument functions shared a multiple-mode coded Zilog Z80-class microcontroller for dashboard functioning). The instrumentation

Technology 6502 family (including Western Design Center 65802 and 65C816), the Zilog Z80 (including Z180 and eZ80), the Altera Nios II, the Atmel AVR, the Andes

discontinued in 1991.[dubious – discuss] The Amstrad GX4000 is powered by an 8-bit Zilog Z80A CPU running at 4 MHz, accompanied by a custom ASIC that provides hardware

on the Spectrum.[citation needed] As both ZX Spectrum and CPC 464 were Zilog Z80-based machines, CPC versions were usually ported versions of the Spectrum

microprocessors, including the Intel 8086, 8088, 80286, 80386, 8080, 8085, Zilog Z80, and 6502 family, each have an input pin that serves a similar function

COMAL developed in conjunction with a college group was able to run on the Zilog Z80, and thus COMAL 80 was released. Around the same time, a Danish firm

market. All future Midway games would use color capable hardware, often the Zilog Z80-based chassis licensed from Namco and used in the US releases of Rally-X

US$1795 (today $6210) Discontinued 1983 (1983) Operating system CP/M CPU Zilog Z80 @ 4 MHz Memory 64 KB RAM Storage Dual 5¼-inch, single-sided, single-density

long as they use the API for all I/O. The Z80 Second Processor featured a Zilog Z80 processor running CP/M, and the 32016 Second Processor featured a National

per machine language instruction. Examples of this include the popular Zilog Z80, which performed eight-bit additions with a four-bit ALU. Over time

long as they use the API for all I/O. The Z80 Second Processor featured a Zilog Z80 processor running CP/M, and the 32016 Second Processor featured a National

which having been acquired from Tangerine Computer Systems, featuring a Zilog Z80 processor equipped with 64 KB of RAM for running the CP/M operating

actual processor in the calculator is something completely different like a Zilog or Motorola chip) are in the beta stage in at least two implementations—the

the Modula-2 compiler as part of its Clarion product line at that time. A Zilog Z80 CP/M version of Turbo Modula-2 was briefly marketed by Echelon under

NTS Models, which had a similar Design but another CPU (NEC V20 instead Zilog Z80) and/or another set of applications in ROM. The cases were off-white

series. Olivetti's first modern personal computer, the M20, featuring a Zilog Z8000 CPU, was released in 1982. The M20 was followed in 1983 by the M24

Computer Developer NABU Network Corporation Release date 1982 (1982) CPU Zilog Z80A @ 3.58 MHz Memory 64 KB Storage Optional hard drive Display 256×192

number in the machine code requires several bits. For instance, in the Zilog Z80 there were eight general-purpose registers in the file. To select one

SoftCard made the Apple II and Apple II Plus compatible with CP/M by way of a Zilog Z80 processor, and was followed up by the Premium SoftCard IIe for the Apple

of Radio Shack's TRS-80 line of microcomputers. The Expander runs off a Zilog Z80A microprocessor clocked at 3.58 MHz and features 64 KB of RAM stock

the ACE 1200, which included two built-in 5¼" floppy drives and an ACE 80 Zilog Z80 processor card (a rebranded PCPI Appli-Card) for CP/M compatibility—a

planned (but unreleased) UNIX-based business computer based around the Zilog Z8000, Commodore designed the VDC into several prototype machines. Of these

Westwood, Sinclair's chief engineer, designed a new microcomputer based on the Zilog Z80 microprocessor. Sinclair Instrument Ltd introduced the computer as the

Sharp produced 8-bit home computers known as Sharp MZ and Sharp X1 based on Zilog Z80, and even a 16/32-bit gaming computer X68000 based on Motorola 68000

when the chip was used with the much more common MOS Technology 6502 or Zilog Z80 CPUs. There are only 16 registers, requiring only four bits of the 8-bit

tampered with the installation of an additional processing unit made of a Zilog Z80 microprocessor and two ROMs. When this unit detects the code word "VENIK"

microprocessor design firm V.M. Technology (VMT), founded by former Intel 4004 and Zilog Z80 microprocessor design engineer Masatoshi Shima, with its primary funding

the LINKS-1 Computer Graphics System, a supercomputer that used up to 257 Zilog Z8001 microprocessors, in 1982, for the purpose of rendering realistic 3D

Intel 4004 used enhancement-load silicon-gate PMOS logic, and the 1976 Zilog Z80 used depletion-load silicon-gate NMOS. The original two types of MOSFET

for students; and PRICK, a 128 KB RAM version for teachers. Powered by a Zilog Z80 microprocessor running at 4 MHz, the system featured an SN76489 audio

the work of CTC's engineers. The instruction set of the highly successful Zilog Z80 microprocessor can also be traced back to the Datapoint 2200 as the

51 years ago (1974) Typing discipline static, strong Scope Lexical Platform Zilog Z80, others OS EUMEL Website www.cs.ru.nl/elan Influenced by ALGOL 68 Influenced

interface) and an I/O board (IOB, also called CIO). The IOB included a Zilog Z80 microprocessor, an IEEE-488 interface, an RS-232 serial port, hard and

1978; 47 years ago (1978) Operating system 16 KB ROM with Luxor BASIC CPU Zilog Z80 @ 3 MHz Memory 16–32 KB RAM + separate screen memory Display 12-inch

processors, typically the MOS Technology 6502, Intel 8080, Motorola 6800 or the Zilog Z80, along with rudimentary input and output interfaces and as much RAM

early 1980s, adapted to the computer's limitations. The computer has a Zilog Z80 CPU running at 4 MHz, and 64 KB of RAM. Sound is produced by a General

2w, 3w w 8 bit 1976 Cray-1 64 bit 24 bit, w w 1⁄4w, 1⁄2w w 8 bit 1976 Zilog Z80 8 bit w, 2w, 2 d — w, 2w, 3w, 4w, 5w w 8 bit 1976 Signetics 8X300 8 bit

parallel processing architecture, with 514 microprocessors, including 257 Zilog Z8001 control processors and 257 iAPX 86/20 floating-point processors. It

of Computer Communications". Archived from the original on 2012-03-17. "Zilog Oral History Panel on the Founding of the Company and the Development of

the cabinet were manufactured. Poly-Play ran on a U880, a clone of the Zilog Z80 CPU, which was clocked at 2.457600 MHz and a custom sound chip. Its

series Argonaut RISC Core Intel 51 series: 8051/80251b/80251s/80930b/80930s Zilog Z80 CR16 Cambridge Silicon Radio (CSR) AndroidVM Dalvik DCPU-16 EFI bytecode

popular at the time. Steve Wozniak thought of the name because: The company Zilog had come out with a compatible processor, which they called the Z-80. A

FORTH, Inc.'s microFORTH was developed for the Intel 8080, Motorola 6800, Zilog Z80, and RCA 1802 microprocessors, starting in 1976. MicroFORTH was later

and Digital Research. Specifications for the basic Tiki-100 model: CPU: Zilog Z80 running at 4 MHz. Memory: 64 KB of RAM (main memory), 32 KB of graphical

P8000 16-bit microcomputer, based on the East German U8000 clone of the Zilog Z8000, running a Unix clone called WEGA. "E. German Businesses See Tough

memory and none dedicated to video, effectively 32 times less RAM. The Zilog Z80 CPU microprocessor used by the Namco Pac-Man arcade system is clocked

community-based project". StarWriter 1.0 was written by Marco Börries in 1985 for the Zilog Z80. Börries formed Star Division in Lüneburg the following year. It was

as a single-board computer manufacture in Sundsvall, Sweden, producing a Zilog Z80-based computer named Data Board 4680.[clarification needed] In 1978

is estimated that around 20 systems survive. OS: Holborn OS or CP/M CPU: Zilog Z80A at 4 MHz RAM: 72 KB (expandable to 220KB) Storage: 2.5 MB on two 8

memory while the processor is using a different bank. One example is the Zilog Z80, whose M1 line indicates that the processor is reading instructions;

techniques that were allowing more complex chips to come to market. The Zilog Z80 of 1976 had 8,000 transistors, whereas the 1979 Motorola 68000 (68k)

With the ZX Spectrum version complete, Julian was then able to convert the Zilog Z80 code for the Amstrad CPC version. Providing extra support to the development

A 1982 Osborne Executive portable computer, with a 4 MHz 8-bit Zilog Z80 CPU, and a 2007 Apple iPhone with a 412 MHz 32-bit ARM11 CPU; the Executive has

this machine. The Rainbow contained two processors, an Intel 8088 and a Zilog Z80, allowing it to run both MS-DOS and CP/M, with the BBS running on the

the 8088/8086) 80286, 80386/i386, i486, etc. The MOS Technology 6502 and Zilog Z80 microprocessors, used in many home computers of the early 1980s The

load, rather than a new chip. The "Mentor" line was initially based on the Zilog Z-8000 chipset and this port set off a flurry of other software implementations

with another release in 1980. Micro Rapport was also released, for the Zilog Z80. By 1986, support for Rapport was being phased out by Logica, to the

laserdisc footage is coded with a hit detection spot stored in ROM memory. The Zilog Z80 CPU reads the number of the laserdisc frame, and checks the laserdisc

a complete CP/M based system. In 1980 the Triton was followed up by the Zilog Z80 and S-100 bus based Transam Tuscan. Transam ("Transam Components Limited")

culminating in the introduction of complete computer systems based on the Zilog Z80 microprocessor, and later the Motorola 68000 processor. These systems

Portable computer Release date 1983 (1983) Introductory price US$1,595 (equivalent to $5,040 in 2024) Operating system CP/M CPU Zilog Z80 Memory 64 KB

are 50 and 64 leads. Some microprocessors, such as the Motorola 68000 and Zilog Z180, used lead counts of 64; this is typically the maximum number of leads

environment. UCSD p-System was used on IBM Personal Computer, Apple II, and other Zilog Z80, MOS Technology 6502, Motorola 68000 based machines. Ross later bought

price-per-bit much higher than DRAM. Some early microprocessors (e.g. the Zilog Z80) provided special internal registers that could provide the Row Address

houses. All of the major 8-bit CPUs were tested, including the Intel 8080, Zilog Z80, Motorola 6800 and MOS 6502. For comparison, they also ran it on a CDC

received a hardware refresh in early 1978: the 8080A replaced with the Zilog Z80, and the stock RAM was bumped up to the 32-KB ceiling. The Noval 760

massively parallel processing computer system with 514 microprocessors (257 Zilog Z8001s and 257 iAPX 86s), used for 3-D computer graphics with high-speed

Transport Construction Olomouc, which replaced the original TP8 processor by a Zilog Z80 compatible processor. The ZVT SPU-800 peripheral cards could also be

compared the 4 MHz RISC I to the 5 MHz 32-bit VAX 11/780 and the 5 MHz 16-bit Zilog Z8000 showed this clearly. Program size was about 30% larger than the VAX

microprocessors supported by the bus of this system: Intel 4004, Motorola 6800 and Zilog Z80. Eventually only Z80 was ever used in this product. 1977: 7S "Seven

multiple of the machine's clock cycle to complete. For instance, in the Zilog Z80, the minimum number of clocks needed to complete an instruction was

editor. The code from the original game consisted of game data written in Zilog Z80 assembly code as well as other game data. Using reverse engineering

downside was that it required much more advanced decoders, typically featuring Zilog Z80 or Motorola 6809 processors. Research in Japan was shaped by the demands

turns or play on the same screen simultaneously. The arcade version uses a Zilog Z80 microprocessor, and the arcade system board used is a copied version

single-user computers, largely as a response to the successful 8080-compatible Zilog Z80, the x86 line soon grew in features and processing power. Today, x86

eight nodes in operation (see Figure I). The hardware was based on the Zilog Z80 processor and had a multiprocessor structure with 16 processors sharing

silicon gate technology and the first microprocessors projects, founder of Zilog and developer of the Z80 CPU. by Waterside Productions in 2020. US 3753011 

HDOS as well as the popular CP/M operating system. The H89 contained two Zilog Z80 8-bit processors, one for the computer and one for the built-in H-19

"Moving Forth, Part 1: Design Decisions in the Forth Kernel". On the 6809 or Zilog Super8, DTC is faster than STC. Ertl, Anton. "Speed of various interpreter

example of the Osborne effect in action. The Horizon was an 8-bit 4 MHz Zilog Z80A-based computer, typically with 16 KB to 64 KB of RAM. It had one or

environments. The Rabbit processor family shares many features with the Zilog Z80/Z180 processors. For example, the registers of a Rabbit 2000/3000 processor

system board that is based on a Motorola 68000 CPU clocked at 8 MHz with two Zilog Z80 sound coprocessors clocked at 3.579 MHz. Sound is provided by the Yamaha

QDP-8100, another CP/M desktop computer, this time based on the 16-bit Zilog Z8000 microprocessor. It featured similar specifications to the QDP-100

binary-coded decimal (BCD) format made possible using all 16 registers of the Zilog Z80 processor. As it converts all data to the internal format at edit time

Light Gun CPU clock speed NEC 780C (Z80-derived) (3.58 MHz (3.55 MHz PAL) Zilog Z80A (3.58 MHz NTSC, 3.55 MHz PAL) Ricoh 2A03 (6502-derived) (1.79 MHz (1

absent in the console's library, but possible given its inclusion of a Zilog Z80-like chip and more memory than the ZX Spectrum. Monster Max was the

known as the Cyber 1000-2 with the Line Termination Sub-System added 256 Zilog Z80 microprocessors. The Bell Operating Companies purchased large numbers

Instruction sets Intel 80x86 family ARM architecture Motorola 68k and H8 Zilog Z80 MOS 6502 Intel i860 DEC Alpha Analog Devices ADSP218x Angstrem KR1878

employing three microcontrollers. One of these was a low power version of the Zilog Z180 CPU, the Z8S180, clocked at 20 MHz. Storage was provided by 128 KB

1999; 26 years ago (1999) Operating system CP/M-80 (originally on Intel 8080 and Zilog Z80) MS-DOS, Windows Type Word processor Website www.wordstar.org 

introduced the Heathkit H88 which integrated the H19 terminal and a new Zilog Z80-based single-board processor into the case of the H19. A version with