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The Zilog Z8 Encore! is a microcontroller based on the popular Z8 microcontroller. The Z8 Encore! offers a wide range of features for use in embedded applications, most notably the use of three DMA channels to read for example from the analog-to-digital converter (ADC). The Z8 Encore! instruction set is compatible with that of the Z8 but it ...
Zilog Z8 processor Zilog Z8 (Super-8 family) A Zilog Z8-02 packaged in a QUIP. The Zilog Z8 is a microcontroller architecture, originally introduced by Zilog in 1979. Today the line also includes the Z8 Encore!, eZ8 Encore!, [note 1] eZ8 Encore! XP, and eZ8 Encore! MC families.
Zilog, Inc. is an American manufacturer of microprocessors, microcontrollers, and application-specific embedded system-on-chip (SoC) products. The company was founded in 1974 by Federico Faggin and Ralph Ungermann, who were soon joined by Masatoshi Shima.
Z8 Encore! Z80182; Zilog eZ80; Zilog Z8; Zilog Z80; Zilog Z180; Zilog Z280; Zilog Z800; Zilog Z8000; Zilog Z80000 This page was last edited on 3 April 2018, at ...
Hitachi HD64180 DIP64. The HD64180 is a Z80-based embedded microprocessor developed by Hitachi with an integrated memory management unit (MMU) and on-chip peripherals. [1] It appeared in 1985. [2]
The Zilog Z80182 is an enhanced, faster version of the older Z80 and is part of the Z180 microprocessor family. It's nicknamed the Zilog Intelligent Peripheral Controller (ZIP). It has the following features: Two ESCC (enhanced serial channel controller) channels with 32-bit CRC; Two UART (serial controller interface) channels
After leaving Intel in 1974, Faggin co-founded Zilog with Ralph Ungermann. The Z80 was released in July 1976. With the revenue from the Z80, the company built its own chip factories. [4] Zilog licensed the Z80 to the US-based Synertek and Mostek, which assisted with initial production, as well as to a European second-source manufacturer SGS.
The Zilog Z800 was a 16-bit microprocessor designed by Zilog and meant to be released in 1985. It was instruction compatible with their existing Z80, and differed primarily in having on-chip cache and a memory management unit (MMU) to provide a 16 MB address range. It also added a huge number of new more orthogonal instructions and addressing ...