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Oleksandr Bogomaz

A young scientist from Ukraine who spends free time making electronic gadgets.

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This user joined on 05/04/2014.

My Projects

A simple 4x4x4 LED cube using Arduino or any other board/MCU/CPU

LED Cube

Oleksandr Bogomaz

A wide range timer (0.1s - 99h) based on Arduino

Timer

Oleksandr Bogomaz

Projects I Like & Follow

The 2017 Hackaday Prize

No iron, no cry! Build a mini 4MHz Z80 64kB RAM system with Basic and Forth interpreters, CP/M 2.2, QP/M 2.71, Assembler and C toolchains

A 4$, 4ICs, Z80 homemade computer on breadboard

Hackaday Prize 2019

8MHz Z80, 128kB banked RAM, RTC, Disk on SD, Basic and Forth interpreters, CP/M 2.2 and 3, cross Assembler and C (SDCC) toolchains

Z80-MBC2: 4ICs homemade Z80 computer

The 2015 Hackaday Prize

My own design 6502 based micro with built-in bespoke programming language supporting full graphics, sound and SD card mass storage.

6502 Homebrew Computer

Based on the Hackaday Conference in Belgrade, this badge will be a stand-alone, battery powered vintage computer packed with features

2018 Hackaday Superconference Badge

A one transistor MW/AM radio.

Super Simple MW/AM radio circuit

Reimplementation of the retro game Space Invaders in an attiny for the 1 Kb Challenge

1Kb Space Invaders

Official Hackaday Prize Entry

An 8-bit computer based around an AVR ATMega-644 and junk-box SRAM.

Cat-644

The 2018 Hackaday Prize

PDP-11 compatible motherboard in mini-ITX form factor

PDPii

Emulation of a Z80-based CP/M 2.2 machine with 64K ram on an ESP8266

CP/M 8266

matseng matseng

A Z80 experimenters board with a supervisory AVR and 64K of SRAM

ZAViouR Board - AVR/Z80 Hybrid

In theory, it will work. I hope it will work. I pray for working..

80188 simple computer

The 2015 Hackaday Prize

A hack based on "HTML Injection". Useful when you want an online editing feature that is not available otherwise. Might work on any Website.

Hack the Hack A Day Editor

The 2016 Hackaday Prize

Single Sided, SIL connector, PTH components version of DigiSpark

SILSpark

Step-by-step instruction on building a high-performance, CP/M-ready, expandable Z80 computer

Building a 22MHz Z80 Computer in 4 Stages

A computer built around a Atari 2600 (VCS), with a few nifty upgrades, 6502, 64k + 128bytes ram, coprocessor, 77 is getting a rework

Super atari 6502 (A "DIY" 2600 hardware clone...)

An ATmega328-powered programmer for 28C64 EEPROM

eeprog

Tobias Eriksson

A simple programmable infrared volume controller using Digispark or ATTiny85 and PT2257

Volume85

Retro computer utilizing classic MOS6502 microprocessor.

6502 retro computer

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Bits

Steve Smith wrote 08/20/2015 at 12:40

Thanks for the follow :-)

Are you sure? yes | no

Oleksandr Bogomaz wrote 08/20/2015 at 13:31

Thank you for your project! :)

Are you sure? yes | no