@mit41301

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Electronic Engineer
Single Chip Computer Running MCS BASIC-52

Single Chip Computer Running MCS BASIC-52: Have you ever wondered how a computer performs the arithmetic operations, logical operations or decision making? If we want to learn how a computer works and to start programming, we should start building a simple computer with minimal hardware reso…

Instructables
MCS BASIC-52 Single Chip Computer

Single Chip Computer running BASIC-52 Ver. 1.31 along with I2C, SFR extensions. There is NO external ROM, RAM, latch, decoder, cyrstal are required. No programmer required. Direct USB port programming. DIP-40 size board.

Elektor
MCS BASIC-52 Single Chip Computer

Single Chip Computer running BASIC-52 Ver. 1.31 along with I2C, SFR extensions. There is NO external ROM, RAM, latch, decoder, cyrstal are required. No programmer required. Direct USB port programming. DIP-40 size board.

Elektor
MCS BASIC-52 Single Chip Computer

Single Chip Computer running BASIC-52 Ver. 1.31 along with I2C, SFR extensions. There is NO external ROM, RAM, latch, decoder, cyrstal are required. No programmer required. Direct USB port programming. DIP-40 size board.

Elektor
MCS BASIC-52 Single Chip Computer

Single Chip Computer running BASIC-52 Ver. 1.31 along with I2C, SFR extensions. There is NO external ROM, RAM, latch, decoder, cyrstal are required. No programmer required. Direct USB port programming. DIP-40 size board.

Elektor
MCS BASIC-52 Single Chip Computer

Single Chip Computer running BASIC-52 Ver. 1.31 along with I2C, SFR extensions. There is NO external ROM, RAM, latch, decoder, cyrstal are required. No programmer required. Direct USB port programming. DIP-40 size board.

Elektor
ALTERA USB BLASTER - MAX II MICRO KIT

YouTube
Zilog Z80 SBC on a Cyclone IV FPGA

Zilog Z80 SBC on a Cyclone IV FPGA: Zilog has announced it is halting production of its standalone DIP-packaged Z80 CPU models on June 14, 2024 after 48 years of production. There are many open cores available both in VHDL and Verilog. One of the Z80 CPU core available since Apr 21, 2…

Instructables
Z80 and MCS-51 SBC on a MAX 10 FPGA

Design and Implementation of Zilog Z80 or Intel 8051 SBC on a MAX 10 FPGA. System ROM, RAM and UART all implemented inside FPGA using VHDL. By mit41301.

Hackster.io
GitHub - mit41301/10M08SAM153C8G_Zilog-Z80_Intel-8051: Zilog Z80 with 8kB ROM and 8kB RAM and Intel 8052 with 12kB ROM and 16kB RAM running BASIC. Intel 8052 runs on BASIC-52 V1.31 with I2C and SFR extensions. Z80 runs on Microsoft BASIC v4.7b with 8kB RAM. Both designs implemented using VHDL and runs at 50MHz using PLL from 12MHz. The board is DIP40 form factor and having onboard USB Blaster.

Zilog Z80 with 8kB ROM and 8kB RAM and Intel 8052 with 12kB ROM and 16kB RAM running BASIC. Intel 8052 runs on BASIC-52 V1.31 with I2C and SFR extensions. Z80 runs on Microsoft BASIC v4.7b with 8kB...

GitHub