Learn combinational and sequential logic, logic gates, adders, subtractors, NAND as a universal gate, and flip-flops as memory elements.
How Digital Systems Are Built: Combinational and Sequential Logic Explained Read More »
Learn binary arithmetic, adder–subtractor design, Booth multiplication, IEEE 754 floating-point representation, special values, and FPU pipelines.
Binary and Floating-Point Arithmetic — Complete Guide for Computer Architecture Read More »
Learn CPU internal organisation, registers, ALU, control unit, integer representation, arithmetic, Booth multiplication, overflow detection, and RTL.
CPU Internal Organisation, Integer Arithmetic and RTL — Complete Guide Read More »
Learn programmed I/O, interrupt-driven I/O and DMA — how each data transfer method works, when to use it, and its SoC design relevance.
Programmed I/O, Interrupt-Driven I/O and DMA — Complete Guide Read More »
Learn why I/O modules are needed, how devices are classified, I/O commands, and memory-mapped vs isolated I/O addressing.
Input Output Architecture: Devices, Commands and Addressing Explained Read More »
Learn cache memory and virtual memory, cache mapping methods, replacement policies, write strategies, TLBs, page tables, and MMU-based address translation.
Cache Memory and Virtual Memory for VLSI and Processor Design Engineers Read More »
Learn internal memory systems, SRAM vs DRAM, the full ROM family, memory hierarchy, cache memory, and why memory design matters in VLSI.
Computer Internal Memory: Characteristics, Access Methods and Hierarchy Read More »
Learn the CPU instruction cycle, how interrupts work, instruction-cycle state diagrams, and sequential vs nested interrupt handling in computer architecture.
Interrupts in Computer Architecture — Sequential and Nested Handling Read More »
Learn system bus architecture, address/data/control buses, arbitration, timing, width, data transfer, and synchronous vs asynchronous bus design.
Bus Architecture Explained: Address, Data and Control Bus Read More »
Learn Von Neumann architecture, computer organisation vs architecture, CPU internals, stored-program design, performance factors, and SoC relevance.
Von Neumann Architecture: CPU, Memory and Instruction Execution Read More »
