
8085 Microprocessor Architecture: Pinout and Block Diagrams Explained
Explore the internal architecture of the 8085 microprocessor through its pin and block diagrams. Understand its key components, functions, and operations.
Advertisement
Browse the full Tutorials archive with practical articles, guides, and reference material from RF Wireless World.
Articles
345
Showing
51-75
Pages
3/14
Popular subtopics
Jump across related topic clusters without losing your place.
Advertisement
Article Index
Showing 51-75 of 345 articles in this archive.

Explore the internal architecture of the 8085 microprocessor through its pin and block diagrams. Understand its key components, functions, and operations.

Learn 8085 microprocessor programming, instruction set, addressing modes (immediate, register, direct, indirect), and assembly programs.

Explore A2P SMS messaging: its architecture in connected vehicles, advantages like high open rates, and disadvantages such as character limits and regulations.

Learn the fundamentals of AMPS, including its frequency spectrum, system specifications, frame structure, and call setup procedure. Explore the 1G analog system developed by AT&T.

Explore the relationship between antenna gain and effective area with formulas for parabolic dishes, isotropic radiators, and horn antennas.

Learn about antenna functions, types, working principles, radiation patterns, and applications in wireless communication. This tutorial covers essential antenna basics.
Explore the core principles of ARM and RISC architectures, highlighting their key differences and features. Learn about instruction sets, pipelines, and performance improvements.

Explore ARM bus technology (AMBA, AHB, APB), memory types (ROM, DRAM, SRAM), and peripherals. Understand how they contribute to embedded system design.

Explore the ARM cache architecture, including L1, L2, and L3 caches, and specialized caches like TLB and BTB. Learn how these caches enhance performance by reducing memory access times.

Explore the architecture of ARM processors, including core features, extensions like NEON and TrustZone, co-processors, and different processor types like Cortex-A, R, and M.

Learn about ARM exceptions, the interrupt controller, and the ARM vector table including RESET, DATA ABORT, FIQ, and IRQ.
An introduction to ARM microcontrollers, focusing on the Cortex-M0 and Cortex-M3 series, their features, and their advantages in embedded systems.

Understand the ARM register set, processor models, and pipeline concepts. Learn about general-purpose, special-purpose, and status registers, along with ARM processor modes and pipeline characteristics.

Learn the basics of Asynchronous Transfer Mode (ATM) in computer networks, covering architecture, cell format, protocol layers, addressing, and services.

Explore ATM call signaling with a focus on PNNI and UNI protocols. Learn about message flow, call setup, maintenance, and teardown in ATM networks.

Explore the ATM Protocol Stack architecture, focusing on the ATM Adaptation Layer (AAL) and Data Link Layer. Understand how these layers ensure seamless data transmission.

Explore the functions of ATM switches, their role in cell switching, how they work, and how they handle operations like VP/VC mapping and congestion control.

Explore the key differences between ATSC 1.0, ATSC 2.0, and ATSC 3.0 TV standards, including features, modulation techniques, and capabilities.

Explore ATSC 3.0 TV technology, covering its features, protocol stack, physical layer, frame structure, and advantages over older standards.

Learn the fundamentals of automotive radar systems, including their operation, configurations, specifications, and frequency bands used for car safety.

Learn AUTOSAR architecture basics, including layers, components, interfaces, and communication patterns. Understand how AUTOSAR simplifies automotive software development.

Learn the fundamentals of Big Data, including the definition and key concepts. Understand the Three V's (Volume, Velocity, Variety) and potential applications.

Learn about bio batteries, including their construction, working principles, advantages, disadvantages, and types.

Explore biometric systems: how they use unique traits for identification and authentication, from fingerprints to facial features, enhancing security and access control.

Explore BLE mesh architecture: node roles, routing, and configuration for robust IoT solutions with extended range and reliable connectivity.
Advertisement