Processors, SoCs, GPUs, MCUs & DSPs
Processor architecture from general-purpose CPUs through GPUs, embedded controllers, DSPs, accelerators and system-on-chip integration.

Connect semiconductor devices to usable computation by organizing processor architectures, memory hierarchies, acceleration and embedded control as engineering systems.
Technical coverage
The Level-2 index stays visual and navigable; its six Level-3 technical pages now carry a real Phase 3A engineering baseline with controlled source lanes.

CPU Microarchitecture
Instruction pipelines, execution resources, caches, branch behavior, multicore organization and general-purpose compute tradeoffs.
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GPU Parallel Architecture
Massively parallel execution, SIMD/SIMT concepts, memory bandwidth and workload mapping for graphics and compute.
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MCUs & Embedded Control
Integrated microcontrollers, peripherals, interrupts, low-power modes and deterministic embedded control.
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DSP & Real-Time Processing
Multiply-accumulate engines, streaming data, filters, fixed/floating-point tradeoffs and real-time signal workloads.
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System-on-Chip Integration
CPU, memory, I/O, accelerators, security and peripheral subsystems integrated into a common silicon platform.
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AI / NPU Accelerators
Matrix engines, tensor datapaths, local memory, data movement and specialized inference/training acceleration.
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Design Workflow
Methods, reviews and engineering workflow for this subject.
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Standards & Source Baseline
Controlled references, standards applicability and source provenance.
Open resource →System engineering view

The Phase-4B rendering established a visual-first Level-2 pattern. This live HTML uses the same hierarchy while keeping technical content searchable, responsive and accessible.
Design around the interfaces
Documentation lanes
Public-facing knowledge is separated from internal engineering control and source-library notes.
Related Electrical Engineering Systems
These categories share interfaces, constraints or technology dependencies with this subject.
Level-2 Engineering Overview
This Phase-4B rendering is now retained inside the live page as a visual engineering overview while the underlying content remains searchable, responsive HTML.
