Caches can be configured in different ways, each providing benefits that might not be obvious in this simulator. Fully-Associative: A cache with one set. In this layout, a memory block can go anywhere within the cache. The benefit of this setup is that the cache always stores the most recently used blocks. The downside is that every cache block ...

Manual Memory Access:Simulation Messages:

Caches can be configured in different ways, each providing benefits that might not be obvious in this simulator. Fully-Associative: A cache with one set. In this layout, a memory block can go anywhere within the cache. The benefit of this setup is that the cache always stores the most recently used blocks. The downside is that every cache block ...

The Cache Simulator project allows you to simulate cache behavior, analyze various cache policies, and evaluate performance. Use this tool to gain insights into caching strategies and optimize memory access patterns. This is an implementation of a write-through write-no-allocate cache policy for testing and educational purposes. (back to top)

Cache Simulator is a simulator implemented in C#. It supports directly mapped, N-way set associative or fully associative cache memory. It also allows LRU (Least Recently Used), MRU (Most Recently Used), Bélády's or Random replacement policy.

Implements a configurable CPU cache simulator to analyze memory access patterns, track cache hits/misses, dirty writebacks, and compute performance metrics like miss rate and IPC.

Direct Mapped Cache Fully Associative Cache 2-Way SA 4-Way SA Cache Type Analysis Virtual Memory Knowledge Base

SMPCache is a trace-driven simulator for the analysis and teaching of cache memory systems on symmetric multiprocessors. The simulation is based on a model built according to the architectural basic principles of these systems. The simulator has a full graphic and user-friendly interface, and it operates on PC systems with Windows.

Choose your L1 cache typeChoose your L2 cache type

This simulator provides the capability to model a small sized cache on a system that supports multitasking. In most of the modern processors today it is often the case that multiple …