Asphalt pavement performance is significantly influenced by compaction temperature, which is crucial for achieving density and structural strength. Higher temperatures can make the material more workable and less viscous, but can also cause issues like aggregate disintegration and binder draindown. Temperature directly affects the timing of asphalt mixture mixing, as it decreases the time required to mix the asphalt. Asphalt mixtures are sensitive to temperature changes, and the mix's plastic state is affected. To ensure proper compacting and use, the mix must be kept at a specific temperature. Too cold or too hot temperatures can cause the mixture to harden before use, while too cold or too hot temperatures can cause the mix to harden. This document reviews the influence of mixing and compaction temperatures on the performance of asphalt pavements. It examines how temperature affects the workability of asphalt, the risks of aggregate disintegration. The review aims to provide insights into the necessary temperature ranges for effective compaction to ensure sufficient density and structural strength in asphalt pavements................ Key words:............ mixing, compaction, temperature, asphalt performance.