Along the way, Intel application engineers pitched in, analyzing content, code, and gameplay and offering expert advice. The progression of desktop and mobile Intel® multicore processors along with enhanced instruction sets, evolved memory and other sub-system resources, and optimizations for on-chip graphics processing has given us many opportunities.
Anyone playing Total War: NAPOLEON (2010) on that two-core processor enjoyed a 300% frame rate increase over that of single-core processors. In fact, we’ve been working closely with Intel on optimizing and tuning our code to take advantage of multicore processors since the Intel® Core™ Duo was released. We’ve been collaborating with Intel for more than a decade to ensure that our games play well on any PC that meets the minimum specifications and play amazingly well on high-end PC systems. That doesn’t mean you need a top-of-the-line gaming rig to enjoy Total War. More effects that model real-world physics. With more PC power comes more interactive non-player characters (NPCs). Whether the action in the series takes place on battlefields dating back to feudal Japan, ancient and medieval Europe, eighteenth century France, or beyond to fantasy realms populated by magic and monsters, the richness of the game scales to the power of your PC hardware.
State-of-the-art animation techniques breathe life into each simulated battle. Throughout the series, players command vast armies and watch campaign battles unfold in real time. Intricate strategies, empire-building diplomacy, epic battles and stunning visuals are hallmarks of Creative Assembly’s acclaimed Total War. By Charlie Dell, Creative Assembly Technical Director
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