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FAQ: Does ArcGIS 10 support multi-core processors and/or 64-bit Operating Systems? Question Does ArcGIS 10 support multi-core processors and/or 64-bit Operating Systems? Answer Background on hyper-threading and multi-core or multi-CPU hardware Windows CPU manufacturers Intel and AMD are expanding performance capabilities of new processor technology with hyper-threading and multi-core processors. Hyper-threading is a way to virtualize two processors on a single physical core and is not to be confused with process threads, which may be a feature of an application. Hyper-threading improves system performance by allowing the operating system to run two independent processes apparently simultaneously on a single physical core.

Multi-core processors provide more than one core on a single physical processor socket and are therefore a way to package more capacity on a system. Multi-core processors improve system computing capacity by making each core available as an independent CPU. Both technologies add available computing power to a system, but do not guarantee an application can use it. ArcGIS Desktop running on multi-core or multi-CPU hardware ArcGIS Desktop applications, for example ArcMap and ArcCatalog, are fully supported on multi-processor and multi-core computers, but in versions prior to ArcGIS 10, a single ArcGIS Desktop application session does not take advantage of multiple CPU systems, (for example, dual or multi-core processors). This is because ArcGIS Desktop 9.3.1 and earlier applications utilize only sequential process threads.

At ArcGIS 10, Desktop applications can take advantage of multiple cores. When using a basemap layer or accelerated raster layer in ArcGIS 10 applications, multiple threads are started to perform drawing and blending operations, and because these operations occur in another thread, they can take advantage of another processor core. As a result, the application’s user interface remains more responsive than at previous releases. At ArcGIS 10, background geoprocessing can make use of another core; one core can execute the geoprocessing task and another can respond to user interface (foreground) operations. On a 64-bit edition of Windows, the available memory for all executing 32-bit applications is enlarged, making it beneficial to equip 64-bit Windows machines with more RAM. For example, at least 8GB of RAM would be beneficial if expecting to run two heavy processing tasks, one as a background geoprocessing task and one from a standalone Python script.

Some slight performance improvement from multi-processor systems can be experienced with any ArcGIS Desktop application. Concurrent operating system threads, e-mail, security checks, backups, and many other additional background application processes can be supported on the additional CPU resources without impacting ArcGIS Desktop application productivity. On a single-CPU system it is possible to consume all the CPU resources from a single ArcGIS Desktop session, for example, when running a heavy geoprocessing task. At ArcGIS 9.3.1 or earlier, if running the same process on a dual-CPU or dual-core processor, the system CPU utilization peaks out at slightly above 50% with minimal performance gain.