32-bit vs. 64-bit Dependent Application Requirements - Applications designed for 64-bit systems won't run on a 32-bit OS, but 32-bit applications often work on a 64-bit OS. A video editing app might require a 64-bit OS for better performance and compatibility., Dedicated Graphics Card vs. Integrated - High-performance applications like games or CAD software may require a dedicated GPU, while basic applications can use integrated graphics.. AutoCAD or video editing software may list a dedicated graphics card as a minimum requirement., VRAM Requirements - pplications that handle high-resolution images, 3D rendering, or video editing may need a minimum amount of VRAM. A video editing app might require at least 4GB of VRAM for 4K video editing., RAM Requirements - pplications have minimum and recommended RAM requirements for smooth operation. Modern apps like Adobe Photoshop may require at least 8GB of RAM but recommend 16GB or more., CPU Requirements - Some applications specify the minimum number of cores or processing power needed. Virtualization software like VMware may need a multi-core processor with virtualization extensions, External Hardware Tokens - Some applications require external authentication devices (e.g., USB tokens or smart cards). Security-critical applications might require a hardware token for access., Storage Requirements - Applications need sufficient storage space for installation and operation. A large game might require 100GB of storage., OS Requirements for Applications - Ensure the application supports the OS version and edition. , 32-bit vs. 64-bit OS - 64-bit applications require a 64-bit OS, but 32-bit applications can run on both. A developer tool might only offer a 64-bit version for performance reasons., Distribution Methods - Applications can be distributed via DVDs, USB drives, or downloaded online. Legacy software may only be available on physical media, while modern apps are often downloadable. Many applications come as ISO files that can be mounted as virtual drives for installation., Impact to Device - Consider how the application affects system performance (e.g., CPU, RAM, storage). A resource-intensive application could slow down an older computer., Impact to Network - Evaluate network usage, such as bandwidth requirements for downloading or running cloud-based applications. Streaming software or remote desktop apps may consume significant bandwidth., Impact to Operation - Determine if the application could disrupt other applications or system processes. Antivirus software could conflict with other security tools., Impact to Business - Assess the application's compatibility with existing workflows and its importance to business operations. A critical application outage could disrupt business continuity.,

a+ 1102 1.7 - installation and configuration concepts.

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