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00:00:00 – 00:12:19
The video by Ripper from Ripper Gaming serves as a comprehensive guide on optimizing performance settings for Asus Armory Crate, specifically tailored towards PC computing with a focus on gaming. The key points cover various power modes including the 15-watt performance, 25-watt turbo, and 10-watt silent modes, along with the impact of manual TDP settings. Detailed insights on managing APU (Accelerated Processing Unit) power limits are provided, with terms like SPL (Sustainable APU Power Limit), SPPT (Short Power Precision Time), and FPPT (Fast Power Precision Time) being discussed for their roles in maintaining performance and battery life.
The manual adjustment section outlines setting power levels to 18 watts for normal usage, up to 20 watts for two minutes, and 25 watts for demanding tasks, while illustrating the impact on battery life. Practical demonstrations include managing game performance with real-time monitoring, where the FPS stability and APU wattage during gameplay in “Champions Demise” (from the game Diablo on Battle.net) are examined. The creator concludes by encouraging viewer interaction and channel support, emphasizing the utility of the guide in configuring performance settings for an optimized gaming experience.
00:00:00
In this part of the video, Ripper from Ripper Gaming explains the various operating modes available in Asus Armory Crate for PC computing. He reviews performance modes including the 15-watt performance mode, 25-watt turbo mode, and 10-watt silent mode, detailing their ideal use cases. Ripper demonstrates how plugging in the device can increase the power output, enhancing the turbo mode to 30 watts for more demanding tasks. He also covers manual TDP settings, showing how users can create and customize different manual modes within the Armory Crate. This segment serves as a guide for optimizing device performance based on user needs.
00:03:00
In this segment, the video discusses various settings for managing an APU (Accelerated Processing Unit) power limits within a device. It covers how to access and understand the different power options through mouse hovering or using a controller. The main settings explained include:
– **SPL (Sustainable APU Power Limit)**: Indicates the consistent power level the APU can maintain.
– **SPPT (Short Power Precision Time)**: Refers to the device’s power draw capability for short, demanding bursts (usually 30 seconds to two minutes).
– **FPPT (Fast Power Precision Time)**: Governs brief, high-power bursts (typically up to 10 seconds).
The suggested configurations are 18 watts for SPL, up to 20 watts for SPPT, and 25 to 30 watts for FPPT, considering a balance between game performance and battery life. Adjustments are made using the ‘A’ and ‘B’ buttons on the controller to either change or save the settings.
00:06:00
In this part of the video, the speaker discusses the settings for manual mode on a device, likely a gaming device or computer. They explain how to set the power levels: normal operation at 18 watts, with the ability to increase to 20 watts for up to two minutes, and up to 25 watts for demanding situations. There’s an option to push it up to 35 watts, but it will drain the battery faster. After saving the settings in manual mode, they demonstrate starting a game (Diablo on Battle.net) and show how the real-time monitor reflects the APU wattage, which varies based on usage. The speaker also mentions that the performance shown may differ if the viewer’s device uses a different BIOS version.
00:09:00
In this part of the video, the speaker discusses the performance metrics of their system, noting the FPS range and power consumption of the APU. They mention testing in a specific game area named Champions Demise, observing an initial FPS around 55 and then stabilizing in the 60-70 range while using the original BIOS 317. The APU wattage starts at around 20 but is designed to peak temporarily. The speaker sets a map destination and moves through the game, noting that the performance is very playable even without turbo mode, which can push FPS into the 90s. They highlight that despite not using the maximum power settings, the performance remains decent and playable for most users.
00:12:00
In this part of the video, the creator expresses hope that the guide has helped viewers understand how to adjust manual TDP settings on the Asus ROG Ally. They encourage viewers to leave comments with any additional tests or requests and ask for likes and subscriptions to support the channel’s growth.