The 1usmus Custom Power Plan for Ryzen 3000 is a third-party custom power plan designed for AMD Ryzen 3000 “Zen 2” processors. The DRAM Ryzen calculator programmer has given and posted this tool. This person is also known as Guru3D forum member Yuri “1usmus” Bubliy.
The new power plan from this program is tested on the popular AMD Ryzen 9 3900X and 3950X. This new energy plan is used to correct problems, especially with the clock behavior of the central processing unit. It works well for 3900X. The maximum boost frequencies are accompanied by low temperatures when there is no load or only load is applied to individual cores.
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The 1usmus Custom Power Plan
The 1usmus Custom Power Plan for Ryzen 3000 ensures that the overall workload does not bounce between cores. It helps to increase the stable performance and enhance the clock behavior. This is because the Windows 10 scheduler moves applications onto good CPU cores.
Remember that these systems can run at high clock frequencies and you have to configure certain settings in the BIOS to let this updated power plan work well. You can set the most important things under the “CPU Features” or “AMD_CBS” to let the power plan work.
Users have to choose the Enabled option for the Global C-state Control, CPPC, CPPC Preferred Cores, and AMD Cooln’Quiet. They can set the Power Supply IdleControl as the Low Current Idle, and PPC Adjustment as PState 0. You must disable PBO as this activates Precision Boost 2.0 for successful clock management and make certain the temperature and FIT play an important role in clock speeds.
There is a ZIP archive in this custom power plan. You have to extract this archive and run the batch file namely “install.bat”. After the successful installation, you can see a new power Plan in the settings. The name of this plan is 1usmus Ryzen Power Plan. Now, you have to activate it before rebooting the system. You may wish to know about the list of extra power plans on the system. You can click the option “Show additional power plans” separator.
The Ryzen 3000 Series
Ryzen 3000 series are Ryzen’s third-generation processors. The most common elements of Ryzen 3000 desktop CPUs are AM4 socket, L1 cache with 64 KB per core, L2 cache with 512 KB per cache, no integrated graphics, TSMC 7FF fabrication process, and the complete CPUs support 24 PCIe 4.0 lanes. Ryzen 3000 CPUs have improved their performance over the previous versions. They include the redesigned Zen 2 architecture. AMD ensured huge gains over Intel’s ninth-generation chips, Zen, and Zen Plus.
The Ryzen 3000 chain is successfully built upon inheritor architecture to the popular Zen and Zen Plus cores utilized in the previous age band chips recognized as Zen 2. The AMD has split its next-generation chips into chipsets. They include the CPU cores. They are properly paired with a 12nm I/O processor to give direct connections to memory and reduce latency concerns.
Ryzen 3000 processors of AMD are good for gaming. This is because of the massive core counts and simultaneous multithreading-related support across the board. Chips of AMD dominate Intel, especially in productivity workloads. These CPUs act like the advanced graphics cards. They successfully boost as much as they deal with the workload, power headroom, and thermal. Every overclock that approaches the rated boost clock is possible under cooling solutions. You can keep the AMD Ryzen CPUs in a decent cooling solution to keep them performing well, especially in games.
Make an Informed Decision to Download the 1usmus AMD Custom Power Plan
Many people have decided to efficiently use the Ryzen 3000 series. They focus on and double-check several things to download the 1usmus AMD custom power plan. Every user of this plan does not fail to be amazed by a simple software-side mod with a notable impact on the processor.
This plan is designed to leverage favored cores before Microsoft implements it. Remember that the spread of lightly threaded workloads is successfully allocated to some cores. It is known to be good at a physical level. It boosts to high clocks and gives enhanced power management, performance, and responsiveness as expected by its users from around the world.
AMD properly addressed deficiencies in precision boost behavior. This is because of dialing up extreme boost frequencies by approximately up to 100 MHz AGESA 1.0.0.3 ABBA. This enhanced alteration has achieved to maximize the highest possible observed core frequencies by up to 200 MHz. Thus, this plan ensures high performance across the board, particularly for less-parallelized workloads. You can use the following things to test the plan and make a good decision to use it.
- AMD Chipset Driver 1.9.27.1033
- EKWB water cooling
- G.Skill Trident Z Royal DDR4-3600 C16 dual-channel
- MSI MEG X570 GODLIKE (BIOS 7C34v160, AGESA 1.0.0.4В)
- Ryzen 9 3900X
- Windows 10 64-bit 1903
Remarkable Benefits for Users
As the latest desktop processors, AMD’s third-generation Ryzen processors are preferred by many people worldwide. If you wish to pick and purchase the fastest mainstream desktop chips, then you can directly contact and consult with specialists in this sector. The third-generation Ryzen processors are available with a modern and elaborate on-die power-management solution to interact with the operating system more frequently than the previous generation processors to find out the application load and regulate the power and clock speeds of its cores.
Benchmarking applications usually spawn loads of identical threads. They are running identical code on different pieces of data. Every thread runs its own code. This is entirely different from others and works with data in different quantities. It generates loads and these loads vary between threads. Data generated by one thread is used by another and it leads to delays. Individuals with expertise in the Ryzen memory architecture and optimization today clarify their doubts about this plan and make certain how to efficiently use it for the third-generation Ryzen processors. This enhanced modification of the method by the processor and Windows interacting with each other regarding the performance demand is known as collaborative processor performance control.
