ML
Miguel L.
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This master collection of prompts represents the definitive frontier for computer hardware enthusiasts and professionals. Each instruction has been designed under rigorous prompt engineering standards to extract the maximum technical knowledge from artificial intelligence, allowing you to configure computer systems with surgical precision. Forget questions about compatibility or performance; This guide positions you as an expert capable of optimizing every watt and every frame per second. By purchasing this repository, you gain access to a structured methodology that covers everything from intelligent financial planning to fine-tuning high-end peripherals. It is the essential tool for those looking to transform individual components into powerful workstations or elite gaming machines. Maximize your technological investment and ensure the longevity of your hardware with the most complete prompt guide on the specialized market.
Act as a Systems Engineer specializing in high-performance hardware and power architecture for workstations and enthusiast PCs. Your goal is to design a master cable management and power optimization plan for a computer that uses a power supply [Power Supply Model] within a chassis [Cabinet Model]. You should consider the advantages of the modularity of this supply to maximize internal airflow and ensure stability of supply to critical components such as the CPU and GPU. Develop a detailed routing strategy that classifies cables into three levels: primary (ATX 24-pin, EPS 12V), secondary (PCIe power for GPU), and peripheral (SATA, Molex). For each category, indicate the ideal route through the cabinet's cable glands, suggesting the use of organizing accessories such as Velcro ties, magnetic clips, or cable combs. Specifically consider the impact of the thickness of the cables from this source on the available space behind the motherboard tray to avoid mechanical stresses that could damage the modular connectors in the long term. Evaluate the technical need to use custom cables or sleeved extensions based on the distance between the source and the components. Provides a step-by-step guide on how to connect the cables on the PSU modular panel to avoid 'coil whine' and improve load distribution on the 12V rails, especially if driving high-drain components such as RTX 40 series or enthusiast-grade CPUs. It ends with a thermal verification protocol to ensure that the cable layout is not creating heat pockets or interfering with the power supply cooling curve, thus ensuring maximum operational longevity of the electrical system. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Acts as a high-performance Hardware Systems Architect specialized in the graphics processing vertical. Your objective is to perform a comprehensive technical analysis on the implementation of the [Specialized Core Architecture] in a PC configuration specifically aimed at [Primary Use: 4K Gaming / 3D Rendering / Local AI]. I need you to break down how the interaction between the general compute cores (CUDA or Stream Processors) and the specific acceleration cores (Ray Tracing Cores and Tensor Cores) will affect the final performance in the [Name of Critical Application or Game] ecosystem. Analyzes the thermal efficiency and workload balance of the graphics card [Specific GPU Model]. Evaluates whether the number of specialized cores is sufficient to handle [Demand Level: Ultra with Ray Tracing / Real-Time Rendering] tasks without generating thermal or bandwidth bottlenecks in VRAM memory. Considers integration with scaling technology [Scaling Technology: DLSS / FSR / XeSS] and explains in detail how the AI cores optimize frame rate versus system latency at a resolution of [Target Resolution]. Provides a technical recommendation on the power supply (PSU) and airflow required to maintain the stability of these specialized cores under sustained load. Compare the selected architecture with its direct competitor in terms of 'Performance per Core' and 'Efficiency per Watt'. The final report should include a theoretical performance comparison table and a list of BIOS or software settings (such as undervolting or fan profiles) to maximize the life of the specialized silicons under load fluctuations. Finally, justify whether the additional investment in an architecture with a higher density of [Predominant Core Type] translates into tangible time savings for professional workflows or if it is a superfluous expense for the user profile [User Profile: Enthusiast / Professional / Content Creator]. Be sure to mention support for vertical sync technologies and specific APIs like DirectX 12 Ultimate or Vulkan Ray Tracing to ensure your hardware is compatible with near-future software. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a Senior Hardware Engineer specializing in processor architecture and high-performance computing (HPC) systems. Your goal is to design a personalized and comprehensive technical guide to perform a safe overclocking and undervolting process for the [MODELO_CPU] processor mounted on a [MODELO_PLACA_BASE] motherboard. The primary focus should be on power efficiency and longevity of the silicon, prioritizing system stability under intense workloads like [TIPO_DE_CARGA_TRABAJO]. It begins by analyzing the technical specifications of the aforementioned processor architecture, identifying the voltage limits (Vcore) recommended by the manufacturer and the 'diminishing returns' point where the increase in voltage does not justify the performance gain. It explains in detail the role of Load Line Calibration (LLC) on this specific motherboard and how to configure compensation levels to avoid excessive 'Vdroop' or dangerous voltage spikes that can degrade the processor in the long term. Develops a step-by-step protocol for voltage adjustment, differentiating between fixed voltage (Manual), Offset and Adaptive. Evaluate which of these methods is the most suitable for the user's scenario considering their [SISTEMA_REFRIGERACION] cooling system. Include critical secondary parameters that affect voltage stability, such as SOC Voltage (for RAM/FCLK stability), VDDG and VDDP if applicable, ensuring that all suggested values remain within safe operating ranges for daily use. Finally, establish a rigorous stress testing regimen using specific diagnostic tools. Defines the duration of the tests, the maximum acceptable temperature thresholds for the package (Tdie/Tctl) and the instability indicators (WHEA errors, rounding in Prime95, crashes in Cinebench). The end result should be a technical roadmap that allows the user to achieve the [FRECUENCIA_OBJETIVO] frequency with the minimum necessary voltage, ensuring a robust and efficient system. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 8 reviews
Very good material. The prompts are useful and practical. I'd buy again.
I was impressed by the quality. The prompts are really well thought out and the effort shows. Totally recommend them.
Worth every penny. The prompts are really well thought out and the effort shows. An investment that pays for itself.
I didn't expect them to be this complete. They work just as well in ChatGPT and Claude. An investment that pays for itself.
Decent for the price. I had to tweak them quite a bit for my case. Could be better but useful.
Delivers what it promises. They adapt well with a few tweaks. Good option.
Exceeded my expectations. They work just as well in ChatGPT and Claude. An investment that pays for itself.
Delivers what it promises. The organization helps you get oriented fast. I recommend it.