Micro-Technology Solutions
Check CPU, RAM memory, motherboard, GPUs, storage disks, and real-time performance telemetry.
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Once it is running, the page will connect on its own.
Web Mode: reads safe browser APIs (CPU cores, approximate RAM, WebGL GPU, battery, display). Agent Mode: inspects SMBIOS, DMI, WMI and psutil for deep real-time kernel telemetry.
Identifies motherboard exact model, BIOS version, occupied RAM slots, DDR generation, NVMe PCIe / SATA interfaces, and serial numbers for warranty support.
Generates clean A4 technical reports (Essential Sheet or Engineering Data Sheet) ready to print to PDF for clients or repair shops.
Fix 100% CPU spikes, RAM memory leaks, disk paging bottlenecks, and discrete GPU switching issues.
Open Task Manager (Ctrl+Shift+Esc), sort by CPU usage, and end runaway background tasks. Elevate laptop base or ensure desktop airflow clearance.
If CPU exceeds 90°C, thermal paste has degraded. Repaste with high-conductivity compound (8.5+ W/mK), blow clean radiator fins, and adjust fan PWM curves in BIOS/UEFI.
Enable 'Memory Saver' in Chrome/Edge to sleep idle tabs, and reboot your PC to flush leaked unpaged memory structures.
Diagnose kernel driver leaks using PoolMon.exe inspecting Non-Paged Pool tags. Check occupied RAM slots in this tool and install matching modules to enable Dual-Channel mode.
Open Windows Services (`services.msc`), locate 'SysMain', right-click > Stop, and change startup type to 'Disabled'.
Check SMART health in this tool. If running on a mechanical HDD, cloning to an NVMe M.2 SSD eliminates 100% disk bottlenecks. Run `chkdsk C: /f /r` to repair corrupted clusters.
In Windows Settings > System > Display > Graphics: add the application executable and assign 'High Performance' (Discrete GPU).
In NVIDIA Control Panel > Manage 3D Settings > Preferred graphics processor, set 'High-performance NVIDIA processor'. Perform clean driver reinstallation using DDU in Safe Mode.
In 1965, Gordon Moore predicted transistor density doubling every 2 years. Today, a 3nm processor houses over 15 billion microscopic gates on a die smaller than a postage stamp.
DRAM stores binary states in microscopic capacitors that leak charge in milliseconds. They require thousands of electrical refresh cycles per second, emptying instantly when unpowered.
The ENIAC (1945) weighed 27 tons, took up 167 m² and consumed 150 kW for 5,000 additions/sec. A modern smartphone executes over 15 trillion neural operations per second.
John von Neumann proposed storing program instructions and data within the same unified memory space. That 1945 design still governs virtually every modern CPU and server worldwide.
Learn the fundamental concepts, protocols, and technical terminology of this tool.
x86 employs Complex Instruction Set Computing (CISC) optimized for raw desktop throughput; ARM utilizes Reduced Instruction Set Computing (RISC) maximizing efficiency.
Reserved storage disk space managed by the OS kernel to page inactive memory blocks when physical RAM capacity approaches saturation.
An independent sequence of instructions dispatched concurrently by a CPU logical core via Hyper-Threading or Simultaneous Multithreading architectures.
Offloading intensive graphical rendering, composite pipelines, and compute shaders directly to discrete or integrated GPU silicon rather than software CPU emulation.