Portable HWiNFO 8.54 Build 6090 Pro Enterprise Multilingual
HWiNFO Portable is a powerful hardware information, system monitoring, and diagnostic utility designed to provide users with a detailed understanding of their computer’s internal components. Whether you are an experienced PC enthusiast, a professional system administrator, a hardware technician, a gamer, or an everyday computer user, HWiNFO Portable offers an extensive collection of tools for examining hardware specifications, monitoring system performance, tracking temperatures, and identifying potential hardware-related issues. Its comprehensive approach to hardware analysis makes it a valuable utility for maintaining, troubleshooting, and optimizing computers running Microsoft Windows.
Modern computers contain numerous interconnected hardware components, including processors, graphics cards, memory modules, storage devices, motherboards, cooling systems, and power delivery circuits. Understanding how these components operate together is essential for evaluating system performance and ensuring reliable operation. HWiNFO Portable brings important hardware information and sensor measurements together in a single application, allowing users to examine their computer in considerable detail.
One of the most important characteristics of HWiNFO Portable is its extensive hardware detection capability. The software can identify a wide variety of hardware devices and provide detailed technical information about their specifications, capabilities, and operating characteristics. Instead of relying on basic system information displayed by Windows, users can access a much more comprehensive overview of their hardware configuration.
The application is particularly useful for users who need accurate hardware information, real-time monitoring, detailed reporting, and reliable diagnostic capabilities. Its combination of hardware identification and sensor analysis makes it suitable for routine computer maintenance, hardware evaluation, performance investigations, and advanced technical troubleshooting.
What Is HWiNFO Portable?
HWiNFO Portable is a comprehensive hardware information and monitoring application that examines the components installed in a computer and presents their technical details through an organized interface. The software focuses on hardware analysis, component identification, sensor monitoring, and system reporting.
The application provides information about central processing units, graphics processing units, memory modules, motherboards, chipsets, storage devices, network adapters, and numerous other system components. Depending on the hardware platform and available sensors, it can also display information about voltages, temperatures, power consumption, fan speeds, clocks, and other operating parameters.
Unlike simple system information utilities that provide only a limited overview of the computer, HWiNFO Portable is designed to deliver extensive technical details. This makes it especially useful for people who want to understand exactly what hardware is installed in their systems and how that hardware behaves during operation.
The software is suitable for both basic and advanced users. Beginners can use it to identify their processor, graphics card, RAM capacity, and storage devices. Experienced users can explore detailed sensor values, memory timings, CPU performance characteristics, GPU operating conditions, and motherboard monitoring information.
Its portable package is also useful in technical environments where a diagnostic utility needs to be available without relying on a conventional installation process. Users can keep the application among their maintenance utilities and access it when performing computer inspections or troubleshooting tasks.
HWiNFO Portable for Detailed Hardware Information
One of the central functions of HWiNFO Portable is its ability to identify and describe computer hardware. The software examines the system configuration and organizes the resulting information into different hardware categories.
The information presented can include manufacturer details, component model names, supported technologies, device identifiers, hardware capabilities, firmware information, and various technical characteristics. The level of detail available depends on the component and the capabilities of the underlying hardware.
Comprehensive CPU Information
The processor is one of the most important components in any computer, and HWiNFO Portable provides extensive information about the installed CPU.
Users can examine the processor manufacturer, model designation, architecture, supported instruction sets, core count, thread count, clock characteristics, cache configuration, and other technical properties. The software can also identify processor-specific features and technologies that influence performance and compatibility.
For systems equipped with modern hybrid processors, the application can provide information about different core types and their operating characteristics. This is particularly valuable when examining processors that combine performance-oriented cores with efficiency-oriented cores.
Processor information is useful when evaluating system requirements, checking hardware compatibility, comparing computers, or preparing a technical inventory. It also helps users verify whether their computer contains the processor they expected after purchasing a new system or upgrading an existing machine.
Advanced CPU Architecture and Performance Details
HWiNFO Portable goes beyond basic processor identification by offering technical information related to CPU architecture and performance characteristics.
Depending on the processor, users can examine cache levels, supported instruction sets, processor ratios, clock behavior, thermal limits, and other architectural information. These details can be important when analyzing performance differences between processor generations or investigating specialized computing workloads.
For users interested in overclocking, processor tuning, or performance benchmarking, detailed CPU information provides a useful foundation for understanding hardware capabilities.
Graphics Card Identification and Analysis
Graphics processing units are another major component category supported by HWiNFO Portable.
The software can identify integrated and discrete graphics adapters and display information about their manufacturers, models, GPU architectures, memory configurations, supported technologies, and other characteristics.
Graphics information is particularly useful for gamers, video editors, 3D designers, and professionals who rely on GPU acceleration.
Users can verify their graphics card configuration, identify available graphics memory, inspect supported features, and review technical information that may help determine whether a system is suitable for a particular application.
The application can also provide detailed information about modern graphics hardware, including GPU clocks, memory clocks, thermal characteristics, power limits, and other properties where supported.
Motherboard and Chipset Information
HWiNFO Portable can examine the motherboard and chipset installed in the computer.
Motherboard information can include the manufacturer, model, chipset, BIOS version, firmware characteristics, supported interfaces, and various platform details.
This information is particularly important when planning hardware upgrades. Knowing the exact motherboard model can help users determine processor compatibility, memory support, expansion slot availability, and supported storage interfaces.
The software can also assist technicians in identifying motherboard components and examining system configurations during troubleshooting.
Memory Module Information
Memory analysis is another important feature of HWiNFO Portable.
The application can display installed memory capacity, memory type, module configuration, operating frequency, supported profiles, and other technical information. Depending on the memory modules and platform, additional information may be available through Serial Presence Detect data.
Users can examine details about DDR4, DDR5, and other supported memory technologies, including module manufacturers and supported operating characteristics.
For computer enthusiasts, memory information is especially useful when checking compatibility, evaluating memory upgrades, verifying operating speeds, and investigating system performance.
Storage Device Information
HWiNFO Portable provides detailed information about storage devices connected to the computer.
Supported device categories can include traditional hard disk drives, SATA solid-state drives, NVMe solid-state drives, and other storage technologies.
The application can identify device manufacturers, model names, capacities, interface characteristics, firmware information, and supported capabilities.
For compatible storage devices, users can also access health-related information and operating parameters that may help them assess the condition of their drives.
Storage information is useful when upgrading a computer, identifying an installed SSD, checking drive specifications, or investigating potential storage-related performance problems.
Real-Time Hardware Monitoring with HWiNFO Portable
Hardware identification is only one part of the application. HWiNFO Portable also provides extensive real-time sensor monitoring.
Modern computers contain numerous sensors that measure operating temperatures, voltages, power consumption, clock frequencies, fan speeds, and other parameters. HWiNFO Portable can collect and display supported sensor information, helping users understand how their hardware behaves under different workloads.
The availability and accuracy of individual sensor readings depend on the hardware, firmware, drivers, and monitoring interfaces supported by the system.
CPU Temperature Monitoring
Processor temperature monitoring is essential for maintaining a stable and reliable computer.
HWiNFO Portable can display CPU temperature measurements and, where supported, provide individual readings for processor cores, package temperatures, and other thermal sensors.
Users can observe temperature changes during gaming, video rendering, benchmarking, multitasking, and other demanding workloads.
Monitoring CPU temperatures can help identify cooling problems, insufficient airflow, excessive thermal loads, or potentially unsuitable cooling configurations.
It can also help users evaluate the effectiveness of a new CPU cooler or changes to their computer’s ventilation system.
GPU Temperature and Thermal Monitoring
Graphics cards can generate considerable heat during demanding workloads. HWiNFO Portable provides GPU monitoring capabilities that can help users understand their graphics card’s operating conditions.
Depending on the GPU, the application can display core temperature, hotspot temperature, memory temperatures, fan speeds, clock frequencies, power consumption, and other sensor readings.
Some modern graphics cards provide additional thermal information, including individual memory chip temperatures.
This information is particularly useful for gamers, overclockers, and users running demanding graphics applications.
By monitoring GPU temperatures and other operating parameters, users can investigate thermal throttling, evaluate cooling performance, and determine whether a graphics card is operating within its expected thermal range.
Voltage and Power Monitoring
HWiNFO Portable can display supported voltage and power measurements from different hardware components.
Depending on the platform, users may be able to examine CPU voltage readings, GPU power consumption, motherboard voltage sensors, memory-related voltage information, and other electrical parameters.
Power monitoring can help users understand the energy requirements of their computer and investigate performance behavior under demanding workloads.
For enthusiasts, these measurements can be useful when evaluating overclocking settings, comparing hardware configurations, or examining power efficiency.
It is important to understand that sensor values are dependent on the hardware implementation. Not every computer exposes every voltage or power measurement, and some values may represent estimates rather than direct physical measurements.
Fan Speed and Cooling System Monitoring
Cooling systems play an important role in maintaining hardware stability.
HWiNFO Portable can monitor supported fan speeds and cooling-related sensors, including CPU fans, graphics card fans, motherboard-connected fans, and certain specialized cooling devices.
Users can examine fan RPM values and observe how cooling components respond to temperature changes.
This can help identify a fan that is not operating correctly, investigate unusual cooling behavior, or evaluate the effectiveness of an existing cooling configuration.
The application also supports monitoring information from various compatible hardware controllers and cooling devices, depending on the system configuration.
Monitoring Hardware Performance Under Load
Real-time sensor monitoring becomes especially valuable when a computer is operating under heavy workloads.
HWiNFO Portable allows users to observe hardware behavior while running games, rendering applications, benchmarking tools, productivity software, and other demanding programs.
By comparing idle measurements with readings recorded during intensive activity, users can gain a better understanding of their system’s thermal and performance characteristics.
For example, an enthusiast may observe CPU clock frequencies and temperatures while running a benchmark. A gamer may monitor GPU utilization, memory temperatures, and frame-related statistics. A technician may examine power readings while investigating unexpected shutdowns.
This flexibility makes HWiNFO Portable a useful companion for a wide variety of hardware analysis tasks.
Sensor Logging and Historical Hardware Data
Another important capability of HWiNFO Portable is sensor logging.
Instead of observing sensor readings only in real time, users can record measurements over a period of time. This makes it possible to examine how hardware behaves during extended workloads or identify changes that occur during normal system operation.
Sensor logging is particularly useful for diagnosing intermittent problems.
For example, a computer may experience occasional overheating, performance drops, or unexpected instability. By recording supported sensor values, users can investigate whether temperature, power, clock behavior, or other measurable parameters change around the time the issue occurs.
Historical sensor data can also help users compare different hardware configurations.
A user who installs a new cooling system may record temperatures before and after the upgrade. Similarly, an enthusiast can compare the behavior of a graphics card using different fan profiles or performance settings.
HWiNFO Portable supports sensor logging in formats suitable for further analysis, with capabilities varying according to the version and platform.
This makes the application useful not only for immediate hardware monitoring but also for longer-term technical investigations.
On-Screen Display and Hardware Monitoring During Gaming
HWiNFO Portable can provide sensor information through an on-screen display when configured with supported monitoring integrations.
An on-screen display allows users to view selected hardware statistics while a game or other full-screen application is running.
This is particularly useful for gamers who want to monitor their computer’s performance without repeatedly switching between applications.
Relevant information may include CPU temperature, GPU temperature, clock frequencies, utilization, memory usage, power consumption, and other selected sensor readings.
The displayed information can help users understand whether a game is limited by the processor, graphics card, thermal conditions, or another system resource.
The OSD can also be useful for evaluating the effects of graphics settings. For example, a user may compare GPU utilization and temperatures before and after changing resolution or graphics quality.
With compatible configurations, HWiNFO Portable can work alongside monitoring and overlay tools to provide additional hardware information.
System Diagnostics and Hardware Troubleshooting
HWiNFO Portable is valuable for diagnosing a wide range of computer-related problems.
When a computer experiences instability, excessive temperatures, unexpected performance changes, or hardware compatibility issues, detailed system information can help users narrow down potential causes.
The application does not replace dedicated repair tools or professional diagnostic equipment, but it provides a useful collection of hardware information and sensor measurements that can support troubleshooting.
Identifying Hardware Compatibility Problems
Hardware compatibility is an important consideration when upgrading or building a computer.
HWiNFO Portable can help users identify their existing components and examine their technical specifications.
This information can be useful when checking processor compatibility, evaluating memory configurations, identifying storage interfaces, and determining which hardware components are installed.
Before purchasing an upgrade, users can consult the information provided by HWiNFO Portable to establish a clearer understanding of their current system.
Investigating Overheating Problems
Overheating is one of the most common hardware-related issues affecting desktop and laptop computers.
HWiNFO Portable can help users examine temperature measurements and cooling-related sensor readings.
If a processor or graphics card regularly reaches unusually high temperatures, users can investigate whether the issue may be associated with cooling performance, airflow, fan operation, or workload intensity.
The software can also help users evaluate whether temperatures improve after cleaning a computer, replacing thermal paste, adjusting cooling configurations, or installing additional fans.
Understanding Performance Throttling
Thermal and power-related performance limitations can affect modern processors and graphics cards.
HWiNFO Portable can display supported clock, temperature, power, and performance-limiting sensor information.
These measurements can help users investigate situations where a processor or graphics card operates below its expected performance level.
For example, a CPU may reduce its operating frequency when thermal limits are reached. A GPU may adjust its clocks according to temperature, power limits, or workload conditions.
Monitoring these parameters can provide valuable insight into performance behavior.
However, performance throttling is not necessarily a fault. Modern hardware frequently adjusts operating frequencies and power consumption automatically to maintain safe and efficient operation.
Detecting Potential Hardware Problems
HWiNFO Portable can help users identify unusual sensor readings and investigate potential hardware-related concerns.
For example, users may examine storage health information, temperature measurements, voltage readings, and other available parameters.
The application can also display certain error counters and hardware-specific diagnostic information where supported.
Such information may help users recognize patterns associated with a failing component or unstable configuration.
Nevertheless, a single unusual reading does not automatically indicate a defective component. Proper diagnosis usually requires examining multiple measurements, system behavior, and relevant hardware documentation.
Hardware Reports and Detailed System Documentation
HWiNFO Portable includes reporting capabilities that make it possible to document the hardware configuration of a computer.
System reports can provide a comprehensive overview of installed components and their technical characteristics.
These reports are useful for technical support, computer maintenance, hardware inventory management, and system documentation.
Creating Detailed Hardware Reports
Users can generate reports containing information about the computer’s hardware configuration.
Depending on the report settings and application version, the report may include processor details, motherboard information, memory specifications, graphics hardware, storage devices, network adapters, and other components.
Detailed reports can be particularly helpful when requesting technical assistance.
Instead of manually listing every installed component, users can provide a structured report that contains important hardware information.
This can simplify communication with technicians and help identify potential compatibility issues.
Hardware Inventory and Maintenance
HWiNFO Portable can also be used for computer inventory purposes.
IT professionals and technicians can use hardware information to document computer configurations, identify installed devices, and prepare maintenance records.
This is useful when maintaining multiple computers or examining machines with different hardware configurations.
For example, a technician may use the application to verify processor models, memory capacity, storage configurations, and motherboard information during a system inspection.
The ability to access detailed hardware information makes the software useful for both individual computer owners and professional maintenance environments.
Exporting Information for Further Analysis
HWiNFO Portable supports different ways of presenting and exporting hardware information.
Depending on the application version and platform, reporting and logging capabilities can include structured formats suitable for additional processing.
These capabilities can be useful for users who want to organize hardware information, compare system configurations, or incorporate monitoring data into their own workflows.
Detailed reporting is particularly valuable when hardware analysis requires more than a simple visual inspection of the application interface.
HWiNFO Portable for PC Enthusiasts and Gamers
PC enthusiasts frequently modify their systems to improve performance, cooling, and efficiency.
HWiNFO Portable provides a convenient way to observe the effects of these modifications.
Users can monitor CPU and GPU temperatures, examine clock behavior, inspect memory configuration, and review supported power measurements.
This makes the software a useful companion for benchmarking, overclocking analysis, and hardware experimentation.
Evaluating Cooling Improvements
Enthusiasts often invest in upgraded CPU coolers, improved case airflow, additional fans, and liquid cooling systems.
HWiNFO Portable can help users evaluate the results of these changes by monitoring temperature and fan speed measurements.
Comparing sensor readings before and after an upgrade can provide useful information about cooling effectiveness.
Monitoring Gaming Performance
Gamers can use HWiNFO Portable to examine how their hardware behaves during demanding titles.
CPU and GPU utilization, clock frequencies, temperatures, and power consumption can provide insight into system performance.
This information can help users determine whether a computer has sufficient cooling capacity and whether hardware resources are being utilized effectively.
It can also assist users in understanding performance differences between graphics settings.
Supporting Benchmarking Activities
Benchmarking involves evaluating hardware performance under controlled conditions.
HWiNFO Portable complements benchmarking applications by providing additional sensor information.
Users can record temperatures, clocks, and power readings while running a benchmark, allowing them to examine hardware behavior alongside performance scores.
This combination can be useful for comparing different cooling configurations, investigating performance limits, or evaluating hardware upgrades.
Compatibility and Supported Hardware Platforms
HWiNFO Portable is designed to support a broad range of computer hardware.
Its capabilities include extensive support for modern processors, graphics cards, memory technologies, motherboards, storage devices, and other components.
The software is regularly updated to improve hardware detection and monitoring support as new processors, graphics cards, motherboards, and peripheral devices become available.
Compatibility can vary according to the operating system, processor architecture, firmware, drivers, and sensor interfaces.
The portable package provides builds for supported x86, x64, and ARM64 platforms, as well as legacy 32-bit hardware configurations.
This broad platform coverage makes HWiNFO Portable useful for examining different types of computers, including desktop PCs, laptops, workstations, and compatible specialized systems.
Users should always select the appropriate application build for their operating system and processor architecture.
Support for Modern Hardware
Modern hardware frequently introduces new monitoring interfaces, sensor controllers, memory technologies, and performance features.
HWiNFO Portable continually evolves to recognize these developments.
Its hardware support includes technologies associated with modern Intel and AMD processors, NVIDIA and AMD graphics hardware, DDR5 memory, NVMe storage, and numerous motherboard monitoring controllers.
The application can also provide information about selected specialized components and devices, depending on their monitoring interfaces.
Regular updates help improve the application’s ability to identify newly released hardware and accurately report supported sensor information.
User Interface and Ease of Use
Despite its extensive technical capabilities, HWiNFO Portable provides an organized interface that allows users to navigate hardware information efficiently.
The application separates different hardware categories into distinct sections, making it easier to locate specific components.
Users can examine detailed hardware information through the main interface and access sensor readings through dedicated monitoring windows.
This organization is useful for beginners who need basic hardware identification as well as experienced users who want to explore more advanced technical information.
The interface also offers flexibility for users who prefer to focus on specific sensor values.
By selecting relevant measurements, users can concentrate on the parameters that matter most to their particular task.
For example, a user investigating overheating may focus on temperature and fan readings, while someone examining gaming performance may prioritize clocks, utilization, and power consumption.
The application’s extensive information can initially appear overwhelming to inexperienced users. However, its structured presentation makes it possible to begin with basic system details and gradually explore more advanced features.
Advantages of Using HWiNFO Portable
HWiNFO Portable offers several important advantages for computer users.
Its comprehensive hardware detection capabilities make it possible to identify components without relying on multiple separate utilities.
The extensive sensor monitoring functionality allows users to observe hardware operating conditions in real time.
Detailed reports provide a convenient way to document system configurations and share technical information.
Sensor logging supports longer-term analysis and can help investigate intermittent problems.
The software’s broad hardware compatibility makes it useful for different computer configurations and generations.
Its portable package also provides flexibility for users who need to access hardware monitoring and diagnostic capabilities across different systems.
Another important advantage is its suitability for different experience levels. Beginners can use it to identify hardware specifications, while advanced users can explore detailed sensor measurements and technical characteristics.
The combination of hardware identification, monitoring, reporting, and diagnostic information makes HWiNFO Portable a versatile application for computer maintenance and analysis.
Who Should Use HWiNFO Portable?
HWiNFO Portable is suitable for a wide variety of users.
Computer Enthusiasts
PC enthusiasts can use the application to examine hardware specifications, monitor temperatures, evaluate cooling performance, and investigate processor or graphics card behavior.
Gamers
Gamers can monitor system temperatures, clocks, power consumption, and supported performance statistics while playing demanding games.
IT Professionals
IT professionals can use HWiNFO Portable for hardware inventory, system inspection, troubleshooting, and technical documentation.
Computer Technicians
Technicians can use the application to identify installed components, examine hardware specifications, investigate thermal issues, and prepare reports for customers.
Hardware Reviewers
Hardware reviewers can use sensor monitoring and logging capabilities to examine the operating behavior of processors, graphics cards, memory modules, and other components during testing.
Everyday Computer Users
Even users with limited technical knowledge can benefit from HWiNFO Portable.
The software can help identify the processor, memory capacity, graphics card, storage devices, and other hardware installed in a computer.
This information can be useful when purchasing upgrades, checking system requirements, or requesting technical support.
Why HWiNFO Portable Is a Valuable Hardware Utility
A computer’s hardware configuration and operating conditions can significantly influence its performance, stability, and reliability.
Understanding these characteristics is important for maintaining a computer and making informed decisions about upgrades or troubleshooting.
HWiNFO Portable combines extensive hardware identification with real-time monitoring and detailed reporting capabilities.
Its ability to provide technical information about processors, graphics cards, memory, storage devices, motherboards, and other components makes it a comprehensive hardware analysis utility.
The application can help users understand their computer’s specifications, observe operating temperatures, monitor supported power measurements, examine clock behavior, and investigate potential hardware-related issues.
Its sensor logging capabilities also make it useful for examining behavior over time rather than relying exclusively on momentary readings.
For users interested in gaming, benchmarking, system maintenance, hardware upgrades, or professional diagnostics, HWiNFO Portable offers a versatile collection of tools in a single application.
The software’s ongoing hardware support improvements help it remain relevant as computer technologies continue to evolve.
Whether the objective is to identify an unfamiliar component, investigate an overheating problem, monitor a gaming computer, prepare a hardware report, or examine the technical characteristics of a workstation, HWiNFO Portable provides a detailed and practical approach to hardware analysis.
Its combination of comprehensive information, extensive monitoring capabilities, reporting functionality, and flexible portable packaging makes it a valuable addition to any collection of computer maintenance and diagnostic utilities.
Conclusion
HWiNFO Portable is a comprehensive hardware information and monitoring application that provides users with detailed insight into the components and operating conditions of their computers.
The software combines hardware identification, sensor monitoring, temperature analysis, power measurements, performance information, reporting, and diagnostic capabilities into one versatile utility.
Its support for a wide variety of hardware components makes it suitable for desktop computers, laptops, gaming systems, workstations, and other compatible Windows-based platforms.
For everyday users, it offers a convenient way to identify installed hardware and understand basic system specifications. For enthusiasts and professionals, it provides extensive technical information and sensor measurements that can support advanced analysis and troubleshooting.
HWiNFO Portable is particularly useful when accurate hardware information and reliable monitoring are important. Its ability to examine system components and observe their behavior during operation makes it a practical tool for maintaining computer performance and understanding hardware characteristics.
As computer hardware becomes increasingly sophisticated, applications that provide detailed system information and monitoring capabilities become more valuable. HWiNFO Portable continues to serve this purpose by offering a comprehensive and flexible solution for hardware analysis.
Features at a Glance
- Comprehensive hardware information and component identification.
- Detailed CPU information, including architecture, cores, threads, cache, and supported technologies.
- Extensive GPU identification and graphics hardware analysis.
- Integrated and discrete graphics monitoring.
- Motherboard, chipset, BIOS, and firmware information.
- Detailed RAM and memory module specifications.
- Memory timing and supported profile information.
- HDD, SATA SSD, and NVMe storage device identification.
- Storage health and supported drive monitoring information.
- Real-time CPU temperature monitoring.
- Real-time GPU temperature and hotspot monitoring where supported.
- Individual CPU core sensor monitoring where available.
- GPU memory temperature monitoring on compatible hardware.
- Voltage and power measurement monitoring.
- CPU and GPU clock frequency monitoring.
- Fan speed and cooling system monitoring.
- Motherboard sensor monitoring.
- Hardware utilization and performance-related sensor information.
- Real-time sensor display.
- Sensor logging for historical analysis.
- Detailed hardware report generation.
- System inventory and hardware documentation.
- On-screen display support through compatible integrations.
- Monitoring integration with supported third-party applications.
- Hardware troubleshooting assistance.
- Thermal and performance behavior analysis.
- Support for a wide range of Intel and AMD processors.
- Support for NVIDIA and AMD graphics cards.
- Support for modern DDR4 and DDR5 memory technologies.
- Support for NVMe storage devices.
- Broad motherboard and hardware monitoring controller compatibility.
- Support for x86, x64, and ARM64 builds in the portable package.
- Flexible hardware monitoring and reporting options.
- Regular hardware support improvements and application updates.
Latest Changelog
New Features and Improvements
- Added reporting of the monitored process name to the RTSS sensor title.
- Added the ability to display multiple sensor values on a single line in the on-screen display.
- Added reporting of fan duty for Thermal Grizzly WireView Pro II.
- Added options to insert notes into JSON sensor logs.
- Added reporting of supported NVMe power states.
- Added reporting of Dolby Vision support.
- Improved Nova Lake QS support.
- Enhanced sensor monitoring on ASUS X870 MAX series motherboards.
- Improved sensor monitoring support for additional hardware platforms.
- Expanded support for newer processor architectures.
- Added several new ARM architectures.
- Enhanced support for NVIDIA Spark.
- Added AMD Radeon RX 7500 support.
- Added more Lisuan GPU models.
- Added reporting of ASIC Quality for newer NVIDIA GPUs.
- Added reporting of ASIC ECID and IDDQ for NVIDIA GPUs.
- Added reporting of NVIDIA GPU board numbers and IDs.
- Added reporting of VBIOS project information and GOP versions for NVIDIA GPUs.
- Enhanced support for Nova Lake-E and Razor Lake-H/HX/S.
- Updated Intel XMP 3.0 support.
- Updated Intel PresentMon integration.
- Added MAC/PHY temperature monitoring for selected Aquantia/Marvell network adapters.
- Enhanced monitoring support for selected ASUS ROG CROSSHAIR X870E GLACIAL and EDITION 20 motherboards.
- Added support for MPS MP2995, MP29005, MP29005A, and MP29025 VRM/PWM controllers.
- Enhanced support for Intel Panther Lake-H 080.
- Added GPU hotspot temperature monitoring for AMD Polaris graphics hardware.
- Added AMD B650 chipset temperature monitoring on expansion cards.
- Added monitoring of Sapphire PhantomLink temperature and status.
Bug Fixes
- Added a workaround for an NVML crash that could occur during GPU driver updates.
- Fixed NZXT Kraken Elite V2 support.
- Fixed the reporting of negative temperatures for NVIDIA GPU memory chips.
- Fixed PCH power reporting on Intel Panther Lake and later platforms.
- Fixed a problem when moving sensor items down in the list.
- Fixed custom user sensors configured through the HKLM registry path.
- Fixed PCIe extended-space access on legacy systems.
- Fixed Nova Lake SA VID reporting.
- Fixed automatic updates for the ARM64 version.
- Fixed tREFmax reporting in AMD ULL.
- Added a workaround for power limit sticky flags on Arrow Lake-S.
- Fixed chipset detection when an AMD B650 chipset is used on an expansion card.
HWiNFO Portable continues the application’s emphasis on detailed hardware identification, reliable sensor monitoring, and expanded compatibility with modern computer platforms.