What is AIDA64?
Final Wire Ltd (a Hungarian company) created AIDA64, a system information, diagnostics, and auditing application that runs on Windows, Android, iOS, Windows Phone, Tizen, Chrome OS, and Sailfish OS operating systems. It displays detailed information on a computer’s components. Information can be saved to a file in formats such as HTML, CSV, or XML.
At any firm or organisation, maintaining an accurate PC inventory is a must. Even a small business, let alone a large corporation with hundreds or thousands of PCs, would find it difficult to manage an inventory of hardware and software upgrades for a whole PC fleet on paper or even in Excel. It’s no surprise that sysadmins, who are normally in charge of these activities, regard them as a drain on time and resources that could be better spent on more vital projects.
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AIDA64 can relieve IT technicians of this burden by providing fully automated network inventory. AIDA64 Business and AIDA64 Network Audit are designed for business customers and can take a full hardware and software inventory of Windows PCs connected to the company network. The software’s data collection scope can be completely modified, but administrators can also choose from a few pre-made themes (report profiles).
HISTORY OF AIDA64:
The software was renamed AIDA64 in 2010 after multiple name changes during its long history. However, the early development of what is now known as AIDA64 began in 1995, when Tamás Miklós built an assembly programme called ACI to detect variations between different microprocessors. In the same year, he produced ASMDEMO, based on this code base.
Although some of this software had already been rewritten in Pascal to make it more effective, compact, and fast, the hardware detection engine remained in assembly. ASMDEMO could already detect and diagnose the components of a computer. The software was renamed AIDA a few years later, and then AIDA16 as its capability was expanded.
Using DOS-based applications, such as AIDA16, has become increasingly difficult as the popularity of Microsoft Windows has grown. The software still used a text-based user interface, which was outdated by the millennium’s standards. In 2001, AIDA32, which was developed entirely in Delphi, was released to compensate for this shortcoming. The programme now had a graphical user interface, which was developed further and given its final layout by the end of the year, which has been used in both Everest and AIDA64 ever since.
BENCHMARKS OF AIDA64:
AIDA64 comes with a number of benchmarks that can be used to assess the performance of individual hardware components or the overall system. These are synthetic benchmarks, which can be used to determine the system’s theoretical maximum performance. Memory bandwidth, CPU, and FPU benchmarks are based on the multi-threaded AIDA64 benchmark engine, which supports up to 640 concurrent processing threads and 10 processor groups since AIDA64 Business v4.00. The engine supports multi-processor (SMP), multi-core, and HyperTheading technologies in their entirety.
There are lists of AIDA64 Micro- benchmarks lets discuss some of them here,
- Memory Benchmark: Memory benchmarks are used to determine the maximum bandwidth that may be achieved when certain activities are performed (read, write, copy). These are written in Assembly and use the relevant x86/x64, x87, MMX, MMX+, 3DNow!, SSE, SSE2, SSE4.1, AVX, and AVX2 instruction set extensions to fully optimise them for major AMD, Intel, and VIA processor cores. Memory latency is a benchmark that assesses the time it takes for data to be transferred from memory to the CPU. After issuing a read instruction, memory latency refers to the time it takes for data to appear in the CPU’s integer registers.
- FPU VP8: The Google VP8 (WebM) video codec, version 1.1.0, is used to test video compression performance. It encodes video frames at a resolution of 1280×720 pixels (“HD ready”) in 1-pass mode at a bit rate of 8192 kbps with the highest quality settings. The FPU Julia fractal module creates the content of the frames. This benchmark method’s code is Hyper Threading, multi-processor (SMP), and multi-core (CMP) aware, and it uses the relevant MMX, SSE2, SSSE3, or SSE4.1 instruction set extensions.
- FPU JULIA: The computation of numerous “Julia” fractal frames is used to assess single precision (or 32-bit) floating-point performance. This benchmark’s code is written in Assembly, and it uses the proper x87, 3DNow!, 3DNow!+, SSE, AVX, AVX2, FMA, and FMA4 instruction set extensions to optimise it for major AMD, Intel, and VIA CPUs. Julia supports Hyper Threading, multi-processor (SMP), and multi-core (CMP) architectures.
- FPU MANDEL: The computation of numerous “Mandelbrot” fractal frames is used to assess double precision (or 64-bit) floating-point performance. This benchmark’s code is written in Assembly, and it uses the proper x87, SSE2, AVX, AVX2, FMA, and FMA4 instruction set extensions to optimise it for major AMD, Intel, and VIA CPUs. Hyper Threading, multi-processor (SMP), and multi-core (CMP) are all supported by FPU Mandel.
AIDA64 also includes many other dedicated micro-benchmarks under the Benchmark category in the Page menu, in addition to these complete benchmarks. Benchmark results can be compared to those of other settings thanks to AIDA64’s large reference result database.
PRODUCTS OFFERED BY AIDA64:
- AIDA 64 EXTREME: The hardware detection engine in AIDA64 Extreme is unparalleled in its class. It gives thorough information on installed software, as well as diagnostics and over-clocking support. It can gather precise voltage, temperature, and fan speed information because it monitors sensors in real time, and its diagnostic functions assist discover and avoid hardware issues. It also includes a few benchmarks that may be used to assess the performance of specific hardware components or the entire system. All 32-bit and 64-bit Windows editions, including Windows 10 and Windows Server 2016, are supported.
- AIDA64 ENGINEER: The hardware detection engine in AIDA64 Engineer is unique in its field. It gives thorough information on installed software, as well as diagnostics and over clocking support. It can gather precise voltage, temperature, and fan speed information because it monitors sensors in real time, and its diagnostic functions assist discover and avoid hardware issues. It also includes a few benchmarks for evaluating the performance of specific hardware components as well as the entire system. All 32-bit and 64-bit Windows editions, including Windows 10 and Windows Server 2019, are supported.
- AIDA BUSINESS: From Windows client machines linked to the business network, AIDA64 Business can acquire a very thorough hardware and software inventory. Because it supports command-line switches, inventory creation may be totally automated, and reports received from PCs can be saved to open formats for further processing as well as to a SQL database. The integrated change manager can track changes between network audit snapshots obtained at different times. It enables PC fleet management with remote monitoring and control, and it can inform network administrators in real time when undesired activities occur. AIDA64 Business works with both 32-bit and 64-bit versions of Windows.
- AIDA64 FOR MOBILE: FinalWire released three new mobile apps for Android, iOS, and Windows Phone in 2015 to commemorate AIDA64’s 20th anniversary. Later, AIDA64 for Sailfish, Tizen, and Ubuntu Touch were added to the ever-growing AIDA64 family. Users of Android, iOS, Sailfish OS, Tizen, Ubuntu Touch, or Windows Phone smartphones, tablets, TV devices, and wearables may discover everything about the hardware and software beneath the hood with the new apps. AIDA64 mobile apps provide simple user interfaces that are designed for the supported device types, making them simple to use even for those who are inexperienced with the AIDA64 system information tool’s PC versions.
- AIDA64 NETWORK AUDIT: From Windows client machines linked to the business network, AIDA64 Network Audit can collect a very thorough hardware and software inventory. Because it supports command-line switches, inventory creation may be totally automated, and reports received from PCs can be saved to open formats for further processing as well as to a SQL database. The integrated change manager can track changes between network audit snapshots obtained at different times. All 32-bit and 64-bit Windows editions, including Windows 10 and Windows Server 2019, are supported by AIDA64 Network Audit.
AIDA64 TOOLS:
There are many tools used by AIDA64, some of them are,
- Disk benchmark
- Cache and memory benchmark
- GPGPU Benchmark
- ACPI Browser
- DRAM Timings
- Monitor Diagnostics
- System Stability Test
- AIDA64 CPUID
On the website of one of Melbourne’s most popular purchasing websites, “X-TECH BUY,” you may find not only these tools, but also many others linked to computer accessories. All the software security and the hardware security tools like AIDA64 and may more can be purchased in this website, https://www.xtechbuy.com/
USING AIDA64:
If our computer has a problem while running apps, playing games, or browsing, installing AIDA64 is the simplest way to figure out what the problem is and how to fix it. However, installing it, using the app, and resolving the issue on our own is a lengthy and difficult process, so the simplest solution is to take it to the experts who are experts in dealing with these types of issues. The team of “BENCHMARK IT SERVICES” and their service centre, “computer repair on site,” is one of the largest and fastest professional teams (CROS). you can access there page just by clicking here
We will receive complete on-site computer repair services from CROS. They are experts in providing high-quality, cost-effective, long-term IT solutions to businesses and individuals. Their team of certified technicians is skilled at providing support ranging from basic to advance. The majority of issues are resolved the same day. Their technicians will arrive at your location equipped with a full diagnostic kit and repair tools to thoroughly analyse and repair any problems.
