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govindhtech · 5 months

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Powerful AMD EPYC 9654 Beats 5th Gen Intel Xeon Processors

AMD EPYC Gen 4 vs Intel Xeon 5th Gen: A Battle for Server Supremacy

The recent availability of 5th Gen Intel Xeon processors allows testing of 4th Gen AMD EPYC CPUs on critical workloads. AMD EPYC 9654 beats competitors in data centre performance, power efficiency, and cost. AMD EPYC CPU hold over 300 performance world records, and Intel’s latest release maintains our lead. Over 250 server designs and 800 cloud instances comprise AMD EPYC.

SPECpower

Modern data centers manage power utilization to meet growing needs, save costs, and satisfy environmental goals. The System Under Test’s power and performance are used to compare volume server class computers’ energy efficiency in the SPECpower ssj 2008 benchmark. SPECpower was the first industry benchmark for single- and multi-node server power and performance.

Consumers can compare server and configuration energy efficiency using the SPECpower ssj 2008 benchmark. This benchmark applies to hardware, IT, OEM, and government companies. The SPECpower ssj 2008 statistic assesses SUT power efficiency as “overall ssj ops/watt”. It is the ratio of the overall throughput ssj ops, which is the sum of all target load scores, to their average watt power consumption.

AMD EPYC 9754

AMD EPYC 4th Gen excels at power efficiency. A dual-socket system with 128-core AMD EPYC 9754 processors outscored Intel Xeon Platinum 8592+ by 2.25x.

AMD EPYC 9554

Industry benchmarks for compute-intensive jobs include the SPEC CPU 2017 test, which stresses the processor, memory subsystem, and compiler on various computer systems. This blog discusses SPECrate 2017 Integer and Floating Point, two of SPEC CPU 2017’s four suites’ 43 benchmarks.

On SPECrate 2017, 32-core AMD EPYC 9374F machine surpasses Intel Xeon Scalable 8562Y+ by ~1.14x (base) and ~1.06x (64 cores). 2P 64-core AMD EPYC 9554 systems outperform Intel Xeon Scalable 8592+ in SPECrate 2017 and similar.

Top performer: SPECrate 2017 ranked 2P 64-core Intel Xeon Scalable 8592+ behind 2P 96-core AMD EPYC 9654. SPECjbb2015 was considered simulates a corporate IT infrastructure that handles point-of-sale requests, online transactions, and data-mining to test server-side Java applications. Because Java is so popular, JVM providers, hardware manufacturers, Java application developers, academics, and academia should evaluate this benchmark.

AMD EPYC 9554 64-core processor

64 cores A dual-socket 64-core AMD EPYC 9554 machine performs comparably to an Intel Xeon Scalable 8592+ on SPECjbb 2015 MultiJVM-maxJOPS.

Top of stack: A dual-socket 96-core general purpose AMD EPYC 9654 machine outperforms a 64-core Intel Xeon Scalable 8592+ system 1.48x on SPECjbb 2015 MultiJVM-maxJOPS.

Decision Support System

The decision support benchmark TPC Benchmark H (TPC-H) evaluates systems that handle complex business queries by running sophisticated queries over big datasets. This benchmark’s queries and data manipulations affect several industries.

TPC-H’s Composite Query-per-Hour Performance Metric (QphH Size) evaluates query processing. When handling concurrent user requests, database sizes, query stream processing, and query throughput are considered. A system’s price-performance ratio, or “bang for the buck,” is likewise assessed by TPC-H.

A 2P 64-core AMD EPYC 9554 system outperforms a 2P Intel Xeon Scalable 8592+ system by ~1.14x and ~1.22x at SF 10000 in price-performance TPC-H.

Business Uses

Key SAP ERP logistics module is SAP Sales and Distribution (SAP SD). SAP Application Performance Standard units’ database efficiency is measured using the SAP-SD 2-Tier benchmark to assess hardware performance. SAPS is hardware-independent and uses the Sales and Distribution (SD) benchmark to evaluate SAP systems. Recently, a 2P system with 96-core AMD EPYC 9654 processors outscored a 64-core Intel Xeon Platinum 8592+ by ~1.53x. For further information, refer to my blog post “4th Gen AMD EPYC CPUs Empower SAP SD 2-Tier Performance.”

In four generations of general-purpose AMD EPYC processors, “top of stack” CPU SKUs enhanced performance. It also indicates that AMD EPYC 2nd Gen and later outperform Intel Xeon processors.

The Virtualization Infrastructure

VMmark 3 benchmarks virtualized server performance, power efficiency, and scalability on physical hardware under intense loads. Server capabilities and virtualization solutions are compared for strengths and limitations.

AMD EPYC 9654

A 2P 64-core AMD EPYC 9554 machine outperforms a 2P Intel Xeon Scalable 8592+ system 1.29x on VMmark 3. In VMmark 3, a 2P 96-core AMD EPYC 9654 system outperforms a 2P 64-core Intel Xeon Scalable 8592+ system by ~1.60x.

Powerful computing

HPC predicts major climate events and enhances transit and infrastructure safety, making it part of almost every modern activity. Optimizing material use, simplifying designs, and lowering development costs lowers prices. Rapid virtual prototyping reduces physical testing and speeds market entry.

Demand for HPC workload performance rises. Performance increases enable faster simulations, shorter product development cycles, more scenario testing, and finer model tweaks, making products more effective and efficient. Explore 4th Gen AMD EPYC CPUs HPC dominance.

AMD EPYC 9374F

CFD models and studies fluid behavior like water flowing around a boat hull or air around a vehicle or aircraft using numerical analysis. Uses include industrial and consumer goods. Memory bandwidth limits computationally demanding CFD activities.

Altair AcuSolve: Without CFD, Altair AcuSolve allows organizations investigate ideas using flow, heat transfer, turbulence, and non-Newtonian material analysis. In AcuSolve’s acus-in test, a 2P 32-core AMD EPYC 9374F machine surpasses an Intel Xeon Scalable 8562Y+ system by ~1.46x. Ansys CFX: High-performance CFD software provides fast, reliable, and accurate solutions for a variety of CFD and Multiphysics applications. In several CFX tests, a 32-core AMD EPYC 9374F machine outperformed an Intel Xeon Scalable 8562Y+ system by ~1.48x. Ansys Fluent: Advanced physics modelling and industry-leading accuracy characterize this fluid simulation package. A 2P 32-core AMD EPYC 9374F machine outperformed a 2P Intel Xeon Scalable 8562Y+ system performance ~1.25x in chosen Fluent tests.

OpenFOAM CFD software is free and open-source. Academic and commercial institutions use it. In OpenFOAM tests, a 2P 64-core AMD EPYC 9554 system outperformed an Intel Xeon Scalable 8592+ and a top-of-stack general purpose system by ~1.14x. A 2P 96-core AMD EPYC 9654 system outscored a 64-core Intel Scalable 8592+ system by ~1.22 in FEA Clear.

An explicit Finite Element Analysis (FEA) numerical simulation evaluates structures and materials under dynamic situations like impacts, explosions, and crashes. The auto industry uses FEA to predict crash behavior and evaluate occupant safety. Cell phone manufacturers use FEA to simulate drop tests for durability. Simulations save manufacturers time and money by testing designs online instead of prototyping.

These simulations involve complex digital replicas of items like cars and phones. To reproduce dynamic events like impacts, models solve differential equations over time. Model part interactions are assessed for deformations or failures. The calculations demand lots of memory and processing power. Due to model interconnectivity, compute nodes must communicate to exchange information about model elements’ effects.

AMD EPYC 9374F Benchmark

A prominent explicit simulation programme is Ansys LS-DYNA. Complex short-duration events in automobile, aircraft, construction, military, manufacturing, and biotechnology are simulated. In some LS-DYNA tests, the 2P 32-core AMD EPYC 9374F machine outperformed the Intel Xeon Scalable 8562Y+ system by ~1.50x.

Altair Radioss measures impact or crash structures. It benchmarks hardware using common usage issues. The 2P 32-core AMD EPYC 9374F system outperformed the Intel Xeon Scalable 8562Y+ workstation by ~1.25x in some Radioss tests.

AMD EPYC 9654 96-core processor

Molecular Dynamics

Newton’s equations are solved using molecular dynamics to analyze atoms and molecules. Molecular systems can be studied by analyzing material behavior, protein folding, and chemical processes. For hundreds to millions of particles, GROMACS simulates Newtonian motion using modular dynamics. A 2P 64-core AMD EPYC 9554 system provides ~1.24x the average performance of an Intel Xeon Scalable 8592+ system, outperforming competing datacenter CPUs. A top-of-the-stack 2P 96-core AMD EPYC 9654 machine outperforms Intel CPU systems by ~1.63x in GROMACS tests.

AMD EPYC 9554 64-core processor

Quantum chemistry

Quantum chemistry illuminates bonding and reactions through molecule structure, energetics, and reactivity. In quantum chemistry and solid-state physics, CP2K duplicates atomic systems. 2P 64-core AMD EPYC 9554 system outscored Intel Xeon Scalable 8592+ by ~1.27x in H2O-dft-ls test, whereas top-of-stack The AMD EPYC 9654 outperformed the Intel processing system by ~1.62 (Weather Forecast).

The conus2.5km test showed a 2P 64-core AMD EPYC 9554 system outperforming a 2P Intel Xeon Scalable 8592+ system by ~1.30x, and a top-of-the-line 2P 96-core AMD EPYC 9654 system outperforming the Intel system by ~1.50.

Conclusion

This blog revealed that 4th Gen AMD EPYC processors outperformed 5th Gen Intel Xeons in critical tasks. The comparisons above show that 4th Gen AMD EPYC CPUs perform well and reliably in industry-critical tasks. 4th Gen AMD EPYC CPUs excel in virtualized environments, molecular dynamics, and quantum chemistry simulations. Leading operating systems, hypervisors, and cloud services support AMD EPYC CPUs. The AMD Documentation Hub offers BIOS and OS tunings for different workloads to improve performance.

AMD delivers innovative technology beyond processors:

AMD Instinct Accelerators: These accelerators assist scientists tackle complex challenges in various industries through exascale discoveries. They power scientific research, data analytics, machine learning, and other demanding applications with high-performance computing.

AMD Pensando DPUs enable cloud, computing, networking, storage, and security software-defined programming. These technologies improve productivity, performance, and scalability over present infrastructures wherever data is. Programmable infrastructure pieces provide data centre agility.

AMD FPGAs, hardware-adaptive SoCs, and ACAP processing platforms are adaptable and adaptive. These technologies boost endpoint, edge, and cloud infrastructure innovation.

Developers can adapt and optimize solutions for specific applications and use cases, enhancing processing efficiency.

Read more on govindhtech.com

#AMDEPYC #amdepyccpu #amdepyc4thgen #IntelXeon #AMD EPYC 9654 #amdepycprocessor #news #technews #technology #technologynews #govindhtech

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vijayashree4400 · 6 months

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Best Practices in Performance Testing

Consider a website or web application that is perfect when it comes to functional aspects but falters on the performance side of it. There is no point in providing endless functionalities that do not work on a scale. This is where performance testing becomes an absolute must!

Banking institutions, e-commerce companies, and many other businesses can benefit by investing in performance testing since it enhances the usability aspects of the application. It also helps in reducing the operational expenses; thereby providing an opportunity to win the customer’s trust.

What is Performance Testing?

Performance testing is the process of evaluating the features & functionalities of the product from a performance standpoint. The evaluation is done from the scalability, reliability, usability, and efficiency point of view.

Like any other form of testing, performance tests can also be executed using manual and/or automated ways. At the end of rigorous performance testing cycles, you would get a product whose features do not falter at a large scale.

Apache JMeter, LoadNinja, WebLOAD, EggPlant, etc. are some of the most popular automated performance testing tools.

Importance of Performance Testing

The normal question that many developers have is “Why should I do performance tests when I know that not many users would use my site (or application)?” As per our experience, this is a wrong notion since you never know when many users would start accessing your site. And these numbers will only grow once your site gains more popularity!

So, performance testing is not optional Here are some of the major reasons to run performance tests for your project:

Helps in delivering a more consistent top-notch end-user experience

Ensures that the product features work seamlessly when many users are simultaneously using the product

Unearths scalability and usability issues earlier in the development lifecycle, thereby helping build a more user-friendly product

Automated performance tests can be run at scale when integrated with a CI/CD pipeline

Measure product stability at peak traffic

Types of Performance Testing

Since there are various forms of performance tests, it is important to focus on the ones that add value when testing the product. For example, Stress testing is a form of performance testing strategy that lets you test the website (or app) under different stress (or load) conditions.

KPIs like throughput times, response times, etc. are checked to verify if the system performance is reinstated after there is a decrease in the load (or traffic). Memory leaks, CPU/GPU usage, RAM usage, and other metrics are measured during stress testing.

Shown below are the types of performance testing:

Stress Testing

Load Testing

Spike Testing

Soak Testing

Volume Testing

Also Read – Top 6 Types of Performance Testing

Performance Testing Best Practices

Till now you have learnt about the forms of performance tests and which ones to include in your priority list. However, having this information is not enough since it must be backed by the performance testing best practices. Some of the best practices are mentioned below:

It is important to include performance testing during the early stages of product development. Since performance testing can be time-consuming, the tests must target features that might slow down under heavy loads. Developers and testers can work together to identify such scenarios.

A good practice is to include automated performance tests into the CI/CD pipeline. There are several automated performance testing tools that let you run performance tests after code changes are pushed to the server.

At the early stages of testing, you would not have any performance benchmarks. In such scenarios, you should benchmark the performance against minimum acceptable performance standards.

Performance tests must cover all the relevant aspects of the product (i.e. database interactions, UI interactions, third-party services, and more) from a performance standpoint.

Reporting is an integral part of performance tests. Almost all the automated performance testing tools like Apache JMeter, LoadNinja, WebLOAD, EggPlant, etc. have built-in reporting. It is essential to leverage that feature to come up with performance test reports that can add value at every stage of the testing lifecycle.

Conclusion:

Performance testing services can be a pivotal step for businesses looking to ensure the reliability and scalability of their digital products. By implementing performance testing best practices from the outset, companies can lay a solid foundation for delivering high-quality user experiences, mitigating risks, and optimizing operational efficiency.

Testrig Technologies is a leading provider of extensive Performance Testing Services, offering unparalleled expertise through certified professionals. Our focus lies in delivering a suite of testing solutions, including Load Testing, Stress Testing, and Scalability Testing. Explore our diverse range of services and harness our expertise to enhance the performance and scalability of your applications.

#testrigtechnologies #software testing #testing #testrig #performance testing #performance #Loadtesting

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news1latest · 10 months

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Overclocking Marvels: CPU Coolers for Ryzen 7 58

In the dynamic world of computer hardware, the Ryzen 7 5800X stands out as a powerhouse processor, capable of delivering exceptional performance. However, to unlock its full potential, overclocking becomes a tempting endeavor. In this article, we delve into the realm of overclocking marvels, specifically exploring CPU coolers tailored for the Ryzen 7 5800X.

Understanding Overclocking

Definition and Purpose

Overclocking, the practice of pushing a CPU beyond its factory settings, has gained popularity among enthusiasts seeking enhanced performance. It involves adjusting the clock multiplier and voltage to achieve higher speeds, translating to increased processing power.

Risks and Benefits

While overclocking can yield impressive performance gains, it comes with risks. Increased temperatures and potential hardware damage are concerns. However, with the right cooling solution, these risks can be mitigated.

The Marvels of Ryzen 7 5800X

Key Features

The Ryzen 7 5800X boasts a robust architecture, featuring eight cores and sixteen threads. Its Zen 3 architecture ensures efficiency, making it a top choice for gamers and content creators alike.

Performance Benchmarks

Before diving into CPU coolers, understanding the baseline performance of the Ryzen 7 5800X is crucial. Benchmarks reveal its capabilities and provide a reference point for overclocking gains.

Significance of CPU Coolers

Temperature Management

Efficient cooling is paramount in overclocking. High temperatures can lead to thermal throttling, reducing the effectiveness of overclocking. A reliable CPU cooler ensures temperature stability.

Impact on System Stability

A well-cooled system is a stable system. CPU coolers not only manage temperatures but also contribute to overall system stability, preventing crashes and performance hiccups.

Top CPU Coolers for Ryzen 7 5800X

Air Coolers

Cooler Master Hyper 212 RGB

Known for its affordability and performance.

Direct contact heat pipes for efficient heat dissipation.

Noctua NH-D15

Renowned for exceptional cooling.

Dual tower design with two NF-A15 fans.

Liquid Coolers

NZXT Kraken X63

AIO liquid cooler with customizable RGB lighting.

Advanced pump for efficient heat transfer.

Corsair iCUE H115i RGB Pro XT

High-performance liquid cooling with a 280mm radiator.

Zero RPM mode for silent operation during low loads.

Installation Tips

Air Cooler Installation

Proper installation ensures optimal performance. Follow manufacturer guidelines, ensuring a secure fit and thermal paste application.

Liquid Cooler Installation

AIO liquid coolers require careful installation. Mount the radiator appropriately and secure the pump block, preventing leaks and ensuring longevity.

Overclocking Guide

Step-by-step Process

Adjusting the multiplier and voltage.

Incremental overclocking for stability testing.

Monitoring temperatures during stress tests.

Precautions and Best Practices

Overclocking demands caution. Incremental adjustments, monitoring temperatures, and avoiding excessive voltage are essential for a safe overclocking experience.

Balancing Act: Performance vs. Temperature

Finding the Sweet Spot

Achieving the right balance between performance and temperature is key. Stress testing helps identify stable overclocks without compromising system integrity.

Monitoring Tools and Software

Utilize monitoring tools like HWMonitor or Ryzen Master to keep an eye on temperatures, voltages, and system stability during overclocking.

Real-world Results

User Testimonials

Enthusiasts share their experiences, detailing performance gains and the impact of overclocking on their Ryzen 7 5800X systems.

Before and After Overclocking Comparisons

Visual representations of performance improvements provide a tangible understanding of the benefits of overclocking.

Maintenance Tips

Cleaning and Upkeep

Regular cleaning prevents dust buildup, ensuring optimal heat dissipation. Check for loose fittings and address any issues promptly.

Troubleshooting Common Issues

Be prepared to troubleshoot issues such as system crashes or overheating. Ensure all components are functioning correctly.

Overcoming Challenges

Addressing Overheating

Adjust fan curves, reapply thermal paste, or consider more robust cooling solutions to address overheating issues.

Dealing with System Crashes

Stable overclocks are achieved through careful testing. If crashes occur, revert to default settings and troubleshoot the cause.

The Future of Overclocking

Technological Advancements

As technology evolves, overclocking methodologies will adapt. Stay informed about emerging trends and advancements in cooling solutions.

Emerging Trends

Explore potential developments in cooling technologies, such as improved materials and more efficient heat dissipation methods.

Conclusion

In the pursuit of maximizing the Ryzen 7 5800X's potential, overclocking paired with the right CPU cooler is a compelling journey. From air coolers to liquid solutions, users can tailor their systems for optimal performance. As technology advances, overclocking will continue to be a captivating aspect of the computing experience.

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topreviewin · 11 months

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Against the objectives it would present a fresh plug after couple of years, Intel consistently make use of the 1700 plug starting its 14th generation regarding the Core processors. The most truly effective design, the Intel Core i9-14900K, functions a complete of 24 indigenous processing cores and 32 threads, the just like had been obtainable in the Intel Core i9-13900K. But Intel features introduced some improvements in time clock rates that today achieve the 6.0-GHz limitation straight. We had been additionally capable report this inside our test, so they'ren't just empty promises made by the manufacturers.. Unfortuitously, Intel has not made numerous modifications to its power consumption, therefore at to 253 watts, this new leading is because of the exact same PL2 worth we know already. In the event that you also deactivate all constraints into the BIOS, its energy usage consistently substantially boost more, once we will dsicover later on inside our test. Besides the top design, we are going to be using a closer glance at the Intel Core i5-14600K within test. With 14 cores and 20 threads, it achieves similar figures as Intel Core i5-13600K. But Intel has additionally increased the time clock rate about this design, to get a little even more overall performance from the P and E cores. With that, we do not anticipate any better leaps in overall performance, and Intel has alson't altered any such thing towards fundamental CPU building. At this stage, Intel does not provide any equivalent to AMD's 3D V Cache technology, which permitted AMD to get substantially much better not too long ago and place some stress on its rivals. The rates from Intel additionally reveal we take similar degree right here because throughout the launch regarding the Raptor Lake S designs from a year ago. Because of the need, which generally increases into the fourth quarter, it stays to be noticed in which the brand-new designs will in actuality become. Just what additionally plays a job right here (in European countries) could be the Euro-to-Dollar change price. #Intel #Core #i914900K #Intel #Core #i514600K #review #GHz #box #AMDs #X3D #processors

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seapiatech · 1 year

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Become a part of our community, contribute your knowledge, and unlock your earning potential. Together, let's explore the frontiers of human innovation and share the wonders of the world we live in!See you at Seapia.tech - where knowledge meets opportunity!

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laptopsmedia · 2 years

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Best MSI Laptops

The best MSI laptops are available in more markets than you might think. While most people associate to the Best MSI Laptop with providing some of the greatest gaming laptops available, the company has also created some tough workstations and creation-class laptops.

The similarities between MSI's dragon shield logo and those of Lamborghini and Ferrari are most likely not coincidental.

MSI laptops are well-known for their powerful components and excellent performance. With the introduction of Intel's new 12th Generation Alder Lake CPUs, we anticipate that the level of power and performance in MSI laptops will only rise.

Purchasing a laptop can rapidly become a stressful experience. This endeavour is made more difficult by MSI's frequently ambiguous naming practises. With this in mind, we at Laptop Mag have created a list of our favourite MSI laptops that cater to a wide range of demands and budgets. From high-end ray-tracing powerhouses to business 2-in-1s, this list of the best MSI laptops has something for everyone.

Which MSI laptops are the finest right now?

MSI's bread and butter are gaming laptops, and the 17-inch MSI GE76 Raider is the company's latest and finest offering.

It's a force to be reckoned with, with tremendous 12th Gen Intel Core i7 processor power and game-changing Nvidia GeForce RTX 3080 Ti GPU performance.

After going head-to-head with our gauntlet of demanding titles, it smashed our benchmark tests and zoomed past premium gaming laptop norms.

Throw in dual lightning fast 2TB NVMe Gen 4 SSDs and super-quick screen refresh rates of up to 360Hz, and you've got a system so powerful that you might need an open carry permit if you ever leave the home with it.

The GS66 Stealth is a stunning bike, but beauty is often superficial. Fortunately, MSI equipped this stylish gaming laptop with everything you'd need for a satisfying gaming experience. A 10th Gen Intel Core i7 CPU combined with an Nvidia GeForce RTX 30-series GPU (up to an RTX 3080 Max-Q) is a tried and true combination for strong performance. It's an excellent all-arounder capable of handling high-end gaming and CPU/GPU taxing applications.

The MSI Prestige 14's Evo tag is comparable to an FDA badge of approval; it's reserved for laptops that have proven to fulfil the standards of the Intel Evo platform.

Itis a general sign of quality among 11th Gen Intel notebooks. There's an impressive 11-hour battery life and fantastic Intel Core i7 processor, all topped off with Intel Iris Xe graphics.

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epikerlon · 2 years

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Understanding blackmagic disk speed test results

#Understanding blackmagic disk speed test results upgrade

#Understanding blackmagic disk speed test results software

#Understanding blackmagic disk speed test results download

#Understanding blackmagic disk speed test results mac

By a strange coincidence one of my unreleased utilities, Vandal, has a feature which creates files of arbitrary size and content. However, when apps are run using Rosetta, Mach times are expressed as if the app was running on an Intel processor, so that seems most unlikely to lead to potential error.įaced with this apparent conflict, the only resort is to my own code. Could that have an effect, perhaps? One potential problem is that the M1 uses a different Mach timebase from Intel processors. Those ATTO benchmarks look impressive, but do they make sense? It’s worth noting here that this app isn’t yet Universal, so runs with Rosetta 2 translation. Write speed has fallen fairly uniformly to around 2.5 GB/s, while read speeds have reached nearly 20 GB/s by a size of 24 MiB. Those results are for a single stream increase the number of streams to 4, and the results are even more curious. Note that Blackmagic is normally run with ‘stress’ set at 5 GB. While writes stabilise at just under 4 GB/s, even at 64 MiB, reads are continuing to increase in speed, at just under 10 GB/s.

#Understanding blackmagic disk speed test results mac

Results for my M1 Mac mini, with a 500 GB internal SSD, are very different. Once read and write sizes exceed about 4 MiB, transfer speeds settle at around 2.8 GB/s for reads, and 3.4 GB/s for writes. Before showing those from an M1 model, this is a typical set of results from my iMac Pro: I’m very grateful to Jay, who alerted me to different figures being reported by ATTO Disk Benchmark (available on request from ATTO). Blackmagic Disk Speed Test, available from the App Store, is now a Universal App, but returns read and write benchmarks of between 2.7 and 3.5 GB/s, which are very similar to those of a T2 model. One clear conclusion for the moment is that relative performance of M1 Macs depends on which benchmark you use. Their one crucial performance area which isn’t as clear is their internal storage: I’ve seen a range of benchmark results which either set them on a par with T2-equipped Macs like my iMac Pro, or just seem puzzling.

#Understanding blackmagic disk speed test results software

Maxon’s Cinebench, another free piece of software that, in addition to testing your Mac’s CPU (much like Geekbench without the ability to compare with other results online), will use an OpenGL and Metal test to benchmark your graphics card.There now seems no doubt that, by any standards or comparisons, Apple’s first Apple Silicon Macs, its M1 models, are wickedly quick. How to check GPU performance on Macįinally, let’s talk about graphical performance. The write speed is on the left and the read speed on the right, giving you an idea of how fast things will be written to the drive and how fast apps and files will load respectively. The numbers you want to focus on are displayed in the big gauges at the top. While there’s a bunch of data showcased in the Will it Work? and How Fast? charts, that’s mainly for video editors. For improved accuracy, and as with all other benchmark tests, it’s best to make sure that no other apps are running at the same time.

#Understanding blackmagic disk speed test results download

Simply download and open the app, select your target drive if your Mac has more than one hard drive (this is done by clicking the gear cog) and click start to begin the benchmark. BlackMagic Disk Speed TestīlackMagic Disk Speed Test (get it here) was designed for video editors to help determine whether their hard drives can handle large files, but it’s extremely easy to use. Here) to measure the read/write speeds of your hard drive or solid state drive. Therefore the only way to really make a judgement about the speed of the storage inside your Mac is to use a tool such as the BlackMagic Disk Speed Test, or the AJA System Test Lite (free from the Mac App Store That is no longer an effective measure because, since Apple introduced APFS (Apple File System) the folder is no longer duplicated, all you are really doing is creating an alias to the original file. One way we used to check how fast the storage inside our Mac was used to be to copy and paste a 4GB folder and then time how long it took to duplicate.

#Understanding blackmagic disk speed test results upgrade

It should give you an idea of how well your computer is performing at the moment, and whether the upgrade you’re considering is worth it in terms of raw processing power. Geekbench Browser, allowing you to see how your Mac compares to the latest generation of Macs, and even its competitors from other manufacturers. You can take these results and compare them to other benchmark tests on the

#Understanding blackmagic disk speed test results

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minnesotatitta · 2 years

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Acer predator helios 300 ports

#Acer predator helios 300 ports 1080p

On Geekbench 5, an overall performance test focused on the CPU, the Predator earned a single-core score of 1,727 and a multi-core score of 10,164. Although the Predator shares the same processor as the competition in most cases, it didn't perform as well on benchmarks. We tested the Acer Predator Helios 300 with an Intel Core i7-12700H, 16GB of DDR5 RAM, and 1TB of SSD storage. Productivity Performance on the Acer Predator Helios 300 The temperature of the CPU averaged 73.6 degrees Celsius (164.48 degrees Fahrenheit) while the GPU ran at an average of 1,231 MHz and a temperature of 78.89 degrees Celsius (172 degrees Fahrenheit). The game ran at an average of 68 frames per second, starting out at 72 fps before settling into the high 60s.ĭuring the stress test, CPU speeds came in at an average of 2.8 GHz on the performance cores and 2.3 GHz on the efficiency cores. We stress-test gaming laptops by running the Metro Exodus benchmark on RTX settings 15 times, simulating about half an hour of gameplay.

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The Legion 5i Pro earned 99 fps at 1080p and 67 fps at 1440p, the Razer Blade got 76 and 58 fps, and the Aero hit 78 fps and 28 fps. Once again, the Legion 5i Pro had the best results by a slim margin (110 and 69 fps, respectively), with the Razer Blade and Gigabyte Aero not too far behind the Predator.įinally, on the Borderlands 3 benchmark (badass settings), the Predator managed 87 fps in 1080p and 60 fps at 1440p. When we ran the Shadow of the Tomb Raider benchmark (highest settings), the Predator achieved 98 fps at 1080p and 65 fps at 1440p. As usual, the Legion had slightly better performance, while the Razer and Aero underperformed. On the Red Dead Redemption 2 benchmark (medium settings), we saw the Predator output 72 fps at 1080p and 50 fps at 1440p. However, the Gigabyte Aero 16 had a higher 89 fps at 1080p. The Legion 5i Pro hit 88 fps at 1080p and 70 fps at 1440p, and the Razer Blade 15 was just a few frames behind it. However, the Gigabyte Aero 16 and its RTX 3070 Ti (with 16 GB VRAM) underperformed with 101 fps at 1080p and 28 fps in its native 4K resolution.ĭuring the Far Cry 6 (ultra settings) benchmark, the Predator reached 82 fps at 1080p and 67 fps at 1440p. The Legion 5i Pro outperformed the Helios with 131 fps at 1080p and 78 fps at 1440p, while the Razer Blade 15 reached 104 fps at 1080p and 67 fps in its native resolution. When we ran Grand Theft Auto V’s benchmark at very high settings, the Acer Predator Helios 300 played at 117 fps at 1080p and 77 fps in native 1440p. With DLSS and V-Sync turned on, the game jumped to a more consistent 145 fps. As I stalked a Tigrex, exhausted after the beating I gave it with my Hunting Horn, the game fluctuated between 119 and 129 fps. While playing Monster Hunter Rise (high setting) with unlocked frame rates at the Helios’ native resolution, the game ran at 139 frames per second. Even though its competitors have the same GPU, the Helios didn't top our tests. Our configuration of the Acer Predator Helios 300 came with an Intel Core i7-12700H CPU, alongside an Nvidia GeForce RTX 3070 Ti that has 8GB of GDDR6 VRAM, a 150W max graphics power, and a 1,410 MHz boost clock. Gaming and Graphics on the Acer Predator Helios 300 Nvidia GeForce RTX 3070 Ti Laptop GPU (8GB GDDR6) 1,410 MHz Boost Clock, 150W Max Graphics PowerĢx USB 3.2 Gen 2 Type-A, USB 3.2 Gen 1 Type-A, Thunderbolt 4, HDMI 2.1, Ethernet, 3.5mm headphone jack, Mini DisplayPort, lock slot

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vewordynamic · 2 years

Text

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Click the right arrow until you find Fullscreenįortnite has plenty of options in the Settings menu to help you optimize FPS and performance.

If your Fortnite slowness bugs you, follow these steps to make it fullscreen mode: However, running the game in windowed mode can sometimes trip macOS into distributing its hardware resources more evenly across other applications, instead of dedicating that power to Fortnite. Many Fortnite players prefer to play in windowed mode so they can carry on with other tasks while they’re waiting for the map to load, for the next match to find 100 players, or for their friends to finish without them. It can’t hurt to give it a test run anyway. You shouldn’t notice a big difference in the real-world quality of audio, unless you happen to be using high-performance headphones or speakers. By setting the audio quality to low, you’re allowing the CPU and hard drive more bandwidth to figure out everything else. The audio is processed by the CPU, which is already busy trying to render everything you can see on the screen, let alone hear. It might appear strange to try and speed up Fortnite by lowering the quality of audio, but there’s a reason it can help. This will automatically set the advanced graphics settings to low, which means less stress on your Mac’s hardware and a better chance for speeding up a slow Fortnite. In some cases, lowering your graphics can actually make it easier to spot enemies on the map, thanks to less detail in the visuals. The game may not look as good, but it will perform much faster. If your slow Fortnite game is becoming a problem, the easiest place to start is by lowering the video graphics settings. Here are a few ways you can speed up Fortnite.

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Unfortunately, the power of your Mac is only one part of the puzzle - the other is the strength of your internet connection, which needs to constantly send and receive information from the server to ensure smooth gameplay. Combine this with having to process 100 players on the map at any given time, and you have a recipe for a potentially taxing game that can start to slow down. However, those visuals come at a cost - the power of your hardware. Why Is Fortnite Slow On My Mac?įortnite was built by Epic Games, one of the masters of graphic processing engines, including the Unreal Engine which powers many of the best-looking games on the market. If you’re looking to speed up Fortnite, you may be in luck, as experts have figured out a way to improve performance with a few simple fixes. That’s why even a hint of lag or slow Fortnite performance can be a game-breaker for you and your team. When death is permanent, every shot counts and every wall matters. With its popularity came competitive play, including esports and heated team battles among friends. The winner was Fortnite, which quickly made its way across almost every device, including Macs and smartphones. When the Battle Royale genre took over video gaming in 2017, it was a race to the top to see which one would survive the hype. But to help you do it all by yourself, we’ve gathered our best ideas and solutions below.įeatures described in this article refer to the MacPaw site version of CleanMyMac X.

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So here's a tip for you: Download CleanMyMac to quickly solve some of the issues mentioned in this article.

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finalrespite · 3 years

Text

VisionBIOS 4.0 (Low Power Mode)

BIOS Date 13/08/██ 18:09:03 Ver. 39.201

“Clockwork” UNIT XE116.

System ID = 0711146049

Build Time; 30/09/██ 04:28:09

CPU = Helix Rapture(R) ADS7200 Processor @ 6.2THz

(CPUID;03HW PatchID;06EW)

Commencing Systems Check

Memory Test; 239084572637

---

ERROR;0x0000346

ERROR;0x0000447

ERROR;0x0000620

ERROR;0x0000735

ERROR;0x0000436

ERROR;0x0000548

ERROR;0x0000232

ERROR;0x0000502

ERROR;0x0000456

ERROR;0x0000659

ERROR;0x0000319

ERROR;0x0000636

Info; Numerous instances of fragmented/corrupted data were detected in memory testing. Instances have been discarded or quarantined. Subsequent memory loss is likely. See error logs for further details on individual codes.

Analysis; Discarded data has no additional extensive impact on memory unit adaptive performance. Status green. Resuming systems check protocols.

---

Activating Auxiliary SSD.

Initializing Tactical Log.

Loading Topographical Data.

Vitals Check: Orange

---

Critical Aberrations Detected. Initiating Emergency Diagnostic.

Reviewing SymSystems Regulatory Modules.

- SYMDIG; Green

- SYMNERV; Yellow = 15537/17200

- SYMDERM; Yellow = 15564/16600

- SYMPROC; Red = 5123/54000

- SYMOCUL; Green

WARNING!; Grade 5 damage sustained in nervous, dermal systems, regulatory processes. Vitality decreasing.

Switching to power saver mode; Diverting power from extraneous processes. Self-maintenance underway.

Estimated Time to Completion; 00:000:07:45:87

Note; Last Activity Recorded ███:███:██:██:██ ago. Self-maintenance duration projected below optimacy. External repairs highly recommended.

Vitality stabilized.

Reviewing MotoSystems Operations.

- MOTOLARM; Red = 1550/6000

- MOTORARM; Yellow = 5457/6000

- MOTOLLEG; Yellow = 7345/8500

- MOTORLEG; Yellow = 6352/8500

- MOTOSUP; Green

- MOTOTORSO; Yellow = 3487/3600

- MOTOBACKUP; Green

Info; Extensive (Grade 3-5) damage sustained in multiple motor systems. Projected capacity for movement well below optimacy; MotoBackup in effect. Self-maintenance extended.

Estimated Time to Completion: 00:005:14:12:53

Note; Power saver mode in effect in regards to aforementioned damage. Self-maintenance duration projected below optimacy. External repairs highly recommended.

Diagnostic Complete.

---

Core Status: Green

Ultima Protocol: Suspended

Activating IFF

FCS Suspended

Initializing Ancillary Node Connection

Node Status: Green

Node Dissonance: Nominal

DBU Setup Suspended

Epitaph Status: Green

Equipment Status: Yellow

---

Damage sustained. Structural integrity compromised.

Average Condition Rating 66/100. External repairs recommended.

---

ERROR;0x0000244

ERROR;0x0000428

ERROR;0x0000459

ERROR;0x0000441

ERROR;0x0000459

ERROR;0x0000501

ERROR;0x0000558

ERROR;0x0000431

ERROR;0x0000436

ERROR;0x0000550

ERROR;0x0000306

Info; Essential systems fail to meet the established advisable threshold for standard operations. Further extraneous actions are discouraged until repairs are complete. See error logs for further details on individual codes.

Systems Check Terminated. [Time Elapsed: 00:000:00:50:55]

4e4f532050524f4d45544945524f4e2046555455524f

==================================================================================================

Booting ...

…

Proceeding datalog has been retroactively added. Loading ...

Azys Lla. A sprawling floating continent, a momentous achievement in its own right, was once at the forefront of research for the Allagan Empire. Ultimately, it was consigned to isolation from the world with Allag’s fall, left to fester and crumble undisturbed over the ages. Just as man’s ambition had begotten it, however, so did man’s ambition eventually set it free.

While it - like the rest of Allag - was long forgotten by all but the most fervent of believers, somehow Ishgard had harnessed these whispers to open and expose Azys Lla once more. While efforts to harness the Warring Triad were consequently thwarted and gutted, the tainted complex still held countless secrets to yield to the clever, bold and reckless.

Someone like Aidea.

Unceremoniously the young Hyuran woman eased around tight defense and busted her way through a vent, kicking away the plate and landing into a darkened chamber. She stood up fast, brushing her hair from her face - locks of bright and pale blonde, almost pink. Ruby eyes tried to scan the room to no avail. “Bit - light, please!”

Her companion, a small winged drone in the fashion of an Allagan or magitek bit, complied and illuminated the room with a built-in light. The scene it revealed was somewhat dense and cluttered, filled with containers, inactive nodes and other esoteric devices. An isolated storeroom, evidently. Something in particular therein, however, prompted the Bit to mechanically chime in. “Warning! Automaton signal detected. Hostile status unknown.”

Not deterred in the slightest, Aidea proceeded to scour the crates and goods on a mission, opening whatever she could. “CPU drive… CPU drive… where is it...?”

Maybe she could crack open one of those defunct nodes?

It was in this line of focus and lapse and judgement that she nearly tripped on something at her feet, something big. “Ah!”

The Bit shone upon what could be described as a round metal hatch, rising up a few ilms from the intricate steel floor with a diameter of around three fulms. A handle was embedded in the surface.

“Hmmm…” Aidea pondered and stood before it, squatting down and firmly tugging at the handle. After a minute wherein it was clear the hatch would not budge whatsoever, she stood back up and wiped her brow. “Think you can do anything about this, Bit?”

“Analysing…” The Bit scanned the room for a moment, until it focused on a panel toward the far side of the chamber. “Analysis: Power needs to be reestablished within the parameter before hatch can be breached. Electrical conduit should be accessible through the available terminal. However, it is advised--”

“Okay! Access that terminal and help me open this hatch!” Aidea pointed resolutely, and without disputing her order further the Bit flew over to the terminal panel. Steadily it extended an apparatus as a key to meet the lock-like slot in the terminal. Aidea watched and waited while the Bit whirred, still the sole light source in the storeroom… though not for long. A hum began to permeate, and the chamber began to flicker lines and screens in a blue and green neon glow.

“Much better. Now, let’s give this another try…” Aidea girded up and squatted back down, pulling with all that she had. As the hatch continued to resist, her irritation mounted, until… Let’s try something else! With that, she instead pressed the hatch in. With a hiss, it began to give in. “Righty tighty… lefty--” The girl couldn’t finish that verbal thought as she twisted the handle counter-clockwise, and no sooner did the hatch door rocket toward the ceiling, sending her stumbling back.

There had to have been a better way to do that.

<♪>

The “door” she had released was merely the top of an eight-fulm-tall structure, one that made Aidea shudder as it reminded her of Garlean magitek containment pods. Pods for active or living beings, although its make was decisively Allagan. The sounds of pressure being released, along with cool nondescript gas leaking, falling low to the floor as the pod’s segments parted four ways.

Its segments folded around a single long platform that was then laid out before Aidea, revealing to her a figure. A body. Like her, it appeared to be that of a feminine Hyur, albeit of a taller build and deeper tone of skin. It was clear at a glance that they were in disarray, violet and scarlet-highlighted hair disheveled, light - almost alien - armor fractured and torn.

“Is this… an Allagan? A clone, maybe? No... The automaton.” Aidea had stood back up and approached the yet-motionless figure, giving a couple of light taps to the metal visor that concealed their absent gaze. Upon closer inspection she could see that the automaton was even worse for wear than she could initially tell. Layers of (hopefully) synthetic skin had been ripped to reveal degrees of stress trauma all across the body, from the underlying outer shell to the endoskeleton, beneath countless immaculate fibers.

"Goodness, she's so lifelike… Were it not for the damage, I could've even assumed her an adventurer." Aidea eased herself on to the edge of the platform where the automaton laid and sat beside it, to the disapproving beeps of her companion. "I wonder for how long…" With the extent of these injuries, she was willing to figure they were a direct result of Allag's own Calamity.

Whatever had transpired for certain, it also became clear to Ai that this particular automaton had been stored away with haste, to protect it from further degradation, and subsequently long forgotten.

"Um, hello. Can you hear me? You emitted a core signal so you appear to still be functional, I think." Despite Aidea's insistence, the automaton had no response to offer. A snap of her fingers was all she needed to prompt Bit to shine a narrowed light on the subject, allowing her to better inspect what she was dealing with.

As far as she could tell, the automaton indeed had power remaining, but was only able to retain a nominal amount in this state. All arms and legs had been damaged to varying extent, the left arm in the worst condition of all, yet it was the torso that concerned Aidea the most. Damage there was for the better part superficial, yet key processes seemed to suffer some manner of critical impact - severing the link between the core and other key functions, leading to a gradual loss of all energy but that in reserves.

“Hmm. Your motor functions are malfunctioning for sure. I can attempt a field repair here, but we’ll need to get you somewhere safe to update…well, everything. Motor cortex, external stimuli receptors, environmental sensors, OS…” Aidea pulled out a small device that appeared to be akin to a soldering iron. “At the very least, I can fix your torso. Also this arm -- I think the legs can handle small excursions, so the rest can wait for now.” Lacking the materials herself, she stepped back and scoured crates for whatever she could benefit from.

“Okay, here goes!” Having returned with connector cables and Allagan cermet, she did her best to die and bond cables and fibers together, feeling like somewhere between a machinist and a chirurgeon tying guts together. “I’ve never seen anything quite like this… Whoever made you put a lot of love into their work! Still, I have at least a baseline I can work with for Allagan standards, and this should suffice until we can get you to a proper workshop.” Infusing her tool with fire magic, she welded cermet to the more egregious damage until it resembled being patched up with armor plating.

“That should cover the necessities. Now, let’s see about starting you up… Though you’re still bound to this bed!” Aidea poked at the cuffs that, as she could guess, helped keep the automaton secure in the pod. However, it was for the moment beyond her why they hadn’t also released when the pod also opened. “If you have any port on your body I can charge with I sure can’t see it as long as you’re stuck here… Bit, with me.” Aidea gestured and rushed over toward the terminal and module displays. “There must be a way. Wait just a bit more!”

…

Safety protocols manually bypassed.. Releasing pod restraints.

Transcribing results for interaction events with the selected criteria. Threat assessment response details omitted.

I woke up with a start, trembling - all involuntary, like I had been trying to move but was being held back by a constant force. It registered that it had been a long time since I had moved. How long I could not ascertain. I felt - tired. Tired was what I was given to feel when my energy had been all but depleted. Still I had to get up. I had an inexplicable urge to just get up.

“[Initiating O-Override Co-Code AS135 … Power r-reserves critical be-below t-ten percent … Core en-energy output resto-stored; Self m-maintenance ti-time decre-creased to appro-proximately seven hours, fo-forty-three min-in-inutes and …]”

The girl had by this point turned back around with a measure of shock and awe in her tone. “You spoke? You’ve been freed! But I didn’t… W-wait!” She rushed back to my side, and nearby my ancillary node had been fully activated in tandem, further startling her. “Wah! Um… Hi! Good morning!” While the node provided a cursory scan to update language drivers, I struggled to push myself up into a seating position. My head jerked abruptly to get optics myself for the first time on this girl. I could not recognize the form beyond that of a Hyur... but the eyes felt so familiar. I could only present one query.

“A-are you-u … m-my master…?”

The girl tilted her head a slight. “‘Master’? No, I-- I just rebooted you.”

The simplicity and uncertainty behind the answer prompted me to get defensive, as I attempted to get up. “Th-then identify-tify yours-yourself. Are y-you an int--” My motor systems were betraying me in this state. I began to fall forward. It was clear that I was in no place to confront anyone.

“Whoa!” Aidea stepped forward to catch me from falling. “There, there, easy…” She turned me a little towards the side and eased me back into sitting on the edge of the platform. Though I couldn’t see her at that moment I could then sense her eyes on my back. She tugged at what appeared to be further large holes in the back of my suit.

“Ah, found ‘em!” She bent down to grab a pair of large cables, hooking them up to the nape of my neck and further down my spine. They appeared to be wired to me from the nearby terminal. Already I began to feel calmer, more energized. “There, try not to push yourself for a bit.”

She straightened my position and seat beside me, pulling me close to where I was leaning somewhat limply against her.

“Now, I’m sorry to say that whatever master you had before is long gone. I think it’s been five millennia, in fact.”

I did not know how to process an answer out of that straight away. I only knew, by the basic information of the startup log, that it was not a lie.

“As for who I am, um--” She was abruptly cut off by the apparent clockwork bit in her company, much to her chagrin. “Introduction: Aidea 08 is an old model clone designed for close quarter combat and software maintenance.”

She is a clone…? “...Acknowledged…” I looked up a little, as I ran a quick background check through the ancillary node. “I do not recognize the designation, Aidea 08, but it cannot be disputed that your physiology contains elements indicative of an aetherochemical cloning procedure.”

Aidea 08 nodded back, and was ready to deflect. “Um, yes, that’s right… You seem to be coming through better. How are you feeling now? And, do you have a designation of your own?”

I paused for a moment… How I was was one thing, but… Who was I again?

“Overall power 35% and increasing… energy distribution stable… Approximately forty-five points of trauma or disrepair, taking into account the five-thousand and fourteen years of stasis… You will have to forgive me on this one.”

“It’s alright. Take all the time you need.”

“As for designation… I am... Clockwork Unit XE116, System ID 0711146049. Keyword - Vision One.”

Aidea scanned my person, patting my shoulder gently with her hand. “I see! Or, at least I think I see. Well, how about I just call you Vision? Or maybe One. I don’t know, something about ‘Vision’ doesn’t sound right for some reason… And you can call me Aidea! Or just Ai. No numbers, okay?”

“Vision… One… Ai… Acknowledged. You may call me either. It is a pleasure to make your acquaintance, Mistress Aidea.”

“Hey, nono, no, no mistress stuff. Just Aidea or Ai. We’re friends now!” This prompted a series of confused beeps from the bit close by. Aidea paid it no mind while she sat me upright and draped what seemed to be her jacket around my shoulders. I took the edge of it in my hand. It did seem fair that I was somewhat exposed with the state my equipment was in.

“We are friends? … It is good to have a friend.” Perhaps I could have argued, but I felt a natural pull to Aidea. Maybe it was because she was a clone, an artificial legacy for Allag herself, I believed I could trust her. Slowly I began to stand again, and Aidea pulled the cables out from beneath the jacket.

She locked her arm with mine, as I planted my feet firmly on the floor, and smiled. “You’re really impressive, Miss One. You may have the jargon but you really do pass as a normal Hyur like me in every way. Um, very pretty, too… Sharlayan couldn’t even do that much with their, uh, weird dolls.”

My thoughts honed in on that name. “...What is Sharlayan? And what of Allag? What has become of it in the five millennia of time?”

“Oh, well…” Aidea trailed off a little. “It’s rather complicated. Now that you’re up and moving, we can get you patched up! I’ll explain as we get you somewhere safer - Trust me, Azys Lla is not the place for that anymore.” She weighed her options, scanning the storeroom around her. She could probably gather some more materials for the road before they left.

“The realm overall is a little more… primitive than you probably know it, but we’ll work with it.” Aidea let go of me for a moment so that she could face me directly, holding her hands before her. “My home’s a ways away, but there is a town even closer where a company of engineers have a presence! Actually… it is pretty close to the Crystal Tower, if you remember that. Seat of the Emperor?”

“Syrcus Tower…?” By way of context, I could glean that much and more had likely changed in the five thousand years of time, and not even the marvels of Allagan ingenuity could change that. Even still… “Does it stand? Even now? ...I have many gaps in my memory to fill. Please, Aidea, lead the way.”

...

The following is largely a summary of key thoughts and events. Aidea and I had escaped the storage quarters and made our way out of Azys Lla. Against that sinister bronze sky, she began to regale me with what she knew about past events. How the earthquake had buried the Crystal Tower and decimated the heart of Allag. How the realm had suffered further calamitous events that all but assured the Empire would remain forgotten for centuries to come, until a now-Saint Coinach would uncover its mythical existence in the Sixth Astral Era. How a new Empire would eventually rise, adapting Allagan secrets to subjugate wherever it could reach. How they would invite Calamity anew, and how this would inadvertently expose the Tower once more. How a clash of ambitions unlocked the way to Azys Lla… to me.

It was within this length of exposition that we had made our way between the dreary edifices of Ishgard, across the unseasonably frigid Coerthas, and finally through the gates of Revenant’s Toll. A sprawling outpost on the edge of civilization. Even as the level of stonework could be considered admirable… to call it all primitive in the face of the Allagans certainly could be considered an understatement.

Mankind was ever at odds with itself, fraught with seemingly endless perils that called upon the employ of adventurers, or glorified mercenaries. Nigh any relic that remained of Allag was often sought after for collection value without understanding, and even tomestones regularly fell in and out of trade through the hands of some sagacious entrepreneur.

Not all was so bleak however as an engineering company known as the Garlond Ironworks had cast its lot with Eorzea. Composed of some of the keenest and most inventive minds outside of the Garlean Empire, among their ranks many Garlean expatriates and defectors themselves, they have specialized in challenging the seemingly impenetrable Allag and bringing what is known now as magitek to the world.

As Aidea had indicated, the Ironworks did in fact establish a branch in Revenant’s Toll, and being in good graces with the people there she managed to talk her way into their workspace. Albeit she had to convince a friendly yet reasonably perplexed engineer that I was in fact an ex-Imperial soldier that had been augmented with experimental magitek. With their aid and full non-disclosure, Aidea carried out the rest of her repairs. Having bid me to lay low and convalesce, at one point she ran out and returned with so-called “sandwiches” from the Seventh Heaven to share between us. Perhaps she wished to confirm if I was capable of eating, visibly bringing her delight when I could.

Even with the high walls of Revenant’s Toll, I could unmistakably catch a glimpse of the Crystal Tower peeking beyond them, challenging the sky. I expressed the desire to get a closer look, and she informed me that there was a research camp further southeast that would provide a better glimpse. After my condition had improved, we ventured out to pay it a visit.

The sights that awaited me begged to be comprehended. Everywhere the earth was littered with giant, twisted steel. Even further still, closer to the Tower, countless massive clusters of crystals jutted out every conceivable way. Aidea’s disposition grew uncharacteristically somber, and she explained that the region of Mor Dhona used to be more significantly populated in recent times. That all changed some fifteen years back, when a great battle swept through. The loss of life was immense, and the land was so immeasurably scarred that even the great lake of Silvertear had partly drained from it. The name “Revenant’s Toll” evokes this tragedy, for in the end there was no one left to mourn the dead but the dead. ...Later still the Calamity that was the Fall of Dalamud only devastated Mor Dhona further, given its proximity to the epicenter of Carteneau, unearthing the likes of Syrcus Tower but just so leaving an objective wasteland of crystals in its wake.

A shadow of its former self, with an ever-open wound.

It was on this note that we arrived at the camp.

“Well, we’re here! Welcome to Saint Coinach’s Find, where the past lives on.” Aidea declared before the site, which was teeming with individuals in similar austere robes and caps, while what appeared to be hired hands from the Toll stood vigilant. Their tents and platforms were built around a series of tilted spires and arches.

Unmistakably Allagan architecture.

“So these are the Sons of Saint Coinach, then…?”

“Right! For all the chaos that was sown here, it did expose malms of ruins like these all around the base of Syrcus Tower… and then ultimately the Tower itself.” Aidea gestured toward the horizon. “This area has come to serve as the forefront of these scholars’ studies, with new fruits of their excavation being found every day.”

“To see these sunken structures so incredibly intact in a repeating ritual of time and destruction. Allagan innovation continues to impress.” My eyes danced from ruin to ruin… all the crystals in between… and… “And yet…” Tension inexplicably gripped me. Along the fractured ancient path I walked, slowly, my attention soon drawn southward to that ominous, rusting monolith rising from the lake. What remained of a great beast coiled around it. …It was those wings ever extended in defiance that struck me the most.

“...Miss One?” Aidea turned and jogged after me, until she was flanking me once more. I came to a stop at the outskirts of the camp.

“...What is that… structure, exactly, in the lake to the south?”

“Oh…” She looked ahead of her. “They call it the Keeper of the Lake. It’s what’s left of the Agrius, a great airship that led the Imperial fleet in the Battle of Silvertear -- only to be brought down by the equally massive Midgardsormr. The act sadly took his life as well when the ship’s ceruleum engines experienced a catastrophic failure… It’s a key part of why Mor Dhona is as it is today, the dragon’s remains ever entwined around the hull.”

“Midgardsormr? Dragons…?”

The Empire… The Empire, the Empire -- it all kept coming back to the damned Empire. Silvertear, Dalamud, the Ultima Weapon, the Warring Triad.

Death, destruction, despair.

Allag.

“Are you okay?” Aidea was looking at me. I looked at her, and saw the concern in her eyes. I realized I had involuntarily clenched my fists.

“I… I just…” I looked down at my hands. I looked up again, to the Keeper of the Lake. To the Crystal Tower. I dropped my arms to my sides.

“...I see ghosts. I can catch a glimpse of what this place used to be. A scintillant, thriving metropolis with a beacon of hope in the center of it all, piercing the very heavens. Home to thousands of people full of dreams and ideals.

“And yet… The Allagan Empire was nonetheless what it was. An empire. Its bright civilization was built on the backs of the dead and the broken. And in the end… the Emperor brought his might to bear - all that he worked for - against his own people...” My head drooped.

“I look at that hulking wreck in the lake and see a monument to tyranny and hubris both. How can I look at the Tower and see anything but the same? Maybe Allag’s ‘secrets’ should have never seen the light of day…”

I reached up with both hands and released the visor from in front of my eyes and just held it, looking down upon it. “Maybe I...”

“Vision…” Aidea bit her lip… although she was taken aback a little when she attempted to make eye contact with me again. “...You know, for some reason I thought that plate was grafted to your face or something.”

She folded one arm in front of her chest to hold her other arm. “You know… I escaped the Garlean Empire myself. They had but replicated Allag’s cloning technique, and…”

“...I... I’m sorry…”

“No, no, please don’t be.” Aidea stepped in front of me and placed her hands over my visor also. I lifted my head to look at her. “Look, it’s true Allag did bad things, and there are still those who would deign to use Allagan stuff for bad things, but that does not have to define you or me. That does not even have to define the ruins or the Tower. We can’t change the past, but that’s what it is - the past. Distant past, even. While it’s important to remember it, what we make of it today is what matters. I choose to believe that we can make good of it still, just like the Sons! Just like the Ironworks. I think you’re here for a reason too. You can also turn it around, you know?”

“Ai…” “Hey,” Aidea beamed, taking her hands off the visor. “If you’re that sensitive about it too, then I think that’s all the proof needed that you won’t follow that path. The future will be brighter and more beautiful with you.”

I gasped a little, my eyes sat downcast. But, for the first time, I felt like I could smile.

“... Thank you.”

“Mhm! … Um, may I offer you a hug?”

I could but scoff, as I donned my visor once again. “...Permission granted.” She came in and wrapped her arms tight around my waist. I returned the favor.

“It’s good to see you awake, Vision One.” “Well… it is good to be awake.”

#ffxiv #final fantasy xiv #ffxiv rp #writing #drabble #vision one #allagan #aidea lee #this is a rewrite of a 2018 rp with @/yunkinko!

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govindhtech · 9 months

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Argon NEO 5 Raspberry Pi 5 Case: Pros and Cons

Argon’s latest case, the Neo 5, is a Raspberry Pi 5 case. The $19 case continues the success of the Argon Neo, one of the best cases for two years, for the latest flagship Raspberry Pi.

Argon Neo 5 has three parts. A plastic base, two aluminum cooling system pieces, and a case lid. Matte black, scarlet plastic, and white text are 1980s-inspired. This is enhanced by a Porsche-style cooling wave.

Can the Argon Neo 5 cool the turbo-boosted Raspberry Pi 5? Or will the engine overheat and sputter?

Argon Neo 5 Technical Specifications

The three-part design has a plastic base and two aluminum pieces. The aluminum body and custom “fins” form a wave from the cooling fan (which looks like a black Active Cooler) to the USB ports.

Overclocking the CPU can heat this cooling wave, surprising USB devices. The aluminum case lid slides in with a satisfying “clunk”. It covers the attractive cooling system but can be secured to the case with optional screws.

Easy assembly. They thermally pad the SoC and PMIC and connect the 30mm PWM fan to the Pi 5’s fan header. It gets tricky here. Fan cables must be routed around a channel on the main body.

This connects to the plastic base, but avoid nipping the cable. It took several attempts and some persuasion to get the cable into the channel and away from the plastic base. They did it, so can you. Take your time and place the cable with a blunt plastic tool. Only four screws secure the base; two more secure the lid to the body.

GPIO, camera/display ports, and the new PCIe connector are accessible from the main body, which has a lovely pinout. However, the Neo 5 repeats the EDATEC mistakes. Tight camera/display and PCIe connector access. To safely lever the plastic lock, we need dexterous fingers or a plastic tool.

Widening cutouts is problematic because the “cooling wave” is nearby. That would need to be cut. The case supports NVMe SSD boards. The Pineberry Pi Hat Drive Top works without the case lid. Outside the case, a Pineberry Pi Hat Drive Bottom or Pimoroni’s upcoming NVMe Base will work.

Returning to the Raspberry Pi pinout listing and GPIO is welcome. It provides Broadcom (BCM) pin mapping, the standard supported by all Raspberry Pi documentation. This will help beginners and old-timers who forget the pinout.

HATs can be directly connected to the GPIO, but we recommend using a male header pin extension to keep them away from the cooling fan. However, few HATs support Raspberry Pi 5. The case’s lid hatch allows GPIO breakout cables to replace header extensions. This makes GPIO breakout to a breadboard or external breakout board via ribbon cable easy.

The optional screw cover covers the micro SD card slot, the last port. This protects the card, but since it doesn’t protrude from the case, we don’t see the point.

They started the Raspberry Pi 5 and let it cool for five minutes for their tests. Then ran a five-minute stress test on all cores after an automated script recorded the idle temperature for one minute.

After a one-minute cool down, they recorded the resting temperature. All data was logged to a CSV file for analysis.

Neo 5 has great thermal performance. The CPU registers 34°C at idle and 54.3°C under stress with the case closed. For comparison, EDATEC-Pi5Case-BS reached 36.2°C and 52.7°C. At stock speeds, the Neo 5 excels. At 50°C, the quiet active cooling fan starts.

The idle temperature strangely rose to 36.7°C with the lid off (even after settling). However, the stress test raised it to 54.3°C, matching the closed case.

The Argon Neo 5’s overclocking performance? Their 4GB test Pi 5 failed to boot at 3 GHz, but they overclocked the CPU to 2.8 GHz, which generated heat. The Pi 5 reached 36.2°C with the lid on and 59.3°C under stress. Several degrees hotter than stock speeds, but well below CPU thermal throttle point. Again strangely below the case closed temperature, the CPU idled at 35.1°C with the lid off. The CPU reached 57.6°C under stress, 2°C cooler than with the lid closed.

Overall, the Argon Neo 5 cools your Raspberry Pi 5. Though not aluminum like the EDATEC case, it works well and simplifies port access.

Wi-Fi Performance Before testing the Argon Neo 5, we tested two EDATEC cases and found that one affected Raspberry Pi 5 Wi-Fi performance. After benchmarking with iperf on a Windows 10 PC connected via Ethernet, they connected three Raspberry Pi 5s via Wi-Fi 5 to a downstairs router.

After the EDATEC results, tested the Neo 5’s Wi-Fi performance and found 79.7 Mbits per second with the case closed. This is much higher than EDATEC’s 51.2 Mbit/s. It reached 75.7 Mbits/s with the case open. Unfortunately, this was 4 Mbits per second slower than with the case closed. We can call this an anomaly given external factors that can affect radio transmissions.

Ethernet is best for maximum bandwidth! However, not everyone has or wants Ethernet cables throughout their home.

The Argon Neo 5 is a basic Raspberry Pi 5 case. It works great, looks good, and exposes the GPIO. Camera/display and PCIe ports are problematic, but they can be fixed.

The wave heatsinks and active cooler cooling system looks good and keeps the Pi 5 cool even when overclocked! This could be one of the best Raspberry Pi cases.