#Data Acquisition (DAQ) System Market

[seo-ea-tech-01]

Data Acquisition System Service

A Data Acquisition System (DAQ) is a pivotal technology in the realm of data collection and analysis. It serves as the bridge between the physical world and digital data, enabling the conversion of analog signals into digital information for processing and storage. These systems encompass sensors, interfaces, and software, offering real-time monitoring and data capture across various applications, from scientific research to industrial control. DAQ systems are instrumental in enhancing efficiency, precision, and accuracy in data measurement, making them indispensable in today's data-driven world.

[chandupalle]

The global data acquisition (DAQ) System market size is projected to reach USD 2.3  billion by 2026, growing at a compound annual growth rate (CAGR) of 5.5% during the forecast period.

[electronalytics]

Data Acquisition (DAQ) System Market

[credenceresearchdotblog]

The global demand for portable data acquisition systems was valued at USD xx million in 2022 and is expected to reach USD xx million in 2030, growing at a CAGR of 5.80% between 2023 and 2030.The Portable Data Acquisition (DAQ) System market is witnessing rapid growth driven by technological advancements, increased demand across various industries, and the need for precise data collection and analysis in real-time. Portable DAQ systems are versatile tools used to gather and analyze data from various sources, providing critical insights for decision-making and operational efficiency. This article explores the key trends, market drivers, challenges, and future prospects of the Portable Data Acquisition System market.

Browse the full report at https://www.credenceresearch.com/report/portable-data-acquisition-system-market

Market Overview

Portable DAQ systems are compact, mobile devices equipped with sensors and software to collect, record, and analyze data from physical environments. These systems are employed across diverse sectors, including automotive, aerospace, healthcare, environmental monitoring, and manufacturing. Their portability, ease of use, and ability to provide real-time data make them indispensable tools for field applications and remote monitoring.

Key Trends

1. Technological Advancements: The integration of advanced technologies such as IoT, AI, and machine learning into portable DAQ systems has significantly enhanced their capabilities. Modern systems can now process vast amounts of data quickly and accurately, enabling predictive maintenance, real-time monitoring, and advanced analytics.

2. Miniaturization and Portability: Ongoing advancements in hardware design have led to the development of smaller, lighter, and more powerful portable DAQ systems. These compact devices are easy to transport and set up, making them ideal for on-site data collection in remote or difficult-to-access locations.

3. Wireless Connectivity: The incorporation of wireless communication technologies, such as Bluetooth, Wi-Fi, and cellular networks, allows portable DAQ systems to transmit data in real-time to central databases or cloud-based platforms. This connectivity facilitates remote monitoring and analysis, enhancing operational efficiency and decision-making.

4. User-Friendly Interfaces: Modern portable DAQ systems come with intuitive user interfaces and software applications that simplify data collection and analysis. These interfaces often include touchscreens, graphical displays, and customizable dashboards, making it easier for users to interact with the system and interpret data.

Market Drivers

1. Growing Demand for Data-Driven Insights: Organizations across various industries are increasingly relying on data-driven insights to optimize operations, improve product quality, and enhance customer experiences. Portable DAQ systems enable the collection of accurate and reliable data, which is crucial for informed decision-making.

2. Industrial Automation and Smart Manufacturing: The rise of Industry 4.0 and smart manufacturing practices has led to a surge in demand for portable DAQ systems. These systems play a vital role in monitoring and controlling industrial processes, ensuring efficiency, and minimizing downtime.

3. Environmental Monitoring and Compliance: Stringent environmental regulations and the need for sustainable practices are driving the adoption of portable DAQ systems for environmental monitoring. These systems help in tracking pollutants, measuring air and water quality, and ensuring compliance with regulatory standards.

4. Advancements in Healthcare and Biomedical Research: In the healthcare sector, portable DAQ systems are used for patient monitoring, diagnostic testing, and biomedical research. They provide real-time data on vital signs, enabling timely medical interventions and improving patient outcomes.

Challenges

1. High Initial Costs: The initial investment required for advanced portable DAQ systems can be substantial, posing a barrier to adoption for small and medium-sized enterprises (SMEs). However, the long-term benefits in terms of operational efficiency and data accuracy often outweigh the initial costs.

2. Data Security and Privacy Concerns: With the increasing reliance on wireless connectivity and cloud-based platforms, ensuring the security and privacy of collected data is a significant challenge. Manufacturers and users must implement robust cybersecurity measures to protect sensitive information.

3. Complexity in Data Management: The vast amount of data generated by portable DAQ systems can be overwhelming, requiring efficient data management and storage solutions. Integrating these systems with existing IT infrastructure and ensuring seamless data flow can be challenging.

Future Outlook

The future of the Portable Data Acquisition System market looks promising, with continued technological advancements and expanding applications across various industries. The adoption of 5G technology is expected to further enhance the connectivity and real-time capabilities of portable DAQ systems. Additionally, the increasing focus on sustainability and environmental monitoring will drive demand for these systems in the coming years.

Manufacturers are likely to invest in research and development to create more innovative, cost-effective, and user-friendly solutions. The integration of AI and machine learning will enable predictive analytics and automated decision-making, further enhancing the value proposition of portable DAQ systems.

Key Players

National Instruments Corp.

ABB Group

Keysight Technologies

Siemens Digital Industries Software

Spectris PLC

Fortive

ADLINK Technology

AMETEK, Inc.

Dewesoft d.o.o

Teledyne Technologies Incorporated

Yokogawa Electric Corporation

Pentek, Inc.

AstroNova Inc.

Campbell Scientific Inc.

Curtiss-Wright Corporation

Dataforth Corporation

Dewetron GmbH

Emerson Electric Co.

Gantner Instruments

General Electric Company

Graphtec Corporation

imc Test & Measurement GmbH

Hioki E.E. Corporation

Honeywell International Inc.

MTS System Corp.

Kistler Group

Rockwell Automation Corporation

Schneider Electric SE

Sefram

Others

Segmentation

By Type of Data Acquisition System

Stand-Alone Data Loggers

PC-Based Data Acquisition Systems

Distributed Data Acquisition Systems

Wireless Data Acquisition Systems

By Measurement Types

Analog Data Acquisition

Digital Data Acquisition

Mixed-Signal Data Acquisition

By Industry/Application

Industrial Automation and Control

Environmental Monitoring

Automotive and Transportation

Aerospace and Defense

Electronics and Semiconductor Testing

Energy and Power Monitoring

Telecommunications

Scientific Research

Healthcare and Medical Research

Oil and Gas

Structural Health Monitoring

Geological Exploration

Sampling Rate and Resolution

By End Users

Original Equipment Manufacturers (OEMs)

Research Institutions and Laboratories

Industrial Facilities

Healthcare Institutions

By Connectivity and Communication

Wired Systems

Wireless Systems

By Region

North America

The US.

Canada

Mexico

Europe

Germany

France

The U.K.

Italy

Spain

Rest of Europe

Asia Pacific

China

Japan

India

South Korea

South-east Asia

Rest of Asia Pacific

Latin America

Brazil

Argentina

Rest of Latin America

Middle East & Africa

GCC Countries

South Africa

Rest of the Middle East and Africa

Browse the full report at https://www.credenceresearch.com/report/portable-data-acquisition-system-market

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[tmcsindia]

Data Acquisition System: An Overview

Introduction

In today's world, data is king. Organizations across all industries are leveraging data to gain insights into their operations, customers, and markets. However, the process of collecting data is not always straightforward. This is where a Data Acquisition System (DAS) comes in. A DAS is a system that collects and stores data from a variety of sources, making it available for analysis and decision-making.

What is a Data Acquisition System?

A NI DAS is a system that collects data from various sources, such as sensors, instruments, and other devices, and stores it for analysis. The system can be hardware-based or software-based, and it can be used in a variety of industries, including manufacturing, healthcare, and transportation.

Hardware-based DAS typically consists of a computer, data acquisition cards, and sensors or instruments that measure physical quantities, such as temperature, pressure, or voltage.

Software-based DAS is a computer program that collects data from various sources, such as databases or files.

Applications of Data Acquisition Systems

Data Acquisition is widely used in many industries, including manufacturing, healthcare, and transportation.

In manufacturing, DAS is used to monitor and control processes, such as temperature, pressure, and flow rate. This helps ensure that the products meet quality standards and that the manufacturing process is efficient.

In healthcare, DAS is used to monitor patients' vital signs, such as heart rate, blood pressure, and oxygen levels. This helps healthcare professionals make informed decisions about patient care.

In transportation, DAS is used to monitor the performance of vehicles, such as speed, fuel consumption, and engine temperature. This helps fleet managers optimize vehicle performance and reduce costs.

Stats:

The global data acquisition (DAQ) market size was valued at USD 1.8 billion in 2019 and is expected to grow at a compound annual growth rate (CAGR) of 6.8% from 2020 to 2027. (source: Grand View Research)

The healthcare industry is expected to hold the largest share of the DAS market by 2025. (source: MarketsandMarkets)

Conclusion

In conclusion, a Data Acquisition Software System is a powerful tool for organizations looking to collect and analyze data. Whether it is used in manufacturing, healthcare, or transportation, a DAS can help organizations make informed decisions that lead to improved performance, increased efficiency, and reduced costs. As the importance of data continues to grow, we can expect to see the use of DAS become even more widespread across industries.

[blueweave]

BlueWeave Consulting, a leading strategic consulting and market research firm, in its recent study, forecasts Global Portable Data Acquisition (DAQ) System Market to grow at a CAGR of 9.5% during the forecast period between 2022 and 2028. A major growth factor for global portable data acquisition (DAQ) system market is DAQ systems’ use in increasing automation, robotization, and medical data exchanges. A portable data acquisition (DAQ) system uses a variety of detectors to collect information in the form of analog signals about physical variables, such as voltage, current, temperature, pressure, and sound. Signal conditioning circuits and analog-to-digital transformers (ADCs) handle incoming signals for further examination and analysis. When manufacturing marketable products, such as motors and aircraft, it gives superior control and a quick response to failure. As a result, it finds use in a variety of fields, including quality control, combustion analysis, process control, and research and development (R&D).

For more info please visit:https://bit.ly/3SagbZD

[chandupalle]

Data Acquisition (DAQ) System Market Size, Global Industry Trends Forecast – 2026

The global data acquisition (DAQ) System market size is projected to reach USD 2.3 billion by 2026, growing at a compound annual growth rate (CAGR) of 5.5% during the forecast period.

Hardware type is expected to contribute the largest market share during the forecast period

Hardware is expected to lead the data acquisition system market during the forecast period. DAQ hardware is widely used due to its modular design and the possibility of arranging various combinations to satisfy a wide range of customized experimental setups. Additionally, the adoption of Ethernet is gaining momentum owing to factors such as interoperability and ease of integration, thereby fueling the demand for DAQ hardware.

The demand for DAQ hardware is rising as they are widely deployed in manufacturing applications—in both process and discrete, laboratory/R&D, automotive, and aerospace & defense markets. The external chassis and module increase productivity and performance in DAQ and control applications in industries. The continued migration to USB- and ethernet-based front-end systems that offer PC computing power and functionality is resulting in faster adoption rates, ultimately driving the market for external chassis and modules.

Aerospace & defense is expected to have the largest market share during the forecast period

The market for aerospace & defense vertical is expected to have significantly the largest market share during the forecast period. The growth of the DAQ system market for the aerospace & defense vertical is driven by the need for testing aircraft and their components with real-time monitoring features against various parameters and extreme environmental challenges.

DAQ systems play a vital role during various testing procedures in ensuring that the aerospace products and components meet the desired functional specifications. These tests are carried out during the design, development, and manufacturing stages of aerospace components and play an important role in confirming if aerospace components, subsystems, and complete flight systems meet the specified requirements. These factors have contributed to the increased demand for DAQ systems in the aerospace & defense vertical.

Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=160241507

Asia Pacific to witness the highest growth in DAQ system market in terms of CAGR, globally

The market in APAC will grow at the highest CAGR during the forecast period. Rapid advancements in technologies, increasing manufacturing units, stringent regulatory policies pertaining to testing and measurement of products, strong government support towards manufacturing and adoption of new technologies such as AI and IoT, and significant presence of key industry players in the region are a few major factors driving the DAQ system market growth in APAC.

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[factmrps]

[laurataylor2021]

A data acquisition (DAQ) system relies on various sensors to collect information regarding physical phenomena, such as voltage, current, temperature, pressure and sound, in the form of analog signals.

[tech-battery]

The Corsair H150i Elite Capellix AIO Cooler Review: Go Big Or Go Home

Corsair is one of the oldest and most reputable PC component manufacturers in the PC market. The company’s origins lie with memory-related products but, nearly two decades ago, the company slowly began diversifying into other segments of the market. While their initial attempts were reluctant, releasing but a couple of products each time, most of these attempts were highly successful and drove the company to grow massively into the entrepreneurial (and recently IPOed) giant that they are today.

These days, one of Corsair’s most successful product segments is that of all-in-one (AIO) liquid coolers – an ironic outcome considering that liquid coolers were the company’s first unsuccessful diversification attempt back in 2003. Corsair did not give up on liquid cooling though and several years later, when simple and maintenance-free AIO cooler designs appeared, Corsair successfully launched their own AIO coolers. Today, AIO coolers are one of Corsair’s most popular group of products, with the company retailing over a dozen different models at this point of time.

In this review we're taking a look at our first cooler from Corsair's new Elite Capellix series of AIO coolers, the H150i Elite Capellix. Like previous H150 AIO coolers, this is a 360mm (3x120mm) cooler, the largest that Corsair makes and ostensibly offering the best cooling performance thanks to its hefty radiator size. For cases that can fit the sizable cooler, the H150 series typically addresses both end of the performance spectrum, offering modest cooling at very low fan speeds (and thus noise levels), or top-tier cooling at more normal fan speeds.

For their new Elite Capellix generation of coolers, Corsair has given their product lineup another layer of polish. Along with incorporating the latest and greatest from Corsair in terms of MagLev fans and pump heads, Corsair has focused on making the Elite Capellix series “Smart” AIO coolers, adding an advanced Commander CORE module into the bundle. A combination fan and RGB lighting controller, the Commander CORE greatly enhances the programming flexibility of the cooler’s performance and lighting features, allowing it to control fans and lighting throughout an entire system.

Packaging & Bundle

We received the new H150i Elite Capellix in a long cardboard box, hinting the size of the cooler. Corsair is currently shipping most of their products in artistically similar black/yellow themed packaging and this cooler is no exception. A colorful picture of the H150i covers the relatively simple front of the packaging. Inside the box we found the cooler and its parts well protected by custom cardboard inserts.

As expected, Corsair includes all of the necessary mounting hardware into the box. The H150i Elite Capellix supports most of the current consumer CPU sockets, including sTR4/sTRX4 for AMD Threadripper CPUs, the mounting hardware for which are also included in the bundle. Corsair also includes an alternative main block cover for aesthetic purposes.

Corsair supplies a Commander CORE module alongside with the H150i Elite Capellix, which essentially is a version of the iCUE Commander Pro RGB controller that the company retails as a stand-alone product, simply tailored to control the RGB lighting of the liquid cooler instead. Nevertheless, it sports six fan power and RGB LED connectors, allowing users to install up to three additional compatible fans, enabling either push-pull configurations or the control of system fans.

The included three ML120 fans feature cutting edge magnetic levitation engines, with their specifications suggesting extraordinary longevity. Unlike all classic designs, these engines magnetically repel the fan’s rotor, greatly reducing friction. Lower friction should lead to significantly superior overall performance and longevity, as well as lower energy consumption, which explains the low current requirement for the rated speed of 2400 RPM. The fans have frosted blades and a black frame, with eight RGB LEDs each.

The Corsair H150i Elite Capellix Liquid Cooler

At first sight, Corsair’s latest liquid cooler looks deceptively simple. Its massive proportions certainly are inspiring but the simplistic appearance does not hint at how advanced this cooler is. At a high level, the design is based on the standard AIO configuration of a single radiator, two hoses, and a single block that combines the copper CPU contact plate with a mini liquid pump. Corsair went with thick-walled FEP (Fluorinated Ethylene Propylene) tubing with nylon sleeve braiding instead of the usual stiff corrugated tubing, which is more flexible and aesthetically superior.

The massive 400 mm long radiator requires a case designed to hold three 120 mm fans in the row, yet also with enough clearance to fit the extra mass of the radiator itself. It is 27 mm thick, requiring a clearance of 55 mm with the fans installed in order to fit inside a system. Size aside, the radiator is the typical dual-pass cross-flow design with tiny fins soldered on thin oblong tubes, as the vast majority of AIO cooler radiators are. Due to its thickness, the radiator’s airflow resistance is low and clearly designed to perform with very little air pressure.

The main block assembly of the H150i Elite Capellix initially appears unrefined – however, the octagonal body hides a record number of thirty-three fully programmable RGB LEDs and the top plate is removable, providing extra flexibility to users. Corsair includes two top plates in the bundle, one darker and one brighter, but the relatively simple shape of the top cover allows for very easy customization if someone has access to a 3D printer or CNC. The block is powered via the Commander CORE module and has a 3-pin motherboard connector that serves only as a tachometer for speed/health monitoring.

The octagonal copper contact plate is attached to the base of the block with eight screws. Although it is not machined to a perfect mirror finish, it is very smooth and perfectly flat, which is what matters for good thermal performance. Thermal material is pre-applied to it.

Once everything is properly connected and powered, the H150i Elite Capellix becomes a canvas full of colors. The LEDs are controlled by the Commander CORE interface and lighting effects are programmable via Corsair's iCUE software. It is the presence of the Commander CORE module that makes the new H150i Elite Capellix so much more flexible than previous versions of the cooler – when combined with the now highly advanced iCUE software, the number of programming options are endless.

For example, users can stick with basic lighting effects that are purely aesthetic or program practical indicative lighting effects and/or reactions, such as temperature-dependent colors, alarms, and more. Additionally, the Commander CORE module paired with the iCUE software offers a complete synergy between all compatible Corsair devices, allowing inter-device manipulation and commands. For example, users could very well turn the Function row of a compatible keyboard into a lighting bar that indicates the RPM % of the cooler’s fans or change the cooler’s lighting colors based on which mouse profile is currently active.

Testing Methodology

Although the testing of a cooler appears to be a simple task, that could not be much further from the truth. Proper thermal testing cannot be performed with a cooler mounted on a single chip, for multiple reasons. Some of these reasons include the instability of the thermal load and the inability to fully control and or monitor it, as well as the inaccuracy of the chip-integrated sensors. It is also impossible to compare results taken on different chips, let alone entirely different systems, which is a great problem when testing computer coolers, as the hardware changes every several months. Finally, testing a cooler on a typical system prevents the tester from assessing the most vital characteristic of a cooler, its absolute thermal resistance.

The absolute thermal resistance defines the absolute performance of a heatsink by indicating the temperature rise per unit of power, in our case in degrees Celsius per Watt (°C/W). In layman's terms, if the thermal resistance of a heatsink is known, the user can assess the highest possible temperature rise of a chip over ambient by simply multiplying the maximum thermal design power (TDP) rating of the chip with it. Extracting the absolute thermal resistance of a cooler however is no simple task, as the load has to be perfectly even, steady and variable, as the thermal resistance also varies depending on the magnitude of the thermal load. Therefore, even if it would be possible to assess the thermal resistance of a cooler while it is mounted on a working chip, it would not suffice, as a large change of the thermal load can yield much different results.

Appropriate thermal testing requires the creation of a proper testing station and the use of laboratory-grade equipment. Therefore, we created a thermal testing platform with a fully controllable thermal energy source that may be used to test any kind of cooler, regardless of its design and or compatibility. The thermal cartridge inside the core of our testing station can have its power adjusted between 60 W and 340 W, in 2 W increments (and it never throttles). Furthermore, monitoring and logging of the testing process via software minimizes the possibility of human errors during testing. A multifunction data acquisition module (DAQ) is responsible for the automatic or the manual control of the testing equipment, the acquisition of the ambient and the in-core temperatures via PT100 sensors, the logging of the test results and the mathematical extraction of performance figures.

Finally, as noise measurements are a bit tricky, their measurement is being performed manually. Fans can have significant variations in speed from their rated values, thus their actual speed during the thermal testing is being recorded via a laser tachometer. The fans (and pumps, when applicable) are being powered via an adjustable, fanless desktop DC power supply and noise measurements are being taken 1 meter away from the cooler, in a straight line ahead from its fan engine. At this point we should also note that the Decibel scale is logarithmic, which means that roughly every 3 dB(A) the sound pressure doubles. Therefore, the difference of sound pressure between 30 dB(A) and 60 dB(A) is not "twice as much" but nearly a thousand times greater. The table below should help you cross-reference our test results with real-life situations.

The noise floor of our recording equipment is 30.2-30.4 dB(A), which represents a medium-sized room without any active noise sources. All of our acoustic testing takes place during night hours, minimizing the possibility of external disruptions.

Testing Results, Maximum Fan Speed

As always, we'll start things off by testing things at full speed/performance. Our maximum speed testing is performed with both the fans and the pump powered via a 12V DC source. This input voltage should have the pump and fans matching the speed ratings of the manufacturer. According to Corsair’s specifications, the MagLev fans included with the H150i Elite Capellix should have a rotational speed of 2400 RPM. Our tachometer indicated that the fans were rotating at an average speed of 2370 RPM, very close to their rated specifications.

The Corsair H150i Elite Capellix seems to be getting the best thermal performance out of every similarly sized AIO cooler that we have tested to this date, outperforming NZXT’s X73 by a whisker. The performance seems to be fairly stable across most of the load range, offering predictable performance regarding of the load, with the exception of very low loads where the temperature difference is far too small for appropriate heat transfer between the mediums.

The average thermal resistance of 0.0704 °C/W is impressive but users need to keep in mind that this performance comes with the fans rotating at their maximum speed. With the powerful fans of the H150i Elite Capellix, this results to a sound pressure level of 43 dB(A), a relatively high figure for a CPU cooler.

Testing Results, Low Fan Speed

Using a PWM voltage regulator, we reduced the speed of the fans manually down to half their rated speed. At this setting, the 120 mm MagLev fans of the H150i Elite Capellix rotate at 1220 RPM. Since the pump’s speed cannot be controlled directly, we had the Commander CORE module attached to a PC and set the pump to operate in its “Quiet” mode while testing.

When it comes to thermal resistance, Corsair’s latest AIO cooler initially seems to be slightly outperforming all of the 360 mm coolers that we have tested to this date. The average thermal resistance of 0.0808 °C/W is almost identical to the figures we received from the recently released NZXT X73, with Corsair’s MagLev fans giving the H150i Elite Capellix a small advantage in terms of acoustics.

But if one looks at just the thermal performance charts, other implementations with significantly slower fans, including Corsair’s older H150i Pro RGB, initially seem to be performing slightly worse. A closer look reveals that the better thermal performance is due to the quick fans of the H150i Elite Capellix, resulting to significantly higher noise levels. Setting the fans to operate even slower is likely to neutralize any thermal performance advantage that the cooler has.

Thermal Resistance VS Sound Pressure Level

During our thermal resistance vs. sound pressure level test, we maintain a steady 100W thermal load and assess the overall performance of the coolers by taking multiple temperature and sound pressure level readings within the operating range of the stock cooling fans. The result is a graph that depicts the absolute thermal resistance of the cooler in comparison to the noise generated. For both the sound pressure level and absolute thermal resistance readings, lower figures are better.

This graph reveals interesting information regarding the overall performance of the H150i Elite Capellix. Although it does manage to get the best thermal performance out of every other similarly sized cooler, it can be seen that the older H150i Pro RGB actually outperforms it when taking the acoustics into account. This is because of the fast 2400 RPM fans that Corsair includes with the H150i Elite Capellix and our two-point testing methodology. Theoretically, the H150i Elite Capellix would perform identically or nearly identically with the H150i Pro RGB if both coolers were to share the same fans. It is also proof that the long and thin 360 mm radiator benefits very little from higher airflow, as its heat transfer surface is far too large to allow for significant temperature differences even if the airflow is low.

Conclusion

All-in-one CPU coolers first hit the market in force over a decade ago, which since then has allowed for more than enough time for developers to optimize their thermal performance, leaving little room for additional raw performance advancements. Nowadays, with many manufacturers retailing AIO cooler solutions, the market is pretty much saturated, a common outcome in the world of PC parts. Because of this, Corsair is always striving to maintain a competitive advantage by designing products with unique features, which is what made the release of the H150i Elite Capellix an anticipated move.

Where the H150i Elite Capellix has the lead over most of the competition is in terms of quality. Corsair ensured that their top AIO cooler is very well made, with excellent materials and a solid overall build quality. They also supply top-tier and fairly expensive MagLev cooling fans with the cooler, something that is often overlooked despite the fans being one of the most important parts of an AIO cooler.

The prime marketing feature of the H150i Elite Capellix is the included Commander CORE module and its compatibility with Corsair’s iCUE ecosystem. This opens up practically limitless user-programmable options, both aesthetic and practical. Except from the versatility that the iCUE software affords to the H150i Elite Capellix itself, it also enables greater control over other system fans and lights, allowing for system-wide lighting programming and sensory input. For example, it is easy to change the lighting of the cooler depending on which gaming profile is selected or for all compatible devices to share exactly the same lighting effect. The disadvantage of this feature is simple and obvious – this kind of total synergy only works with iCUE compatible devices, meaning that not even all of Corsair’s products are compatible with this feature.

However when it comes to performance, the H150i Elite Capellix barely any better than the H150i Pro RGB that the company released two years ago. We suspected as much from before we tested the cooler, as it is obvious that both coolers share the same radiator and tubing. The H150i Elite Capellix technically leads our thermal performance charts but the very powerful 2400 RPM fans are primarily responsible for this, which actually damage the cooler’s noise-to-performance ratio. Running the fans of the H150i Elite Capellix at the same speed as the fans of the H150i Pro RGB yields virtually the same performance, with but a tiny advantage for the H150i Elite Capellix – an advantage so small that can easily be a statistical error. Regardless, the quick fans provided with the H150i Elite Capellix offer greater versatility, as they can be programmed to stay quiet but also can be made loud if, for whatever reason, the user needs them to be.

Although the H150i Elite Capellix does not have a distinct performance advantage over the previous generation of cooler, its MSRP of $189 actually is reasonable and competitive. Despite the included Commander CORE, iCUE compatibility, and other minor upgrades, it's the same MSRP as the older H150i Pro RGB, making for a pleasant surprise as it means Corsair hasn't raised priced. In fact, it's generally priced close to – or even lower than – most of its direct competition. So from a performance standpoint, although Corsair hasn't managed to really move the needle on performance or pricing for their new cooler, the latest H150i is (still) just as competitive as the previous version.

Ultimately, this means that although we can't recommend the H150i Elite Capellix as an upgrade over a previous-generation cooler, Corsair continues to deliver a solid AIO cooler as far as new builds are concerned. The small quality of life improvements that come with newest H150i will help ensure that Corsair keep its advantage with unique features, all the while offering a better value to users that are considering a large AIO cooler today.