Data Acquisition Systems

Data Acquisition Systems is generally used by businesses to gather information which can be stored and also assessed for specific purposes. Data Acquisition Systems typically includes an assessment system that has the ability to evaluate electrical or physical properties and document them for additional assessment. These systems have the potential to capture data from a real system and save that data in an easily retrievable format for more engineering or scientific evaluation. Due to its intuitive nature, the Data Acquisition Systems are of critical significance in verticals that need accuracy. 

Top Data Acquisition Systems

1. National Instruments
2. Keysight Technologies
3. Fortive
4. Ametek
5. Teledyne
6. Yokogawa
7. Rockwell Automation

National Instruments – National Instruments offers several platforms to help businesses with data acquisition, which helps them in customizing their system to their requirements needs and budget. The company offers a range of flexible plug and play PC-based systems, which comprise multifunction I/O devices and CompactDAQ hardware…Read more

Keysight Technologies - The company offers solutions related to the design, development, manufacture, installation, deployment, validation, optimization, and secure operation of electronics systems to communications, networking, and electronics industries. The company caters to various enduser segments, such as power, energy, automotive, medical, research, and education sectors…Read more

Fortive - Fortive’s DAQ offerings find applications in nuclear power generation, manufacturing, pharmaceutical, food processing, aerospace, and automobile end-user industries. The company has its manufacturing centers located in the US, the UK, Asia, and the Netherlands...Read more

Ametek - Ametek, a manufacturer of electronic instruments and electromechanical devices, held the fourth position in the DAQ system market in 2019. The company offers data acquisition products under its Electronic Instruments business segment, which designs and manufactures advanced analytical, test, and measurement instrumentation for energy, aerospace, power, research, medical, and industrial markets….Read more

Teledyne - Teledyne offers electronic and communication products for wireless and satellite systems. The company provides sophisticated electronic components and subsystems and communications products, including defense electronics, harsh environment interconnects, and data acquisition and communications equipment.

Yokogawa - Yokogawa recorders or data loggers are popular for their great quality measurement precision, noise tolerance, and build quality. These comprise most of the industrial networking protocols, consolidated architectures, and normally do not need any programming. The company helps businesses in easily applying AI functions like predictive detection and future prediction which also helps in enhancing operational efficiency….Read more

Rockwell Automation - Rockwell Automation is a global provider of data acquisition systems, data logging devices and data recorders. The company offers leading industrial automation solutions that comprise power, control and information solutions. The company offers hardware, software and lifecycle services which are extensively used by manufacturing companies….Read more

Market Overview

This section provides an overview of the prevailing competitive scenario of the data acquisition systems market. Ranking of the players has been carried out on the basis of the outcome of the qualitative and quantitative analyses of various factors, such as the companies’ product portfolios, technological innovations, market presence, revenues, and the opinion of primary respondents. Popular growth strategies adopted by a few of the leading companies include new product launches and partnerships & collaborations. These strategies underline the current competitive scenario of the best Data Acquisition Systems market.

Between 2017 and 2019, the companies operating in the DAQ system market focused on new product launches as a key strategy to increase data acquisition systems market share and regional presence. Merger & acquisitions was the second most-followed strategy by the leading industry players to achieve growth in the DAQ system market.

Visionary leaders are the major players in the Data Acquisition Systems market that have undertaken product launches & developments and adopted effective business and channel strategies. These players have broad product portfolios and cater to the requirements of customers in most of the regions, globally. Visionary leaders primarily focus on acquiring a leading position in the market through their strong financial capabilities and well-established brand equity, along with their extensive product offerings. The major players who fall under this category are National Instruments (US), Keysight Technologies (US), Fortive (US), Ametek (US), Teledyne (US), and Yokogawa (Japan).

Dynamic differentiators have established players with effective business strategies in the Data Acquisition Systems market. However, these companies have limited breadth and depth of product offerings as compared with visionary leaders. The major players who fall under this category are Emerson Electric (US), Rockwell Automation (US), GE (US), Graphtec (Japan), and Honeywell (US).

The Data Acquisition Systems market is moderately dependent on innovators. These companies demonstrate substantial product innovations as compared with their competitors. Innovators mostly depend on investments and funding from other companies. These players have wide product portfolios, however, lack of effective strategies, like that of market leaders, restrict the expansion of their businesses. Siemens (Germany), Brüel & Kjær (Denmark), Schneider Electric (France), HBM (Germany), Omron (Japan), and Tektronix (US) are the companies that fall into this category.

Emerging companies are the ones who have started gaining popularity in the market by offering niche products. They lack effective business strategies, unlike other established players. These players are mostly new entrants in the market and require some time to get significant traction in the market. There are several startup companies in the DAQ system market that offer different types of equipment. A few of the emerging companies in the DAQ system market are Macrodyne (US), Data Translation (US), Dewetron (Austria), Dewesoft (Slovenia), Campbell Scientific (US), AstroNova (US), Hioki (Japan), and Sefram Instruments (France).

What are the major drivers of the Data Acquisition Systems Market?

Rise in data monitoring in end user verticals

Data monitoring is the process of evaluating and reviewing data to ensure that it is appropriate and maintained under the necessary industrial standards. In the aerospace & defense, government, energy, and automotive sectors, data monitoring improves the quality of operations and helps in early fault detection at the production stage. In addition, data monitoring helps increase the operational efficiency of equipment with minimum human intervention. In the energy sector, data monitoring helps in evaluating the performance of assets, such as solar PV, wind turbines, and other power generation equipment. Also, power sector operators depend on data monitoring to improve the efficiency and reliability of equipment during the commissioning and operating phases. For instance, monitoring wind turbine data has become critical to wind power generation operations in the US in recent years. According to the US Department of Energy, the US wind power generation capacity reached 9–12 GW in 2018, and wind capacity is projected to reach 11–15 GW in 2020. With increasing wind power capacity, wind turbines need to be constantly monitored for parameters such as vibrations, wind speed, and temperature for efficient and reliable operations.

In the telecom industry, data monitoring helps increase the predictability and reliability of the network infrastructure and reduces the cost of its maintenance. According to the Telecom Regulatory Authority of India, the total volume of wireless data usage increased from 20 billion GB in 2017 to 46 billion GB in 2018, at a yearly growth rate of 131%. Operators are increasingly adopting data monitoring to improve the quality of service, network security, customer experience, and enhanced operations. 

In the aerospace industry, data monitoring helps in analyzing the flight aerodynamics characteristics and validating the design and safety parameters of the engine and other aircraft components. Data monitoring of aircraft equipment such as compressors, avionics, and other electronics helps in evaluating and eliminating potential manufacturing faults.

Growing Implementation of Industry 4.0

Industry 4.0 helps in the implementation of new digital technologies, such as IoT, cloud, and computing, in the global manufacturing sector. In the aerospace and automotive sectors, Industry 4.0 has been adopted across the supply chain, from original equipment manufacturers to small-time suppliers of components and parts. The key driving factor for the application of Industry 4.0 is that it makes production technologies smarter by using sensors and other advanced manufacturing technologies. For example, in the aerospace sector, the adoption of Industry 4.0 technology enables faster data exchange and increases automation in the manufacturing of major aerospace components and electronics. It also increases connectivity among the stakeholders, thereby increasing operational efficiency. In the automotive sector, the adoption of Industry 4.0 allows manufacturers to optimize their operations quickly and efficiently with continuous real-time tracking of manufacturing processes and resources. With the emergence of Industry 4.0, these sectors are increasingly adopting advanced technologies, such as robotics and automation in manufacturing, which is generating a lot of data. DAQ systems are used to test and analyze these data and to connect various parts of the manufacturing processes.

Progressions and Flexibility of Data Acquisition Systems

The traditional DAQ systems were large box instruments. New technologies have facilitated the availability of USB-enabled Best Data Acquisition Systems and modular DAQ systems. USB-enabled DAQ systems can be plugged directly to computers, and they provide higher bandwidths (up to 12 Mbps) than the traditional DAQ system. Conversely, modular best Data Acquisition Systems have high channel counts and can be integrated and synchronized with multiple sensors. This offers increased flexibility, proper signal conditioning, improved sensor connectivity, and better noise cancellation over the traditional DAQ system. The speed and accuracy of the DAQ systems have also increased, which makes them more flexible and cost-effective than the traditional DAQ systems.

What are the future opportunities in the Data Acquisition Systems market?

Increasing Demand for Automated Data Acquisition Systems

An automated Best Data Acquisition Systems reduces the testing time and decreases the chances of errors. It also provides automatic equipment checks, calibration, repair, and power management with reduced power consumption. Applications such as aerospace, automotive, and wireless communication are shifting toward automated DAQ systems to increase the operational efficiency and performance of equipment. An automated DAQ system also provides real-time feedback to engineers to increase the overall productivity and performance.

Growing Demand for High-speed Connectivity Technologies

Industries such as aerospace, wireless communication, automotive, and manufacturing are increasingly adopting 5G technology. In the automotive sector, for instance, the current 4G technology is not fast enough to support the development and adoption of autonomous cars. The devices used in autonomous vehicle development, such as the image recognition system, voice detection system, and other digital devices, require 5G technology to boost high-speed connectivity. These devices are expected to generate multiple data points, and the DAQ system is required to test these huge amounts of data and perform validation tests on them. Similarly, in the aerospace sector, 5G technology is used to increase the reliability of the avionics equipment by reducing the latency and increasing the connectivity speed. 5G technology helps in improving the efficiency of aerospace manufacturing by integrating robotic manufacturing and sensors.

Along with the market drivers, the below snapshot presents other factors that have a profound impact on the market:

Data Acquisition Systems Market – By Hardware Offerings

It generally consists of DAQ software and hardware, along with sensors and actuators. They generally require underlying network support for data communication between the DAQ hardware and software. DAQ hardware is an interface between the signal and a PC, which could be in the form of modules that can be connected to the computer’s ports or cards connected to slots. DAQ hardware uses the signal conditioning process, wherein analog data is converted into digital data with sensors and other tools.

Hardware typically consists of components in the form of external expansion cards. They can be connected to the computer through a communication interface, such as a PCI or USB, or can be directly installed in the motherboard. The hardware of the DAQ system is classified as external chassis and module and plug-in I/O boards. External chassis can be connected to a PC using either standard communication ports or a proprietary interface board. External DAQ systems often take the form of a stand-alone test and measurement solution-oriented toward industrial applications. The applications for which they are used typically demand more than a PC-based system with plug-in boards. Like display adapters, modems, and other types of expansion boards, plug-in DAQ boards are designed for mounting inboard slots on a computer motherboard. Best Data Acquisition Systems boards are designed for the current PCI (Peripheral Component Interconnect) or earlier ISA (Industry Standard Architecture) buses. As a category, plug-in boards offer a variety of test functions, high channel counts, high speed, and adequate sensitivity to measure moderately low signal levels at relatively low cost.

External Chassis and Modules

External Best Data Acquisition Systems often takes the form of a stand-alone test and measurement solution-oriented toward industrial applications. External data acquisition chassis has multiple board slots that permit mixing and matching boards to support specialized acquisition and control tasks and higher channel counts. A chassis offers an electrically quieter environment than a PC, allowing for more sensitive measurements. Standard interfaces (IEEE-488, RS-232, USB, FireWire, and Ethernet) can facilitate daisy-chaining, networking, long distance acquisition, and use with non-PC computers. Also, an external chassis has a standardized modular architecture that is mechanically robust and easy to configure and provides a variety of measurement and control functions. For high channel counts, the required chassis, modules, and accessories are cost-effective.

A number of different communication systems used to connect to PCs are available, such as USBs, Ethernet, and embedded controllers. Like the plug-in board-based system, external systems require the use of a computer for operation and data storage. However, the computer can be built using on boards, just like the instruments, and incorporated into the board rack. There are several architectures for external industrial DAQ System, including VME, VXI, MXI, Compact PCI, and PXI. These systems use mechanically robust, standardized board racks and plug-in instrument modules that offer a full range of test and measurement functions. Some external system designs include microprocessor modules that support all the standard PC user interface elements, including the keyboard, monitor, mouse, and standard communication ports. Frequently, these systems can also run Microsoft Windows and other PC applications. In this case, a conventional PC may only be needed to develop programs or off-load data for manipulation or analysis.

Plug-in analog I/O DAQ Boards

Plug-in analog I/O DAQ boards are designed for mounting inboard slots on a computer motherboard, such as the display adapters, modems, and other types of expansion boards. Most DAQ boards are designed for the current PCI or earlier ISA buses. DAQ plug-in Analog I/O boards and interfaces have been developed for other buses (EISA, IBM Micro Channel®, and various Apple buses), but these are no longer considered mainstream products. Plug-in analog I/O boards offer a great deal of software compatibility, virtually eliminating the need to write drivers or special software to interface them to a system. It also offers a variety of test functions, high channel counts, high speed, and adequate sensitivity to measure moderately low signal levels at relatively low cost. There are hundreds of DAQ board configurations available for PCs and Macs. Many other plug-in Analog I/O boards are available with more inputs, higher resolution, and faster scanning speeds.

With a plug-in analog I/O board, there is no need to open the computer chassis to install the board. The plug-in analog I/O module includes a thermocouple input USB module and isolated digital input. Plug-in analog I/O boards are the least expensive method of computerized measurement and control. Available high speed ranges from 100 kHz to 1 GHz and higher. They are available in multi-function versions that combine A/D, D/A, digital I/O, counting, timing, and specialized functions. Plug-in Analog I/O boards are good for tasks involving low to moderate channel counts. However, the use of PC expansion slots and internal resources can limit the expansion potential and consume PC resources.

Best Data Acquisition Systems – By Software

DAQ System converts the analog voltage corresponding to the temperature into binary numbers (Digital format). A computer with programmable software controls the operation of the DAQ device and is used for processing, visualizing, and storing measurement data. The driver software and application software are different software components in a DAQ system. The driver software provides application software the ability to interact with a DAQ device. It simplifies communication with the DAQ device by abstracting low-level hardware commands and register-level programming. Typically, a DAQ driver software exposes an application programming interface (API) that is used within a programming environment to build the application software. An application software facilitates the interaction between the computer and user for acquiring, analyzing, and presenting measurement data. Custom applications are often used to automate multiple functions of a DAQ device, perform signal-processing algorithms, and display custom user interface.

Different companies provide various types of DAQ software; Dewesoft provides DAQami™, TracerDAQ®, and TracerDAQ® Pro and DASYLab®, whereas HBM provides the catman DAQ software. Application software such as DIAdem, FlexLogger, VeriStand, InsightCM™ are provided by National Instruments, which help to locate, inspect, and analyze measurement data as well as helps in quick sensor configuration and data logging of mixed signals.

Data Acquisition Systems software allows stimulation and acquisition in a very wide range of frequencies, from a few hundred Hz to several hundred kHz, and accurately calculates the dynamic parameters of the test component in R&D. Huge investments, an increasing number of validations tests, tracking of real-time data, and online analysis has led to an increase of DAQ software in R&D applications.

Data Acquisition Systems Market – By Speed

Best Data Acquisition Systems market has been segmented based on 2 major speeds—high speed (>100 KS/S) and low speed (<100 KS/S). DAQ measurement includes electrical measurements, such as voltage, current, and power, as well as measurements through sensors and transducers, including temperature, pressure, flow, level, strain, acceleration, vibration, humidity, and more. Based on the speed of DAQ, different types of systems are used for different applications; the low-speed DAQ systems are used to measure voltage, current, temperature, humidity, and pressure, whereas the high-speed DAQ systems are used to measure sound, vibration, current, and voltage.

High Speed

High-speed DAQ systems have DAQ speeds greater than 100 KS/S and are used to measure voltage, current, sound, and vibration. These systems are used in various end-user industries, such as aerospace, satellite, and automotive. High-speed DAQ systems are majorly used to test high-speed devices, such as batteries, engines, ECUs, inverters, and electric boards. Various manufacturers provide these systems for different applications. Companies such as HBM, Yokogawa Test & Measurement, Keyence, Dewetron, Dewesoft, and Hioki provide high-speed DAQ systems for general purposes, whereas for laboratories, universities, and production lines, companies such as National Instruments and Keysight provide the systems.

Low Speed

Best Data Acquisition Systems having DAQ speeds less than 100 KS/S are characterized as low-speed DAQ systems. These systems are majorly used to measure voltage, current, temperature, humidity, and pressure. Low-speed DAQ systems are used for various end-user applications, such as environment measurement, process automation & control (PAC/PLC), laboratory, universities, room temperature monitoring, and product temperature monitoring. HBM, HGL Dynamics, and Ametek are some of the major companies providing low-speed DAQ systems for industrial purposes. Other companies such as OMRON, Rockwell Automation, Schneider Electric, and Yokogawa provide systems for factory or process automation.

Data Acquisition Systems Market – Application

Data Acquisition Systems market has been segmented into 3 major applications - R&D, field, and manufacturing. DAQ systems play a major role in keeping track of all real-time data and processes and managing and monitoring the work in a plant to ensure the highest possible production quality and regulatory compliance.

Demand for Best Data Acquisition Systems is thriving because of the increasing need for factory automation and the growth of IIoT. The efficiency of the systems in industries increases, along with the functionality of other machines, through the adoption of DAQ systems. DAQ systems are primarily used in critical industrial process environments where reliability and performance are always a major priority. DAQ system helps improve decision-making in real-time situations and operates equipment more efficiently and effectively across all departments in an industry. It mainly assists engineers, operators, remote users, IT managers, and corporate executives (CxO) in carrying out their activities more effectively and efficiently.

R&D

Engineers and scientists commonly use DAQ hardware and software to research unknown characteristics through measurement and analysis. Applications range from modeling the behavior of scientific phenomena to characterizing the properties of new product designs. Best Data Acquisition Systems software helps reduce the need for extra steps and enables immediate feedback, reducing the time required for model revisions based on measurements.

Virtual instrumentation and graphical system designs enable both online and offline analyses. Since its inception, the virtual instrumentation approach has gained widespread global acceptance. The approach is popular in experimental research, finding use in applications such as big , automotive, biomedical, communications, consumer electronics, and energy. The graphical system design is an approach that leverages virtual instrumentation (modular, customizable, software-defined instrumentation). This approach can improve the productivity of experimental research. Researchers can complement and enhance this type of work by using the graphical system design approach along with tightly integrated software and hardware tools that help them combine data analysis, mining, and visualization with measurements (DAQ).

Some potential benefits of the Best Data Acquisition Systems include reduced time to discovery, prototype, and market, smoother technology transfer process, protection of intellectual property, and improved simulation, which help achieve better/faster prototyping, hardware-in-the-loop (HIL) simulations, and proofs of concept (POCs).

In R&D, dedicated test and measurement tools are required to ensure that the project functions according to the calculations and assist in resolving problems. Data loggers are also used widely in R&D, such as for the measurement of acceleration forces in amusement parks, for carrying out cell culture experiments in microgravity onboard the space station, for measuring acceleration for the avalanche emergency system, and the fall detection of smartphones.

Field

Field Best Data Acquisition Systems includes rugged devices that allow taking accurate measurements as close to the sensors as possible, even under a full range of environmental conditions. DAQ on the field is used to record data such as strain, force, displacement, acceleration, pressure, temperature, speed, and noise. These data are further filtered and analyzed to verify the design parameters against the actual performance of the product. Furthermore, the same data helps in deciding the test criteria for laboratory conditions. Devices with high-speed DAQ, and which can be distributed over a large area, are used for field applications. Best Data Acquisition Systems devices in the field application help reduce the developmental time of the product. A team of highly qualified and experienced engineers is engaged in the activity of field DAQ. Various companies, such as HBM, Dewesoft, National Instruments, provide rugged DAQ systems for harsh environments. National Instruments provides Field DAQ devices which feature rugged enclosures that are dust and -resistant.

Manufacturing

Engineers and test operators commonly use DAQ hardware and software to verify the functionality of and ensure the quality of finished goods. Best Data Acquisition Systems allows the testing of a wide variety of technical products and makes informed process adjustments. It includes a wide range of manual or automated electrical, mechanical, or environmental tests. Reliability, accuracy, and flexibility are some of the advantages provided by DAQ hardware and software for a manufacturing and quality test. In the manufacturing application, DAQ systems are used to configure tests at the run time, collect data, control the system, generate reports, and reduce equipment cost. These DAQ devices, with specialized software, can be used for testing many different components in manufacturing. Supervisory control and data acquisition, or SCADA, a common form of DAQ, is often found in many industrial settings and can coordinate large-scale industrial processes that span a wide geographical area.

Data Acquisition Systems Market – By Verticals

The Data Acquisition Systems market has been segmented on the basis of 8 major verticals— aerospace & defense, energy & power, automotive & transportation, wireless communication & infrastructure, environmental monitoring, healthcare, food & beverages, and others. DAQ systems play a major role in keeping track of real-time data and processes for managing and monitoring the work in a plant to ensure the highest possible production quality and regulatory compliance. Demand for DAQ systems is increasing because of the growing need for factory automation in industries.

The adoption of the Best Data Acquisition Systems in industries increases the efficiency of the systems and the functionality of other machines. DAQ systems are primarily used in critical industrial process environments where reliability and performance are always a major priority. DAQ systems help improve decision-making in real-time situations and operate equipment more efficiently and effectively across all departments in an industry.

They mainly assist engineers, operators, remote users, IT managers, and corporate executives (CxO) in carrying out their activities more effectively and efficiently. 

Aerospace & Defense

Aerospace & defense is the biggest end-user market for Best Data Acquisition Systems solutions. In the global aerospace & defense manufacturing, there is a need to track real-time data during product development and component testing, which can be achieved using DAQ systems. DAQ systems are also used for carrying out flight experiments to acquire real-time data from ground experiments consisting of vision data (from CCD camera or/and infrared sensor) and navigation data from the auto- board (APM) and playback-acquired data in a real-time on-flight simulator to carry out R&D.

In addition, the electronics and technology used in this sector need to be running at 100% efficiency levels during operations. The aerospace & defense communication networks across regions are undergoing modernization, and this has further created a demand for DAQ systems. Major global aerospace & defense companies such as Boeing (US), United Technologies (US), Lockheed Martin (US), General Dynamics (US), and Airbus (France) have major operational and manufacturing presence in regions such as North America and Europe, which further drives the demand for DAQ systems in the regions. Also, countries such as the US, UK, and France have strong R&D spending in the aerospace sector. For instance, in 2017, NASA and the US Department of Defense (DoD) invested USD 12 billion and USD 71.9 billion, respectively, in R&D for aerospace and defense components and systems. In 2019, the UK government pledged an investment of USD 159.6 million to support new technology developments in the aerospace sector, such as flying urban taxis, electric passenger planes, and even freight-carrying drones. This is expected to drive the demand for DAQ systems during the forecast period.

Energy and Power

The energy & power industry is one of the major users of automation products, accounting for a large market share. It is one of the thriving sectors for the best Data Acquisition Systems owing to the high demand-supply gap in a majority of the developing countries. A power system comprises power generation, transmission, and distribution; these three fields are further classified into six segments—power plants, transformers, transmission lines, substations, distribution lines, and distribution transformers. It is mandatory to supervise these fields and segments on a regular basis to improve the system’s flexibility, reliability, and stability. Therefore, the application of DAQ systems in the power industry improves the efficiency of the overall system by providing supervision and control.

Major grid operators and power plant operators are increasingly implementing supervisory control and data acquisition (SCADA) software solutions to optimize the production efficiency, cost reduction, and increase operation awareness. Power plants (thermal, hydro, nuclear, solar, and wind) are of massive size; hence, synchronization among the various departments and their processes is a huge task. DAQ plays a crucial role in maintaining the operational safety and efficiency of power plants. The adoption of DAQ systems in the power sector offers benefits such as improved efficiency, optimized operations, reduced unplanned downtime, improved quality of service, reduced operating cost, reduced system implementation costs, improved information for engineering decisions, reduced manpower requirements, and an expanded customer base. Some of the key energy companies that implement DAQ systems include Siemens, Schneider, ABB, Keysight Technologies, and National Instruments. According to the IEA, China has more than 580 GW of renewable energy projects planned during the forecast period. This is expected to drive the demand for DAQ systems in the energy sector.

Automotive and Transportation

Data Acquisition Systems market has a huge opportunity in the automotive segment. The automotive sector is highly technology-driven and is one of the largest investors in R&D, with an estimated investment of USD 125 billion in 2018, according to the Auto Alliance. Vehicles and their components need to undergo numerous test runs from the conception of the idea until production. DAQ systems help from virtual load tests conducted on the computer to tests on the field, such as on- load DAQ, and also helps test vehicles and components under the real conditions of use. Data loggers have been used extensively in commercial vehicles and passenger cars. These data loggers, which are aimed at vehicles, can record wheel speed, temperature, and pressure, engine revolutions per minute (RPM), and pedal travel. During the testing of vehicles and their components, DAQ software are used to intelligently standardize, analyze, and report a large amount of data. Autonomous driving, connectivity, and electric mobility are all aspects that are expected to drive the demand for DAQ systems in the automotive industry during the forecast period. Best Data Acquisition Systems manufacturers such as Keysight Technologies, Ametek, HBM, and National Instruments provide DAQ systems and software to facilitate the acquisition of different physical quantities.

Wireless Communication and Infrastructure

Across global regions, there is a digital revolution powered by increasing broadband connectivity and internet penetration, exponential data uptake, and various governments’ support policies that focus on digitalization. This has resulted in an increasing trend in technology adoption across key industries, such as energy, automotive, aerospace & defense, healthcare, and telecommunication. The latest 5G technology can boost industrial productivity and has the potential to transform global business operations. In addition, 5G is just getting close to commercial operations. However, there are plenty of developments expected to take place in 5G implementation. The telecommunication industry is expecting the 5G standards to evolve and technology components to improve over time, and networks will need to adapt to the expected higher data rate. DAQ systems will help in monitoring the components of 5G technology for electrical, physical, mechanical, and operations of sensors for enhanced connectivity and flexibility of operations. According to a European Union report, telecommunication operators in these regions are expecting the 5G rollout to be more than 50% during the forecast period. This is expected to create more demand for the best Data Acquisition Systems.

Environmental Monitoring

Best Data Acquisition Systems for environmental monitoring applications are commonly used for measuring wind speed, temperature, humidity, pH, rainfall, soil moisture, and barometric pressure. Many models, including multichannel, submersible, standalone, and wireless devices, are available for environmental monitoring. Applications include monitoring weather and climatic conditions, wildlife research, growing conditions, and rivers, and oceans. Data loggers are used for a variety of environmental research projects globally, including weather observation, glacial research in the Himalayas, researching marine turtles’ nests, and restoration of grasslands. A submersible data logger is specifically designed for underwater applications. It is used for temperature monitoring in rivers, lakes, oceans, and farms, typically to record the effects of weather and climate change.

Wireless solutions are also available to reduce the cost of installing a wired system. Popular communication options for wireless DAQ systems include Wi-Fi, Bluetooth, and cellular. Additionally, many networked Wi-Fi versions can automatically send all data online to a cloud server for real-time monitoring and archiving. Many environmental DAQ systems can retrieve the data and push it over a network via FTP or send it via e-mail without the need for human interaction. DAQ systems in environmental monitoring help reduce man-hours and avoid transcription errors.

Healthcare

Data collection and management in healthcare can be especially complex, time-consuming, and risky if not done properly. Thus, organizations need best Data Acquisition Systems to handle healthcare-specific use cases with security measures and compliance, considering the unique needs of the healthcare industry. Clinical information documented in medical records—including physician narratives in progress notes, lab results, radiology reports, and discharge summaries—contains valuable insights about patients’ . DAQ systems will facilitate better predictive analytics, more timely identification of care gaps, more effective capture of member risk, and more accurate risk-adjusted payments.

The below snapshot helps in understanding the market segmentation at a glance: