The explosion in data generation has fueled the demand for improved memory and storage types at the workplace. The traditional memory systems have been struggling to keep up with the increased volume of data, the bandwidth requirements in the systems, and the speed requisite in the current generation systems. The emerging Big Data and artificial intelligence (AI) applications, including machine learning, drive innovations across many industries. The issues in making advancements in memory technologies to meet the evolving computing requirements present several challenges for the AI industry. Next-generation memory has fit in as the missing part of the puzzle. For instance, the existing tech DRAM works fast but consumes a lot of power, while both NAND and hard drives are cheap but work slow. The new memory types combine the speed of SRAM and the non- volatility of flash drives with almost unlimited endurance. Although the research on these technologies has been going on for a long time, there was a delay in reaching the commercial market. A significant proportion of the total power is spent on memory systems, as most of the area of current systems-on-chips (SOC) is occupied by memories. Moreover, the processing elements need to be fed with instructions and data from memories where memory plays a vital role in the system's performance.

The growth of the global veterinary diagnostic imaging market is currently being driven by various factors, including the rising adoption of companion and livestock animals, increasing animal health expenditure, rising prevalence of animal diseases, and technological advancements in the diagnostic imaging field, among others. There has also been an increasing adoption of pet animals every year. Animal shelters and rescue groups are overflowing with healthy, happy pets just waiting for someone to adopt them and take them home. The primary reason behind this rise in pet adoption is the fact that not only do animals give humans unconditional love, but they have also been proven to be emotionally, psychologically, and physically beneficial to their companions. Caring for a pet animal provides a sense of purpose and fulfillment in one’s day-to-day life and it also reduces the feeling of loneliness, in this era of busy schedules and nuclear families. But adopting an animal comes with the huge responsibility of taking care of it in every possible way, as animals are also being diagnosed with several diseases. That is why the demand for diagnosis of various diseases, injuries, and disorders of these animals is on a significant rise. For example, the recent years have observed a significant rise in the prevalence of cancer in dogs and cats, which directly generates a rise in the need for proper pet cancer diagnosis.

PLC is the primary computing system, which controls automated machines. The system also helps in detecting any errors or flaws and alerts the technician. PLC systems are also preferred over traditional systems, like relays and switch boxes, due to their compact sizes. Another advantage of PLCs is their multi-functionality (owing to their programmable nature that can be used for multiple operations depending on the application). Machine downtime is one of the major factors that has an impact on the manufacturing efficiency of an industry. It is estimated that downtime is responsible for 5-20% of the manufacturing losses incurred during operation. The deployment of PLC systems enables the identification and rectification of errors, and can initiate rapid responses even without human intervention. Hence, these automated PLC systems are estimated to assist in reducing the machine downtime from 20% to almost 4%. The market studied is strongly impacted by the industrial output and the investment funneled into the computers and software. These PLC systems have traditionally been the foundation of both process and discrete factory automation. The growing adoption of Industry 4.0 across the industrial verticals has augmented the market studied.

Smart sports equipment are those sport equipment that are infused with sensors that track, monitor, and analyze athletes performance. These smart sports equipment also advice on technique improvements as well as help compare their performance with other players. The global smart sports equipment market is analyzed based on its prospects and future growth rate. The report highlights numerous factors that influence the growth of the smart sports equipment market. These include market forecast, drivers, restraints, opportunities, and role of different key players operating in the market. The report is analyzed for smart sports equipment by product type such as smart balls, smart golf sticks, smart hockey sticks, smart rackets & bats, and others. In addition, it focuses on the end user segment that includes men and women. Moreover, it focuses on the distribution channel including specialty stores, franchise stores and online stores. Furthermore, it includes revenue generated from the sales of smart sports equipment across North America, Europe, Asia-Pacific, and LAMEA.

Mining is the process of extracting coal, metals, minerals, and others from the earth. For these extractions, mining equipment are used for which drill bits are required. Mining drill bits are cutting tools that are used to dig hole of circular area. These drill bits are deployed to remove rock or debris material to create different size of holes. By type, the market is segmented into rotary bits, DTH hammers bits, and others. The others segment is further divided into anchor bits, cross bits, and chisel bits. Whereas, the rotary bits segment is bifurcated into fixed cutter bits and roller cone bits. Based on material, the market is categorized into steel, diamond, and tungsten carbide. The diamond bits segment is further classified into thermally stable diamond bits, PDC, and surface set diamond bits. Bit size analyzed in the report includes up to 150 mm to above 300 mm. By operation segment, the market is bifurcated into underground drilling and surface drilling.

A variable frequency drive (VFD) is a motor controller that drives an electric motor by varying the frequency and voltage of its power supply. The VFD also has the ability to control ramp-up and ramp- down of the motor during start or stop, respectively. Even though the drive controls the voltage and frequency of power supplied to the motor, it is often referred to as speed control, since the result is an adjustment of the motor speed. Additionally, the advanced and modern drives integrate the networking and diagnostic capabilities into better performance and increased productivity. Intelligent motor control, energy savings, and reduction of peak-current drawn are some of the major reasons to choose a VFD as the controller in every motor- driven system. Increased investments from several global VFD vendors (especially in R&D) have allowed them to further the technology and prompt the growth of the variable frequency drives market. The investment in the Asia-Pacific region has been higher, owing to the opportunities arising from relatively higher infrastructure and economic development in the region.

Multilayer ceramic capacitors were first developed in the 1970s and 1980s, but their widespread adoption was possible in the last decade with the development of new dielectric materials and fabrication methods. The MLCC (Multilayer ceramic capacitors) possess unique characteristics like flexibility in size or shape, low cost, ability to withstand high voltages and are considered to most reliable. However, the most crucial characteristic that resulted in their widespread adoption was their ability to pack multiple components into a single package. Each MLCC has hundreds of layers and each layer acts as a separate component. This eliminated the use of additional components in the circuitry. MLCC were at the center of all the technological innovations that happened in the last decade, and they can be considered to be one of the en ablers of new innovations in consumer el ectronics, telecommunications, and energy storage.

The concept of liquid immersion cooling has been familiar in the global IT infrastructure market for a long time now. High-performance computing (HPC) operators, such as Intel, have been experimenting and using the technology since 2012. However, the recent surge in data center construction activity, majorly targeted to serve high traffic zones with minimum latency, has forced data center operators to expand beyond a suitable environment into complex urban facilities. This increases the demand for server cooling technology, which is expected to witness the environmental and space constraints posed by traditional air cooling and liquid cooling practices. The increasing need for solutions that could reduce the physical footprint the data center and accommodate high density operations at the same time has bolstered the demand for immersion cooling.

The global healthcare industry comprises different players, including hospitals, physicians, diagnostic laboratories, pharmacies, payers, nursing homes, medical device manufacturers, and other components of the healthcare system. The aging population across the globe and the increasing prevalence of acute and chronic diseases are the fundamental drivers that are creating a demand for various healthcare services, medical equipment, and supplies. Arizton anticipates that there would be a huge demand for various medical devices in the coming years.

The US Food and Drug Administration (FDA) is responsible to ensure that the public health and safety ae not compromised through the products that are intended for human and animal consumption. Hence, FDA laid regulations for maintaining the safety of instruments in calibration services.  The FDA has a code of regulations for medical device calibration requirements, which are stated in part 820 of its Quality System Regulation (QSR), Section 72. Title 21 of Code of Federal Regulations (CFR) part 820.72. This deals with inspection, measuring, and test equipment.  The regulation requirements of FDA for medical device calibration are not for specific measures. The regulations have been designed to ensure that the inspection, measuring, and the test equipment satisfy the intended use and quality requirements. The regulations act as guidelines for the manufacturers and distributors of medical equipment and devices, as they define the procedures, accuracy standards, and frequency of calibration that must be followed for calibrated equipment.