Automotive Head-up Display Market- Increasing Focus On Safety Features From Both Manufacturers And Consumers

Automotive head-up display or HUD, is a technical and safety feature transparent device, which displays key information such as navigation direction, speed of the car, time, and distance travelled, directly in the driver’s line of sight. The automotive head-up display avoids and reduces chances of distraction of the driver by providing key information to him. It displays information either on the windshield of the car or on a separate screen. The automotive head-up display is presently installed in the latest models of cars such as Jaguar XF, Chevrolet Corvette Stingray, BMW 7series, Audi A7, and Mercedes-Benz S-class.

Rise in demand for automotive head-up display, which is generally available in the new cars owing to its advantages of projecting key information, is expected to drive the automotive head-up display market during the forecast period. Furthermore, in older vehicles, it is possible to install the automotive head-up display owing to its low-cost structure. Certain automotive head-up displays also respond to voice command and recognize hand gestures owing to the increase in modernization in the automobile industry. This enables the motorist of the vehicle to opt for the shortest possible route or distance to travel. The automotive head-up display uses nano-technologies in order to avoid double reflection. These systems provide night vision, which projects all the major information to the driver on the screen and is expected to drive the adoption of automotive head up display in automotive industries during the forecast period. It provides lucrative opportunities for modernization of the automotive industry. Automotive head-up displays are expensive and non-upgradable in passenger vehicles, which is anticipated to be a major restrain to the automotive head-up display market during the forecast period.

The automotive head-up display market can be segmented based on technology, vehicle type, head-up display type, engine type, sales channel, and region. Based on technology, the automotive head-up display market can be bifurcated into two segments. In terms of technology, the augmented reality HUD segment accounts for a prominent share of the market as compared to the other segment. Any standard model of a modern vehicle is generally equipped with the augmented reality HUD system, which provides visual attention to the driver in reality.

In terms of vehicle type, the automotive head-up display market can be classified into passenger vehicles and commercial vehicles. The passenger vehicles segment dominates the automotive head-up display market, as compared to the commercial vehicles segment. The passenger vehicles segment is expected to maintain its dominant position in the market during the forecast period owing to the higher rate of adoption of auto HUD systems in the segment.

Based on the head-up display type, the automotive head-up display market can be segregated into windshield HUD system and other segments. The windshield HUD system segment accounts for a prominent share of the market. The windshield HUD system conveys relevant information to the driver directly on the windscreen in his line of sight.

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In terms of engine type, the automotive head-up display market can be segmented into internal combustion engine, battery electric vehicle, and other segments. The internal combustion engine segment holds a significant share of the markets as compared to the other segments. This is due to the higher number of vehicles deployed with internal combustion engines.

 Based on sales channel, the automotive head-up display market can be divided into original equipment manufacturers (OEMs) and another segment. The OEMs segment accounts for a major share of the market owing to increasing focus on safety features from both manufacturers and consumers. Furthermore, a decline in the cost of the upgraded head-up display is expected to propel the OEMs segment.

Based on geography, the automotive head-up display market can be segmented into five regions. Europe accounts for a major share of the global automotive head-up display market owing to the high rate of adoption of head-up displays and the expansion of the automotive sector, leading to an increased production of vehicles incorporated with head-up displays, especially in Germany, France, Italy, and the U.K. Furthermore, the automotive head-up display market in the region is witnessing expansion owing to advancements in technology and safety regulations by the European Union.

Key players operating in the global automotive head-up display market include BAE System, Continental AG, Denso Corporation, Garmin Ltd, Viseton Corporation, Nippon Seiki Co., Ltd., Yazaki Corporation, and Exploride Inc.

Engine Braking System Market- Engine Braking Is Expected To Greatly Help Extend The Life Of The Braking System

Engine braking system is used to slow and control the vehicle. Engine brake changes the operation of the engine’s exhaust valves so that the engine works as a power-absorbing air compressor while activated. This impedes, or slows, the vehicle’s drive wheels, enabling for improved vehicle control without utilizing the brakes.

Engine braking is expected to greatly help extend the life of the braking system, as its parts do not wear. The 21st century is witnessing an increasing emphasis on saving energy, as energy resources are scarce. Some amounts of energy is recycled in the vehicle with the help of the engine braking system. Therefore, saving energy is a key factor that is driving the engine braking system market for automotive. Engine braking improves the overall efficiency of the vehicle owing to such functionality. These factors are propelling the engine braking system market for automotive. Engine braking system leads to reduced service brake maintenance, shorter trip times, and lower total cost of ownership. Stringent norms imposed globally by regulatory bodies on carbon emissions of automotive are also anticipated to boost the engine braking system market for automotive.

The engine braking system faces major issues such as periodic replacement and maintenance owing to its location in a heat- and friction-prone area. These are a few restraints of the engine braking system market for automotive.

The engine braking system market for automotive can be segmented based on components, vehicle type, sales channel, and geography.

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Based on components, the engine braking system market for automotive can be classified into rotor, and four other segments.

Based on vehicle type, the engine braking system market for automotive can be segregated into passenger vehicles (PVs) and commercial vehicles (CVs). The passenger vehicles segment can be further sub-segmented into hatchback cars, sedans, multi- purpose vehicles (MPVs), and sport utility vehicles (SUVs). The commercial vehicles segment can be further split into lightweight commercial vehicles (LCVs) and heavy commercial vehicles (HCVs).

In terms of sales channel, the engine braking system market for automotive can be classified into original equipment manufacturer (OEM) and one more segment. Most consumers prefer local manufacturers in order to replace the engine braking system for automotive, which reduces the replacement cost.

Based on geography, the engine braking system market for automotive can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. Asia Pacific accounts for a major share of the global engine braking system market for automotive, owing to the expansion of the automotive sector leading to an increased production of vehicles with engine braking system for automotive, especially in China and India. The automotive industry in regions and countries such as Europe, North America, and Japan accounts for a significant share in the economy of these regions/country. This is propelling the high rate of adoption of automotive engine braking system in these regions, as most vehicles manufactured in these regions are equipped with engine braking system technologies. This, in turn, is further boosting the global engine braking system market for automotive.

Key players operating in the global engine braking systems market for automotive include Jacobs Vehicle Systems, Inc. and WABCO.

2D Barcode Reader Market- Improved Mobility and a Wireless Connectivity of a 2D Barcode Reader

A two-dimensional (2D) barcode reader is a stationary or hand-held electronic device which can be used to capture and read the information encoded in the two-dimensional (2D) barcodes. Basically, a 2D barcode reader components include, a scanner or a reader, a sensor, a decoder and a cable. A scanner or a reader is used to capture a 2D barcode image. A sensor is used to detect the light, which is reflected back from a 2D barcode and a decoder is used to translate the data obtained from the 2D barcode image and forward it to computer through a cable. In case of cordless barcode reader, this data is transmitted using Bluetooth or Wi-Fi network. 2D barcode reader works by guiding a beam of light across a 2-D barcode. The sensor then detects and measures the amount of reflected light. A scanner or a reader converts this reflected light into a digital signal, which is converted into a meaningful data by a decoder and forwarded to a computer.

A 2D barcode reader market is anticipated to grow due to various factors including increasing use of 2D barcodes across various industries, the capacity of a 2D barcode to have more information including quantity, price, image or web addresses and the ability of a 2D barcode reader to scan or read both 1D and 2D barcodes. Various businesses wanting to make a significant impact on customers are using 2D barcode readers. As, 2D barcode readers enables more accurate and faster scans that eventually speed up the various transactions while billing & other related operations and improve customer experiences. A 2D barcode reader can read barcodes in any direction whether it is on a screen or printed, sideways or upside down. It helps reaching an item that is stored in an odd or a tight locations and results in a faster scans.

The factors expected to restrain the growth of a 2D barcode reader market is the higher cost of a 2D barcode reader. The 2D barcode readers are generally more expensive than the available one-dimensional (1D) barcode readers due to the advanced and innovative technology. However, the price gap is moving back at a faster rate due to advent of new affordable 2D barcode readers in the market.

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Improved mobility and a wireless connectivity of a 2D barcode reader are expected to create novel opportunities for a 2D barcode reader market. Multiple 2D barcode readers can connect to a mobile devices, cell phones and computers equipped with the Bluetooth technology to transmit the data wirelessly. This nullifies the need of corded or wired devices that can be cumbersome to carry and makes it difficult to reach to certain items while billing. This could results into significant amount of time saving. Furthermore, 2D barcode readers can read barcodes from screens such as smartphones, which can be useful for couponing and ticked event.

2D barcode reader market can be segmented according to the 2D barcode reader type, form factor, end-use industry, connectivity and region. By 2D reader barcode type a 2D barcode reader market can be segmented as cord and cordless 2D barcode reader. Based on the form factor a 2D barcode reader market can be segmented into rugged, hands-free and handheld 2D barcode readers. Furthermore, on the basis of end-use industry the 2D barcode reader market can be segmented into retail, hospitality, transportation & logistics, manufacturing, healthcare and others. On the basis of connectivity the 2D barcode reader market can be segmented into Bluetooth, Wi-Fi and others.

Furthermore, geographically a 2D barcode reader market is segmented into North America, Europe, Middle East & Africa, Asia-pacific and South America. North America & Europe regions are expected to lead the 2D barcode reader market due to the increasing investment in 2D barcode reader related technology by prominent companies. However, Asia-Pacific is expected to grow significantly due to the high adoption of 2D barcodes by various retailers across the region.

Some of the key players in the 2D barcode reader market are Zebra Technologies, Microscan Systems Inc., Wasp Barcode Technologies, Honeywell International Inc., KEYENCE CORPORATION, Motorola solutions, Cognex Corporation, Datalogic, Bluebird Inc, Opticon Inc. and more

Distributed File Systems and Object Storage Market- The Rapid Growth of Unstructured data is Enabling Enterprises

Global Distributed File Systems and Object Storage Market: Introduction

System designers are continuously working to improve the efficiency and performance of various applications. Distributed file system is server-based application which enables customers to access and process data that is stored in the server. The user works on the copied file while accessing and making changes which is being processed and sent back to the server.  Object storage is a technique to address and manipulate data storage as objects or discrete units.

Distributed file systems and object storage is among the preferred storage solution by the enterprises popular in the high-performance computing arena. Distributed file systems and object storage improves scalability and simplifies administration of various functions related to storage.

Global Distributed File Systems and Object Storage Market: Market Drivers and Challenges

Recent explosion of unstructured data is straining the IT infrastructure and operations, and is accelerating the need to manage leading to development of new storage model which is object storage. The rapid growth of unstructured data is enabling enterprises to explore various storage options encouraging the growth in file systems and object storage market. The need to perform efficiently and manage mission-critical data is enabling the vendors to invest in the R&D of various distributed file systems and object storage solutions driving the growth of global distributed file systems and object storage market.

However, complexity in deployment of distributed file systems and object storage and the high initial investment are factors impacting negatively to the growth in revenue of global distributed file systems and object storage market.

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Global Distributed File Systems and Object Storage Market: Segmentation

Global distributed file systems and object storage market is segmented into component type, deployment type, type of storage, scale-out type, end-use industry and region.

On the basis of component type, the global distributed file systems and object storage market can be segmented into hardware and software.

On the basis of deployment type, the global distributed file systems and object storage market can be segmented into on-premise and cloud-based.

On the basis of type of storage, the global distributed file systems and object storage market can be segmented into local storage and shared storage.

On the basis of scale-out type, the global distributed file systems and object storage market can be segmented into files-based scale-out and objects-based scale-out.

On the basis of end-use industry, the global distributed file systems and object storage market can be segmented into IT and telecommunication, retail, transportation and logistics, banking, financial services and insurance (BFSI), government and education, and others.

Global Distributed File Systems and Object Storage Market: Regional Outlook

On the basis of regions, the global distributed file systems and object storage market is segmented into North America, Latin America, Western Europe, Eastern Europe, Asia Pacific Excluding Japan, Japan, and Middle East and Africa.

North America distributed file systems and object storage market being among the most advanced and developed market globally has significant market share. Western Europe and Asia Pacific have maximum opportunity owing to the digitization and technological advancements in various countries in the regions. Latin America and Eastern Europe have positive growth in the forecast period contributing marginally to the global distributed file systems and object storage market.

Consumer IAM Market- Key Players are IBM Corporation, CLoudian, Inc., DataDirect Networks (DDN), Dell EMC

Consumer identity and access management (IAM) market is estimated to flourish owing to the frequent occurrence of cyber-attack and breach of cyber security. Due to the digitalization process, large number of businesses such as banking, financial operations, healthcare and education adopt digital data backing system. Growing investment in telecommunication sector along with internet penetration to remote areas drive the market demand for consumer IAM system in recent years. Demography of Asia Pacific consists of larger proportion of young population who are more digitally skilled. This group of population use digital transaction to a large extent in comparison to older population and this drives the growth prospect of consumer IAM market in recent years. More online transaction leads to more possibility of cybercrime and this factor in turn will raise the market demand for consumer IAM market during the forecast period. Moreover, this region consists of large number of emerging economies such as India, China, South Korea which witnesses high growth rate and triggering growth potential for telecommunication, healthcare, education sectors and this is a major driving factor for the market of consumer IAM during the forecast period. Growing trend of digitalization has led to the adoption of consumer identification system by various business units and this is expected to foster the growth prospect of consumer IAM market over the forecast period.

There is growing trends of adoption of smart devices and IoT (internet of things) technology. There is rising trend for smart home, smart buildings and that provide an opportunity for the consumer IAM market during the forecast period.

Consumer IAM market is segmented into ix sub segment on the basis of solution and the sub segments are directory, identity proofing, identity authentication, identity administration, identity analytics, and authorization. Identity analytics solution held the largest market share. This segment is estimated to hold its dominant position during the forecast period. The organizations face growing incidents of identity thefts and with the rising occurrence of identity cyber threats, this segment is estimated to grow at the highest CAGR (compound annual growth rate) during the forecast period. The organization adopt authenticated system for identity based analytics system thus fostering the growth prospect for consumer IAM market over the forecast period. Identity proofing and identity administration also held considerable market share over the forecast period.

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Based on authentication type, consumer IAM market is segmented into biometric and password based consumer IAM system. Biometric based authentication type is estimated to grow at largest CAGR (compound annual growth rate) over the forecast period. This type of biometric system is applied in banking, financial organizations, healthcare, and government sectors to ensure consumer authenticated identity. Password related consumer authentication system held the largest market share in recent years. This segment is the traditional system to ensure consumer identity and authentication.

On the basis of end use industries, the consumer IAM market is segmented into healthcare, banking and financial organization, telecommunication, education, government organizations and others. Telecommunication is expected to grow at highest CAGR (compound annual growth rate) during the forecast period. This industry require safe and secure data identification process and this in turn drives the consumer IAM market over the forecast period. Banking and financial organizations industry held the largest market share as this industry uses large amount of digital data. Online data transaction is very common in this region and thus this region accelerates the growth prospect for consumer IAM market during the forecast period.

In terms of region, consumer IAM market is classified into five regions such as North America, Europe, Asia Pacific, Middle East & Africa (MEA) and Latin America. North America held the largest market share in consumer IAM market owing to the greater utilization of digital data in banking, financial and healthcare system. Asia Pacific is estimated to be the fastest growing end use industry segment in consumer IAM market over the forecast period.

Some of the key players operating in the global consumer IAM market include, Microsoft Corporation, IBM Corporation, Ping Identity Corporation, Janrain Inc, iWelcome and others.

Product Engineering services Market- Key Players are IBM Corporation (U.S.), Cognizant (U.S.), Capgemini (France), Altran (France), ALTEN Group (France)

Product engineering refers to the process of innovating, designing, developing, testing and deploying a software product. The advent of Web 2.0 technologies and utility based software delivery through Software as a Service (SaaS) has led to the process of gradual transformation of client enabling engineering services from traditional software engineering to product engineering. Product engineering takes care of the entire product life cycle from the innovation phase, starting from the idea being conceived to the deployment and user acceptance testing phase. Product engineering goes through various phases such as, product design, product architecture, product testing, product ideation, product migration and porting, sustaining engineering, technical support, and professional services among others. Adoption of new age engineering models and digital technology models are becoming increasingly essential to produce more innovative products in a much more efficient and faster way. Product engineering services brings together deep domain and technology expertise for both the digital and physical world of products.

With the rise in sophisticated demand on manufacturers from various businesses and consumers across the world, product companies are continuously re-engineering, developing the process of innovation, optimizing the process, and minimizing the cost involved in meeting up with the growing demands of the consumers. These factors are expected to dive the growth trajectories of the global product engineering services market during the forecast period.  Further, growth of industrial internet of things is also anticipated to help the market grow over the forecast period. Industrial internet of things (IIOT) helps in boosting operational efficiency, enhance productivity and reduce the complexity of procedures involved in product engineering services. IIOT also helps in improving safety and quality of products in an industry, thus boosting the quality of engineering product services. Moreover, growth of the consumer electronic industry is also likely to play a crucial role in enhancing the growth of the product engineering services market. Increase in complexity of today’s technology has led to investments and huge research and technological developments in product engineering services to provide end-to-end system design, and innovative manufacturing and integration services.

Emergence of smart technologies such as smart homes, smart electronic devices and in-vehicle networking systems are some of the factors expected to create further growth opportunities in the global product engineering services market during the forecast period.

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The global product engineering services market has been segmented based on type of services, end-use industry and region.

Based on type of service, the market has been further segmented into, software engineering, hardware engineering, process engineering and others. Software engineering includes designing and writing programs for computer applications, therefore this market segment is expected to significant market share over the forecast period owing to increase in use of computer devices and smart phones. However, process engineering is expected to hold the largest market share during the forecast period owing to the fact that this branch of engineering is utilized in various industries such as agriculture, chemical, petrochemical, food and beverages, pharmaceutical, biotechnology and other industries.

Based on end-use industry, the market has been further segmented into, healthcare sector, automotive, aerospace, information technology, telecommunications, energy, industrial manufacturing and others. With rapidly evolving technology, there has been an increasing need by the medical device companies to continuously innovate and improve their product base and deliver cost efficient technologies for taking care of patients and create a more holistic environment for disease management solution services.

Some of the key players operating in the global cloud backup market are, IBM Corporation (U.S.), Cognizant (U.S.), Capgemini (France), Altran (France), ALTEN Group (France), AVL (Austria), HCL (India), AKKA Technologies (France), Wipro (India) and Tata Consulting Services (TCS) (India), among others.

NVMe (nonvolatile memory express) Market- Key Players are DragonFly BSD, Free BSD, Haiku, Illumos, iOS, Linux, NetBSD, Open BSD

Non-volatile memory express (NVMe), also known as Non-volatile memory host controller interface (NVMHCI), is a device interface specification which enables a solid-state drive (SSD) to effectively utilize a high-speed peripheral component interconnect express (PCIe) bus in a computer. This communications interface/protocol is developed by a consortium of vendors including Intel, Dell, Samsung, Sandisk, and Seagate. NVMe is a new server storage I/O access method and protocol for fast access to NVM based storage and memory technologies.

Key features of NVMe include – lower latency due to improving drivers and increased queue sizes, reduced CPU usage, bandwidth improvements, higher I/O activity rates, and multiple packaging options, deployment scenarios and configuration options.

Market Overview:

Conventionally, SSDs utilized buses such as SATA, SAS or Fiber Channel to interface with rest of the computer system. With SSDs becoming available in mass markets, SATA became the typical way for interfacing SSDs with personal computers. However, as SATA was designed primarily for interfacing with hard disk drives (HDDs), it became impossible for SSDs that improved in speed over the years.

This became a big bottleneck for the high end SSDs. Initially these high-end SSDs utilized PCIe bus, but used non-standard specification interfaces. Later NVMe was established to standardize the interface/protocol by which PCIe FLASH were being accessed.

Presently, NVMe interface supports various operating systems including Chrome OS, DragonFly BSD, Free BSD, Haiku, Illumos, iOS, Linux, NetBSD, Open BSD, OS X, Solaris, VMware and Windows.

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Market Dynamics

Increasing adoption is being witnessed for NVMe interface as next-generation data intensive workloads are utilizing low latency NVMe flash-based storage to cater to rising user demand. Moreover, NVMe interface is designed from the ground up, capitalizing on the low latency and parallelism of PCIe SSDs, and harmonizing with the parallelism of contemporary CPUs, platforms and applications. These features makes it preferable over Advanced Host Controller Interface (AHCI), which faces several problems when used with SSDs connected through the PCIe bus.

Continuous developments are under progress on point-to-point communication (PCIe, RDMA- technologies such as RoCE and iWARP), as well as for Fabrics (InfiniBand-, Ethernet- and Fibre Channel-based, including FCoE).

Competitive Landscape

The NVMe specification introduced by the Non-Volatile Memory Host Controller Interface (NVMHCI) Work Group, which included over 90 companies from the technology industry. However, in March 2014, the group incorporated to become NVM Express, Inc. Presently, the group owns and maintain the specifications, and promotes awareness regarding adoption of NVMe.

In December 2015, QLogic and Brocade Communications Systems, Inc. introduced NVMe over fabrics solution using fiber channel as the fabric.

In September 2016, CompactFlash Association (CFA) launched the CFexpress, a new removable memory card specification based on PCIe and NVMe

With the concept of NVMe being both evolutionary and of sufficient value, number of technology vendors are expected to bring NVMe products to market over the next years.