Techno Research Reports

The global bare metal cloud service market is bifurcated by components into hardware, software, and services. Services based component segment is expected to reach US$ 8,465.3 Mn by 2025. Bare metal cloud service is very useful for the highly intensive applications and many well-established players are launching novel services pertaining to the bare metal cloud. For instance, in January 2017, Oracle Corporation announced the availability of the load balancing service that enable user to create a highly available load balancer within the company’s virtual cloud network. With the help of a load balancing bare metal cloud service, user can allocate internet traffic to their compute instances across many regional obtainability domains when the application stresses on the high availability. Large enterprise segment is expected to dominate the bare metal cloud service market around the globe On the basis of enterprise type, the bare metal cloud service market is segmented into SMBs

Navigation is an important aspect for vehicles, as it directs about the unknown ways to the driver. 3D maps for navigation have enlarged the usefulness and usability of maps. Drivers commonly prefer to have a map whilst travelling into unknown areas or within new cities. 2D maps have direction; however, the accuracy is not so high, unlike 3D maps that offer the driver with a more accurate map of the area. This assists in accurate navigation, position finding, and more comfortable driving. 3D maps created a revolution in the field of navigation. 2D maps are unable to describe the surrounding the way it is, and many times, it leads to erroneous navigation, as 2D map systems do not display information about the surroundings like bridges, work in progress on road, surrounding of road, terrain areas. However, 3D road maps have exhaustive information about the road surrounding as well as road structure. Accuracy, wider range of information, increasing tourism across the globe, amplifie

Increasing instances of buildings catching fire can result into unwanted accidents and injure residents and employees. To prevent such occurrence of such accidents, individuals are spending on fire and smoke detecting systems. As smoke alarms detect the smoke or fire in the residential and commercial premises, customers can take precautions and evacuate the building to avoid accidents. In addition, smoke alarms transmits early signals to alert individuals of smoke detected. However, the conventional smoke alarms tend to detect smoke and transmit false alarms. Due to these factors, individuals need to check and ensure the source of smoke themselves. In order to improve customer experience, leading manufacturers are focusing on incorporating smart and innovative features such as multiple protect and WiFi for effective smoke alarms. On account of these factors, the global smoke detector market is expected to witness a steady CAGR, accounting for a value of over US$ 2,100 Mn by the e

The global virtual evolved packet core market is projected to grow at 36.3% CAGR during the forecast period 2018-2026. According to the report, the global market will continue to be influenced by a range of macroeconomic and industry-specific factors. Growing need for flexible and elastic networks, increasing smart phone penetration, rising number of LTE subscribers has increased the penetration and growth of virtual evolved packet core market globally. Increasing need for savings in capital expenditure (CapEx) and operational expenditure (OpEx), the adoption of virtual evolved packet core solution by enterprises is increasing. Growing consumer demand for high speed data networks for reliable connectivity and mobility has increased the demand for virtual evolved packet core solutions. The numerous advancements in networking industry such as 5G, LTE and VoLTE are expected to boost the demand for virtual evolved packet core solutions. Cloud segment to Remain Most Lucrative

Increasing concerns over improving the measures for automobile safety has propelled the need for advanced airbag electronics. OEMs are upgrading the electronic control units used to regulate the deployment of airbags in vehicles. Smart airbags are being integrated in the latest offerings of automakers across the globe. New technologies, such as IoT, and advanced sensors are being integrated to extend the efficiency of airbag electronics in modulating the safety of automobile and its occupants. Ongoing innovation in development of airbags has led to disruptive transformations in the technologies used for developing airbag electronics. Advancements in airbag designs are influencing the development of airbag electronics. Crash sensors, igniters, inflation equipment, weight sensors embedded in passenger seats, seat occupancy detectors and ultrasonic sensors are being integrated as key components in airbag electronics. Smart airbag technologies are being incorporated to develop airbag

As the automotive industry continues to achieve new peaks, primarily in the Asia Pacific region, the segment of automotive leaf spring is gaining traction, because the suspension of a vehicle goes a long way towards determining its capacity to handle load as well as offer safety and comfort to the passengers. As conventional vehicle suspension unit, leaf springs are facing deficit in the passenger vehicle segment but its application in commercial vehicles is irreplaceable, as load carrying capacity and rigidity are the strengths of leaf springs. According to this business intelligence study, the demand in the global automotive leaf spring market will multiply at a notable CAGR of 6.1% during the forecast period of 2017 to 2025. In terms of revenue, the vendors of the automotive leaf market will have an opportunity of US$7,631.1 mn by the end of 2025 to make profits from, substantially more than the market’s evaluated valuation of US$4,767.3 mn as of 2017. The fruitfulness of the

Cutting the cables and wires continues to run at the back of mind for several consumers using wired electronic devices. Common and essential gadgets such as headphones are also transforming into the wireless spectrum. While eliminating the use of cables does lower the production costs for headphone manufacturers, developing effective wireless transmitters and receptors, and integrating these components in the devices becomes a critical task. Moreover, several consumers are actively using audible media with stereophonic sound. While the demand for stereo headphones continues to remain predominant in the consumer electronics marketplace, upgrading these devices with cord-free mobility from the use of wireless technologies is instrumenting a transformation in consumer preferences. Consumers are being attracted towards wireless stereo headphones, and are including these devices into their daily lifestyles. According to Transparency Market Research’s latest forecast study, the global

Thanks to the increasing trend of digitization, the global market for telecom order management is witnessing a remarkably high growth. The rising number of connected devices across the world, coupled with a surge in order management complexities, is fueling the demand for effective telecom order management solutions, reflecting greatly on the market’s growth. However, the hesitation among enterprises in taking up new technologies may limit the demand for these solutions in the years to come. In 2016, the global telecom order management market was worth US$1.91 bn. Expanding at a healthy CAGR of 8.80% between 2017 and 2025, the opportunity in this market is likely to reach US$4.05 bn by the end of 2025. The constant advancements in next-generation telecom order management solutions will support the market considerably in the near future. Get PDF Sample of This Report @ https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=39074 On-premise Segment t

The global market for portable gas detection equipment is expanding on the back of stringent regulations for workplace safety especially in industrial and manufacturing sectors. With product innovation and technological advances newer wireless gas detectors have been developed that can detect poisonous gases and are useful to measure gas concentrations in hard to reach environments. Wireless gas detectors can detect a host of industrial gases such as carbon dioxide and ammonia that are hazardous to health. With increasing petroleum prices and environmental emission concerns the use of natural gas as an automobile fuel is on the rise. As such, the increasing number of natural gas filling stations is stoking demand for natural gas detector to prevent accidents. On the flip side, high response time of gas detectors with change in gas concentration and intense competitive rivalry among market players is negatively impacting revenue of the portable gas detection equipment market.

Global demand for hacksaw blades continues to be influenced by a range of broader and industry-specific factors. On a broader level, resurgence in the construction sector and steady recovery of industrial sector in major economies is creating growth opportunities. Affordability and easy availability of hacksaw blades continue to ramp up adoption in key industries, whereas highly fragmented nature of the marketplace continues to pose challenges for manufacturers. Overall, the outlook on global hacksaw blades market is positive, and it is projected that demand will continue to grow at a steady pace during the assessment period. Hacksaw blades have traditionally been used across a range of end-use industries, and steady demand from these sources is likely to provide an impetus to growth during the assessment period. Hacksaw blades remain an efficient tool for carrying out basic and slightly complex cutting tasks, and their affordability and cost-effectiveness make then an appealing

AS-Interface stands for actuator sensor interface. An AS-Interface is a networking solution which is used in PLC, DCS, and PC-based automation systems.It is a master slave system where a single AS-Interface where a single AS-Interface master is used to exchange I/O data with up to 62 to AS-Interface slave devices.The main purpose of AS-Interface is to connect I/O devices such as actuators, sensors, rotary encoders, push buttons, and analog inputs and outputs using a single 2-conductor cable. An AS-Interface serves as an alternative to hard wiring of field devices. It used as a partner network for networks such as Profibus, DeviceNet, and industrial Ethernet. AS-Interface is used to link connection to a higher level controller system with other devices, which enables a smooth flow of data given to the slaves. It enables effective monitoring, controlling, and execution of the manufacturing process. Applications of AS-Interface is extended to automation applications, conveyor contro

Semiconductor has made its presence in almost all the industry sectors. Semiconductor assembly and test services (SATS) is predicted to grow gradually with the growing trend of outsourcing by the OEMs and chipmakers. The semiconductor assembly and test services is seen shifting towards outsourcing business mode and increase in shift to outsourcing of SATs is expected in the coming years as the OEMs and device manufacturers tend to keep pace with the growing complexity in packaging technology. The advancement in packaging technology with the development of wafer-level processes have made the semiconductor assembly and test services providers technology enablers for the emerging consumer electronics and computing applications. The recent growth in consumer electronics with the innovation and advancement in technology, have propelled the semiconductor assembly and test services market across the world. The demand for higher packaging technologies has risen with the high growth of sm

An optical encoder is an electromechanical device which produces electrical output and is proportionate to the angular state of the input shaft. The optical encoder operates on the principle of optics which converts angular displacementor mechanical rotary motion of an input shaft into a digital signal. A light source from an infra-red or LED is passed through a rotating high-resolution code disk or encoded disk which contains a binary code or grey code. Photo sensors, which could be a phototransistor, photovoltaic cell, or silicon photodiode on the other side of the disc scans the rotating encoded disk and generates the output electric signal. The output signal from the photo sensors is a series of voltage pulses since the light from infra-red or LED source is interrupted by opaque areas of the encoder disc. Incremental encoders and absolute encoders are two basic types of optical encoders. Incremental encoder also known as relative rotary encoder produces the square wave pulses

Aircraft survivability equipment reduces the susceptibility of an aircraft, thereby permitting the aircrews to undertake their immediate mission safely. These equipment maximize the survivability of an aircraft against a constantly growing threat without degrading combat mission effectiveness. The dynamics of the threat against aviation assets has increased significantly and become more complex due to combat missions in different countries. Therefore, governments across the world are planning to upgrade their existing infrastructure and system capabilities to meet the dynamic future threats. Governments across the globe are encouraging the replacement of legacy systems for aircraft safety and surveillance by technologically advanced and multi-threat protection systems. Aircraft survivability equipment can flexibly work with existing mission systems, as they can integrate with mission systems of different platforms. This is an important factor that is driving the aircraft survivab

Aerostructures are the structural components of an aircraft’s body frame or airframe. Aerostructures help an aircraft to withstand the aerodynamic forces during flight, and thus includes all the components that helps an aircraft to fly. The propulsion systems, wings, flight control surfaces, fuselages, and empennage are some of the aerostructures present on any aircraft body. The global aerostructure market is driven by the increased deliveries of new aircrafts along with demand for spare parts for old aircrafts. Market Dynamics: Global Aerostructure Market The aerostructure market is primarily driven by increased deliveries of commercial aircraft across the globe. With the increase in passenger mobility over the past few years, the commercial aviation industry is witnessing significant growth in the deployment rate of commercial aircrafts, which is strongly driving and supporting the growth of the global aerostructure market. Moreover, it is observed that, the aircraft manuf