#Ambient Radio Monitoring Sensors Market

[nextmscblog]

Ambient Radio Monitoring Sensors Market: Future of Environmental Monitoring

Introduction

In an era where environmental concerns are at the forefront of global discussions, the role of technology in monitoring and mitigating environmental issues has become increasingly crucial. Ambient radio monitoring sensors represent a key technological innovation in the field of environmental monitoring, offering real-time data collection and analysis capabilities across a range of environmental parameters. According to the study by Next Move Strategy Consulting, the global Ambient Radio Monitoring Sensors Market size is predicted to reach USD 27.72 billion with a CAGR of 12.1% by 2030. This projection underscores the significant role that ambient radio monitoring sensors are poised to play in the landscape of environmental monitoring in the coming years.

Understanding Ambient Radio Monitoring Sensors

Ambient radio monitoring sensors are sophisticated devices designed to measure and monitor various environmental parameters, including air quality, radiation levels, electromagnetic fields, and noise levels. These sensors utilize radio frequency technology to detect and analyze environmental signals, providing valuable insights into environmental conditions and trends. Unlike traditional monitoring methods, which often involve manual data collection and periodic sampling, ambient radio monitoring sensors offer continuous, real-time monitoring capabilities, enabling stakeholders to access up-to-date information about environmental conditions.

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The operation of ambient radio monitoring sensors typically involves the deployment of sensor nodes in strategic locations to collect environmental data. These sensor nodes are equipped with sensors capable of detecting specific environmental parameters, along with communication modules for transmitting data to a central monitoring system. Through wireless communication protocols such as Wi-Fi, Bluetooth, or cellular networks, sensor data can be transmitted to a central server or cloud-based platform for analysis and visualization.

Key Drivers of Market Growth

Several factors are driving the growth of the ambient radio monitoring sensors market, including:

Growing Environmental Concerns: The increasing awareness and concern regarding environmental issues such as air pollution, climate change, and habitat destruction have spurred demand for advanced monitoring solutions.

Regulatory Mandates: Governments and regulatory bodies worldwide are implementing stringent environmental regulations, mandating the monitoring of environmental parameters to ensure compliance and protect public health and ecosystems.

Urbanization and Industrialization: Rapid urbanization and industrialization have led to heightened pollution levels in many regions, driving the need for advanced monitoring solutions to assess and mitigate environmental impacts.

Technological Advancements: Advances in sensor technology, IoT, and AI are enabling the development of more sophisticated and efficient ambient radio monitoring sensors, expanding their capabilities and applications.

Cost-Effectiveness: Ambient radio monitoring sensors offer a cost-effective alternative to traditional monitoring methods, providing continuous monitoring capabilities at a lower cost.

Applications of Ambient Radio Monitoring Sensors

Ambient radio monitoring sensors find applications across various industries and sectors, including:

Environmental Monitoring: Ambient radio monitoring sensors are used to monitor air quality, radiation levels, electromagnetic fields, and noise levels in urban areas, industrial facilities, and remote locations.

Healthcare: In healthcare settings, these sensors are deployed to monitor indoor air quality, temperature, humidity, and other environmental factors to ensure patient safety and comfort.

Agriculture: Ambient radio monitoring sensors are utilized in agriculture to monitor soil moisture levels, temperature, and humidity, optimizing crop growth and resource utilization.

Transportation: In transportation, these sensors are employed to monitor traffic congestion, air pollution, and noise levels, contributing to the development of more sustainable and efficient transportation systems.

Smart Cities: Ambient radio monitoring sensors play a key role in smart city initiatives by providing real-time data on environmental conditions, supporting urban planning and development efforts.

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Future Trends and Developments

Looking ahead, several trends and developments are expected to shape the future of the ambient radio monitoring sensors market:

Integration with IoT and AI: Ambient radio monitoring sensors will continue to be integrated with IoT and AI technologies, enabling more intelligent and autonomous monitoring capabilities.

Advancements in Sensor Technology: Ongoing advancements in sensor technology will lead to the development of more sensitive, reliable, and cost-effective ambient radio monitoring sensors.

Expansion of Applications: The application of ambient radio monitoring sensors is expected to expand beyond environmental monitoring to include areas such as healthcare, agriculture, transportation, and smart city initiatives.

Focus on Sustainability: There will be a growing emphasis on sustainability in the development and deployment of ambient radio monitoring sensors, with a focus on minimizing environmental impact and resource consumption.

Emergence of Novel Sensor Designs: Novel sensor designs, such as wearable sensors and miniaturized sensor arrays, will emerge to meet the diverse monitoring needs of different industries and applications.

Enhanced Data Analytics: In addition to advancements in sensor technology, there will be a parallel focus on enhancing data analytics capabilities. Advanced algorithms and machine learning techniques will be employed to analyze the vast amounts of data generated by ambient radio monitoring sensors, enabling more accurate predictions, trend identification, and anomaly detection.

Integration with Blockchain Technology: As data security and integrity become increasingly important in environmental monitoring, ambient radio monitoring sensors may be integrated with blockchain technology to ensure tamper-proof data storage and secure data transmission. Blockchain's decentralized ledger system can provide transparency and trust in environmental data management, enhancing accountability and regulatory compliance.

Cross-Sector Collaboration: To address complex environmental challenges, there will be greater collaboration and partnerships between governments, industries, academia, and non-profit organizations. Cross-sector collaboration will facilitate the sharing of data, expertise, and resources, leading to more holistic and integrated approaches to environmental monitoring and management.

Focus on Citizen Science: Citizen science initiatives will play a growing role in environmental monitoring, with individuals and communities actively participating in data collection and analysis efforts. Ambient radio monitoring sensors may be deployed in citizen science projects to empower citizens to monitor environmental conditions in their local communities, contributing valuable data to scientific research and decision-making processes.

Regulatory Harmonization: With the increasing globalization of markets and environmental challenges, there will be a push for regulatory harmonization and standardization in environmental monitoring practices. International standards and guidelines for ambient radio monitoring sensors may be developed to ensure consistency, interoperability, and quality assurance across different regions and jurisdictions.

Conclusion Ambient radio monitoring sensors represent a paradigm shift in environmental monitoring, offering real-time data collection and analysis capabilities across a range of environmental parameters. With their ability to provide continuous monitoring, actionable insights, and cost-effective solutions, these sensors are poised to revolutionize how we monitor and manage our environment. As governments, industries, and communities strive to address environmental challenges and build a sustainable future, ambient radio monitoring sensors will undoubtedly play a crucial role in shaping the way we understand, protect, and preserve our planet.

[nmsc-market-pulse]

Ambient Radio Monitoring Sensors Market: A Comprehensive Analysis

According to the study by Next Move Strategy Consulting, the global Ambient Radio Monitoring Sensors Market size is predicted to reach USD 27.72 billion with a CAGR of 12.1% by 2030.

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Ambient radio monitoring sensors play a pivotal role in monitoring and analyzing radio frequencies in various environments. These sensors are crucial for ensuring the safety and efficiency of telecommunications, broadcasting, and other radio-dependent industries.

This comprehensive analysis delves deeper into the ambient radio monitoring sensors market, exploring key trends, drivers, challenges, and opportunities shaping its growth trajectory.

Understanding Ambient Radio Monitoring Sensors:

Ambient radio monitoring sensors are sophisticated devices designed to detect and measure radio frequency signals present in the surrounding environment. They serve as the frontline defense against electromagnetic interference, ensuring the integrity and reliability of wireless communication systems. These sensors capture data on radio frequency emissions from various sources, including communication towers, broadcasting stations, wireless devices, and industrial equipment. By analyzing frequency bands, signal strengths, modulation types, and other parameters, ambient radio monitoring sensors provide valuable insights into the radio frequency landscape.

Market Dynamics:

The ambient radio monitoring sensors market is experiencing robust growth, driven by several key factors. Firstly, the exponential growth of wireless communication technologies, such as 5G, IoT, and Wi-Fi, is fueling the demand for monitoring solutions. As these technologies become increasingly pervasive, the need to monitor and manage radio frequency interference becomes paramount to ensure optimal performance and user experience.

Moreover, the proliferation of connected devices and the Internet of Things (IoT) ecosystem is creating new challenges for spectrum management. Ambient radio monitoring sensors play a crucial role in spectrum monitoring and allocation, helping regulatory authorities and telecommunications companies optimize the utilization of available frequency bands.

Additionally, stringent regulations and standards governing electromagnetic compatibility (EMC) and radio frequency emissions are driving the adoption of ambient radio monitoring sensors. Governments and regulatory bodies worldwide are imposing strict guidelines to mitigate interference and ensure compliance with safety standards.

Challenges and Opportunities:

Despite the promising growth prospects, the ambient radio monitoring sensors market faces several challenges. One of the primary challenges is the complexity of radio frequency environments. These environments are characterized by diverse signal sources, frequencies, and interference patterns, making accurate and reliable monitoring a daunting task. Addressing this challenge requires advanced sensor technologies, sophisticated signal processing algorithms, and predictive analytics capabilities.

Furthermore, the high initial investment and maintenance costs associated with ambient radio monitoring systems pose a barrier to market entry, particularly for small and medium-sized enterprises (SMEs). However, advancements in sensor technologies, such as software-defined radios (SDRs) and miniaturized hardware components, are driving down the cost of deployment and making ambient radio monitoring solutions more accessible to a wider range of stakeholders.

Moreover, the integration of ambient radio monitoring with other environmental monitoring systems, such as air quality and weather monitoring, presents new opportunities for market growth and innovation. By leveraging synergies between different monitoring platforms, organizations can gain a more comprehensive understanding of their operating environment and make informed decisions to enhance operational efficiency and sustainability.

Additionally, the emergence of edge computing and cloud-based analytics is revolutionizing the way ambient radio monitoring data is collected, processed, and analyzed. These technologies enable real-time monitoring, predictive maintenance, and proactive decision-making, empowering organizations to optimize their radio frequency management strategies and mitigate potential risks.

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Regulatory Compliance and Standards: Regulatory compliance and adherence to international standards pose significant challenges for stakeholders in the ambient radio monitoring sensors market. Ensuring that monitoring systems meet regulatory requirements and certification standards adds complexity to product development and deployment. However, compliance with these regulations is essential for gaining market acceptance and building trust among customers and regulatory authorities.

Data Privacy and Security Concerns: With the increasing volume of data generated by ambient radio monitoring sensors, data privacy and security have become paramount concerns. Organizations must implement robust cybersecurity measures to safeguard sensitive information from unauthorized access, data breaches, and cyber-attacks. Addressing these concerns is essential for maintaining trust and confidence in ambient radio monitoring solutions among users and stakeholders.

Skills Gap and Talent Shortage: The rapid evolution of ambient radio monitoring technologies requires a skilled workforce with expertise in sensor technologies, data analytics, and radio frequency engineering. However, there is a growing skills gap and talent shortage in these specialized fields, posing a challenge for organizations seeking to innovate and develop advanced monitoring solutions. Bridging this gap through training programs, academic partnerships, and talent development initiatives is essential for sustaining market growth and competitiveness.

Interoperability and Compatibility: Ensuring interoperability and compatibility between different ambient radio monitoring systems and devices is crucial for seamless integration and interoperability across heterogeneous environments. Lack of standardized protocols and communication interfaces can hinder interoperability and limit the scalability and flexibility of monitoring solutions. Developing industry-wide standards and protocols for data exchange and interoperability can address these challenges and facilitate the adoption of ambient radio monitoring technologies.

Environmental and Geographical Factors: Ambient radio monitoring sensors are often deployed in diverse environmental and geographical settings, ranging from urban areas to remote and rugged terrain. Factors such as temperature variations, humidity levels, terrain topology, and electromagnetic interference from natural sources can impact the performance and reliability of monitoring systems. Designing robust and resilient sensor solutions that can withstand environmental extremes and adapt to different operating conditions is essential for ensuring accurate and reliable data collection.

Ethical and Societal Implications: As ambient radio monitoring technologies become more pervasive, there are ethical and societal implications to consider, including issues related to privacy, surveillance, and social equity. Balancing the benefits of monitoring for public safety and environmental protection with the need to respect individual privacy rights and civil liberties is a complex challenge. Engaging stakeholders in transparent and inclusive dialogues about the ethical and societal implications of ambient radio monitoring technologies is essential for fostering trust and promoting responsible deployment and use.

Conclusion:

In conclusion, the ambient radio monitoring sensors market is poised for significant growth, driven by the increasing demand for spectrum management, the proliferation of wireless technologies, and growing concerns about electromagnetic interference. However, addressing challenges related to complexity, cost, and technology integration will be crucial for unlocking the full potential of this market.

With continuous innovation and strategic investments, the ambient radio monitoring sensors market is expected to play a vital role in ensuring efficient and sustainable radio frequency management across various industries.

[datahorizzon-research1]

The AI sensor market has undergone remarkable expansion, growing from a valuation of USD 3.4 Billion in 2022 to an anticipated market size of USD 93.9 Billion by 2032

In the automotive sector, AI sensors play a crucial role in enabling autonomous driving technologies. Advanced driver assistance systems (ADAS), powered by AI-enabled sensors such as LiDAR, radar, and cameras, enhance vehicle perception and decision-making capabilities, paving the way for safer and more efficient transportation. Additionally, AI sensors are increasingly being integrated into vehicles for predictive maintenance, real-time monitoring of vehicle health, and personalized driving experiences.

The healthcare industry is another prominent adopter of AI sensor technology, leveraging it for various applications such as remote patient monitoring, early disease detection, and personalized medicine. AI-powered sensors embedded in wearable devices, medical implants, and diagnostic equipment enable continuous monitoring of vital signs, detection of anomalies, and proactive healthcare interventions. These advancements not only improve patient outcomes but also drive down healthcare costs by enabling early intervention and preventive care.

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Top Companies are:

· Robert Bosch GmbH

· Teledyne Technologies Incorporated

· Sensirion AG

· Baidu, Inc.

· Sensata

· Technologies, Inc.

· ACI Worldwide

· BAE Systems

· LexisNexis Risk Solutions

· Goertek Inc.

· Hokuriku Electric Industry Co., Ltd.

· MEMSIC Semiconductor Co. Ltd.

· Silicon Sensing Systems Limited

· Movella Inc.

· Senodia Technologies Co., Ltd

Market Segmentations:

AI Sensors Market, By Application (2023–2032)

· Neural Networks

· Case-Based Reasoning

· Inductive Learning

· Ambient- Intelligence

AI Sensors Market, By Sensor Type (2023–2032)

· Pressure Sensors

· Position Sensors

· Temperature Sensors

· Optical Sensors

· Ultrasonic Sensors

· Motion Sensors

· Navigation Sensors

AI Sensors Market, By Technology (2023–2032)

· Natural Language Processing

· Machine Learning

· Computer Vision

· Context-aware Computing

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Regional Analysis

Asia Pacific dominated the market share in 2022, driven by strong demand for consumer electronics and automotive products in the region. ASEAN reports indicate a significant manufacturing presence, with a large portion of global consumer electronics, including televisions, radios, computers, and cell phones, being produced there. Notably, approximately 80% of hard disks are manufactured in this region. Moreover, the increasing adoption of smart home technologies in countries like China and Japan is contributing to market expansion. Consumers in these regions are showing growing interest in smart home devices such as voice-controlled interfaces, smart lighting systems, intelligent locks, plugs, and garage door sensors.

[severepeanutperfection]

Energy Harvesting System for Wireless Sensor Network Market Study: An Emerging Hint of Opportunity by 2032

The Energy Harvesting System for Wireless Sensor Network market stands as a beacon of sustainable innovation in the realm of IoT and smart technology. These systems, equipped with advanced mechanisms to harness ambient energy from the environment, provide a groundbreaking solution to power wireless sensor networks (WSNs) without the reliance on traditional energy sources. As industries and individuals alike strive to reduce their carbon footprint and achieve greater energy efficiency, the demand for energy harvesting systems has surged, offering the potential to revolutionize the way we power and manage IoT devices.

The growth of the Energy Harvesting System for Wireless Sensor Network market is driven by the pressing need for autonomous, self-sustaining IoT ecosystems. With the proliferation of sensors in applications ranging from industrial monitoring and smart agriculture to smart homes and healthcare, the challenge of replacing or recharging batteries frequently becomes a logistical and environmental burden. Energy harvesting systems tap into sources such as solar, vibration, thermal gradients, and radio frequency signals, transforming ambient energy into usable power for sensor nodes. This innovative approach not only extends the lifespan of devices but also reduces maintenance efforts and associated costs.

Market dynamics are marked by continuous research and development, leading to advancements in energy harvesting technologies and integration with IoT devices. Manufacturers are focused on enhancing the efficiency of energy conversion mechanisms, optimizing power management circuits, and expanding the compatibility of energy harvesting systems with various sensor types. Additionally, the market is fostering collaborations with sensor manufacturers, energy storage providers, and other stakeholders to create seamless solutions that cater to the diverse energy requirements of wireless sensor networks.

For More Info@ https://www.globenewswire.com/en/news-release/2023/03/29/2636895/0/en/Driven-by-High-Adoption-of-IoT-Solutions-Energy-Harvesting-System-for-Wireless-Sensor-Network-Market-to-Top-US-6-9-Billion-by-2032-Persistence-Market-Research.html

In an era defined by sustainability and resource conservation, the Energy Harvesting System for Wireless Sensor Network market holds the potential to transform industries and pave the way for a more energy-efficient future. As advancements in technology continue to unfold, energy harvesting systems are poised to play a pivotal role in shaping the IoT landscape, enabling autonomous and self-sustaining devices that contribute to a greener, more connected, and more intelligent world.

[chemicalsmaterial]

https://www.databridgemarketresearch.com/reports/global-battery-free-rfid-sensor-market

Global Battery Free Radio Frequency Identification (RFID) Sensor Market, By Frequency (Low Frequency, High Frequency and NFC, Ultra-High Frequency), Application (Food Quality Monitoring, Supply Chain Management, Condition Monitoring, Structural Health Monitoring, Ambient Lighting, Temperature Detectors, Biometrics, Humidity/Moisture Detectors. Pressure Detectors, Others), Industries (IT and Telecommunications, Retail, Logistics, Automotive, Aerospace and Defense, Commercial, Food & Beverages, Others), Country (U.S., Canada, Mexico, Brazil, Argentina, Rest of South America, Germany, Italy, U.K., France, Spain, Netherlands, Belgium, Switzerland, Turkey, Russia, Rest of Europe, Japan, China, India, South Korea, Australia, Singapore, Malaysia, Thailand, Indonesia, Philippines, Rest of Asia-Pacific, Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa) Industry Trends and Forecast to 2029

[latestanalysis]

Global Energy Harvesting System Market Size, Latest Trend Report, Global Industry Infrastructure , Top Companies Report to 2027

Energy Harvesting System Market

Solar, mechanical and thermal, wind energy is known as the energy which is available in different forms. Various applications are utilized to manage and combine the energy harvesting system. There is a varied range of advantages in the energy harvesting system to the several advancements. The energy harvesting system comprises different sources of ambient energy. To convert ambient energy into electrical energy, the energy harvesting application is generally used. These are helpful for providing power to customer electronics, wireless sensor nodes, and military equipment.

Market Drivers

Devices powered by harvested energy are used in industrial applications, building and home automation, consumer electronics, and wearable devices, hence Growing demand for safe, power-efficient, and durable systems that require minimum or no maintenance is the main factor to drive the market growth. Energy which is available in the environment is wasted directly or indirectly. Therefore, the ability of these systems to capture this energy and convert it into electrical energy can be additionally used in autonomous electronic devices is also drives growth of the global energy harvesting system market.

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Market Restraints

Energy harvesting systems are utilized in low-power applications in several mobile and portable markets like medical equipment, transportation, and the military and it is also deployed in applications that require a backup battery, particularly if the battery is remotely located or deployed at a difficult place to reach. When the sensor devices are deployed at remote locations, it is tough to collect data at the central receiver, hence remotely installed networking modules are a restraint factor. The uniform protocol is important for both components and the complete system, but in wireless electronics, the communication protocol is the crucial factor that connects devices.

Market Segmentation

The global energy harvesting system market is segmented by numerous factors like by Technology (Light energy harvesting, Vibration energy harvesting, Radio frequency energy harvesting, Thermal energy harvesting), by Application (Industrial, Transportation, Security, Building and home automation, Consumer electronics), by End-use system (Wireless switching system, Wireless HVAC system, Wireless sensing and telematics system, Asset tracking system, Tire pressure monitoring system, Remote health monitoring system, Regenerative energy harvesting system), by Component (Transducers, Power management integrated circuits (PMIC), Secondary batteries).

Regional Analysis

Asia Pacific is anticipated to be the fastest-growing regional market over the forecast period because of the high purchasing power and increasing tech-savvy population in the region. Several industry players are thinking of moving their manufacturing facilities to Asia Pacific owing to low operational and labor costs. In Middle East and Africa, major countries, like Saudi Arabia, UAE, South Africa, and Egypt, have introduced plans to deploy the construction of smart cities over the next few years.

Market Key Players

Some of the key players operating in Energy Harvesting System Market are Honeywell International Inc, ABB limited Inc, STMicroelectronics Inc., Levent power corporation, Microchip technology, Arverni, Marlow Industries, G24 innovations Inc., MicroGent., Linear Technology.

Industry Development

In May 2021, EnOcean, presented the PTM 535BZ module, the latest addition to its range of transmitter modules for battery-free switch applications. In addition to the already established PTM 535 for the EnOcean wireless standard and PTM 535Z for Zigbee applications, PTM 535BZ is the first module that offers a combination of supported wireless standards in the 2.4 GHz radio band. PTM 535BZ enables the realization of energy harvesting wireless switches communicating based on Bluetooth Low Energy (BLE) or ZigBee Green Power (ZGP) radio standards. With the integrated Near Field Communication (NFC) interface, it is easy to switch between the two radio standards depending on the application.

In October 2020, ABB’s robots were used as part of Singapore's coronavirus-testing system. The company’s robots are being used as a part of the city-state's Rapid Automated Volume Enhancer testing system, which automates some of the manual steps usual to sample processing. Two sets of the systems can process a volume of close to 4,000 samples a day.

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[imperiummotorcompany]

best cheap electric car | best cheap electric car

With 9M CR-Vs sold globally, Honda debuts its CR-V Hybrid

The Honda CR-V has an incredible record of global sales. More than 9 million CR-Vs have been sold worldwide in 150 countries since ’95. In the USA, a total of 384,168 CR-Vs were sold in 2019 alone (wheelsjoint.com). In the SUV market, it ranks second only to the Toyota RAV4.

By John Coulter, CURRENT EV CMO

Launched in Japan in 1995, the CR-V became one of the pioneer models of what has become the highly popular Compact SUV segment. It quickly established itself as a favorite with customers looking for a sturdy, reliable vehicle with low maintenance costs.

The core of the vehicle’s popularity is its combination of efficiency, functionality, simple style, safety and legendary Honda quality. The average estimate for repair bills for the first and second years is $0! The average maintenance cost for the first year of driving is $190.

Depreciation is minimal as well, accounting for only 10.582% its first year and 8.88% its second year.

The 2021 Honda CR-V Hybrid crossover retains the same basic design and features as its 2020 predecessor. Few changes have been implemented, as 2020 was the year when the CR-V received its 4th Generation makeover and the hybrid version debuted. The 2021 hybrid uses a 2.0L 4-cylinder Atkinson Cycle engine mated with 2 electric motors and a small 1.4kWh battery. Together, they generate 212hp and 232 lb-ft of torque, and provide what is considered the best engine performance in its segment.

With a 0 to 60 sprint of 7.5 seconds, it is not what any reviewer would call a fast car. But what its drivers like is its linear power delivery; it has no gears to shift, making the drive incredibly smooth. And the vehicle’s torque output of 232 lb-ft with its gas engine and two electric motors working bests the Ford Escape Hybrid and the Toyota RAV 4 Hybrid, its two closest competitors. Rather than a super fast family hauler, it’s a comfy city cruiser which gets you where you want to go, smoothly, safely and inexpensively.

Fuel Economy is excellent. The EPA estimates the 2021 CR-V will provide you with 40mpg city, 35mpg highway and 38 combined. The hybrid’s total range is 440 miles.

There are 4 CR-V trims: Hybrid LX (MSRP: $27,850); Hybrid EX (MSRP: $30,360); Hybrid EX-L (MSRP: $32,850); and Hybrid Touring (MSRP: $36,050).

Hybrid LX features include: Real Time AWD; Honda Sensing; an Easy Fold-Down 60/40 Split Rear Seatback; a Power Flow Monitor; ECON, Sport and EV Drive Modes; a Multi-Angle Rearview Camera; LED Headlights with Auto-On/Off; Smart Entry with Walk Away Auto Lock; Auto High-Beam Headlights; an Automatic Climate Control System; Push Button Start; a Retractable Cargo Area Cover; a 160-Watt Audio System with 4 Speakers; Bluetooth HandsFreeLink; USB Audio Interface; Pandora Compatibility; Remote Entry System; Idle-Stop.

Hybrid EX includes all Hybrid LX features, plus: Blind Spot Information (BSI) System with Cross Traffic Monitor; Dual-Zone Automatic Climate Control System; Apple CarPlay Integration; Android Auto Integration; Heated Front Seats; a 12-Way Power-Adjustable Driver’s Seat; One-Touch Power Moonroof with Tilt Feature; 7-Inch Display Audio Touch-Screen; 180-Watt Audio System with 6 Speakers; SiriusXM® Radio; HD Radio; SMS Text Message Function; Rear Privacy Glass; HondaLink; Heated Power Side Mirrors Including Integrated Indicators; Auto High-Beam Headlights; LED Fog Lights; a Security System.

Hybrid EX-L includes all Hybrid LX and EX features, plus: a Leather-Trimmed Interior; a Power Tailgate; a Heated Steering Wheel; Automatic-Dimming Rearview Mirror; a Two-Position Memory Driver’s Seat; a Front Passenger’s Seat with 4-Way Power Adjustment; a 180-Watt Audio System with 8 Speakers; Ambient Lighting; HomeLink Remote System.

Hybrid Touring includes all Hybrid LX, EX and EX-L features, plus: a Hands-Free Access Power Tailgate; a Wireless Phone Charger; 19-Inch Alloy Wheels; Parking Sensors; Honda Satellite-Linked Navigation System; Turn-By-Turn Directions; Roof Rails; 330-Watt Premium Audio System with 9 Speakers; Rain-Sensing Windshield Wipers.

The CR-V offers one of the largest cargo bays in its segment, with 39.2ft3 of cargo space. Car & Driver reviewers managed to fit 10 carry-on sized suitcases behind the rear seat. With seats folded down, the Honda CR-V Hybrid offers best-in-class luggage space.

In 2020, the CR-V earned a 5-star crash-test rating from the National Highway Traffic Safety Administration (NHTSA), and it was named a Top Safety Pick by the Insurance Institute for Highway Safety (IIHS), The Honda also comes standard with a suite of driver assistance technology which includes: standard forward-collision warning and automated emergency braking; standard lane-keeping assist and lane-departure warning; standard adaptive cruise control.

[euroman1945-blog]

The Daily Tulip

The Daily Tulip – News From Around The World

Tuesday 31st July 2018

Good Morning Gentle Reader….  My day to go to Malaga so up earlier than usual, in an attempt to get everything that need’s doing.. Done…Today, I’m going to relax on the beach while I wait for Sandra to finish the cataracts operations, just me and the sound of the waves washing lazily against the shore, I don’t even bother with music, just the soft sound of the waves is enough while I recharge the batteries, what about Bella I hear you ask, she’s at home with my son David, who will take good care of her till I get home…

EGYPT ZOO ACCUSED OF PAINTING DONKEY TO LOOK LIKE A ZEBRA…. A zoo in Egypt has denied painting black stripes on a donkey to make it look like a zebra after a photo of the animal appeared online. Student Mahmoud Sarhan put the images on Facebook after visiting Cairo's International Garden municipal park. Aside from its small size and pointy ears, there were also black smudges on its face. The pictures quickly went viral, with experts weighing in on the species of the animal. A vet contacted by local news group Extranews.tv said that a zebra's snout is black, while its stripes are more consistent and parallel. Mr Sarhan told Extranews that the enclosure contained two animals and that both had been painted. When contacted by local radio station Nogoum FM, zoo director Mohamed Sultan insisted the animal was not a fake. This is not the first time that a zoo has been accused of trying to fool its audience. Unable to find a way around the Israeli blockade, a zoo in Gaza painted two donkeys to look like zebras in 2009. Another Gaza zoo put stuffed animals on display in 2012 because of the shortages of animals.

AIR INDIA BLAMES WEATHER FOR BED BUGS INFESTATION…. India's national carrier, Air India, has blamed the weather for a bed bug infestation on one of its recent flights from New York to the western city of Mumbai. Photos of a few business class passengers bitten by bed bugs were widely shared online in the past week. Air India has since apologised and ordered an inquiry. It also promised to "rigorously fumigate" the plane. Adding to its woes, the company has lost market share to new entrants and suffers a bad reputation of having poor service and cancelling flights. A few years ago, an Air India plane travelling from Mumbai to London was forced to turn back mid-flight after a rat was spotted on board.

IRAN GENERAL WARNS TRUMP WAR WOULD 'DESTROY ALL YOU POSSESS'…. An Iranian special forces commander has warned President Donald Trump if the US attacks Iran it "will destroy all that you possess". Major General Qassem Soleimani vowed that if Mr Trump started a war, the Islamic Republic would end it, Iranian news agency Tasnim reported. It follows Mr Trump's all-caps-lock tweet warning Iran's president to "never, ever" threaten the US. Tensions have risen since the US withdrew from the 2015 Iran deal. Maj Gen Soleimani - who leads the Quds Force of Iran's elite Revolutionary Guards - was quoted on Thursday as saying: "As a soldier, it is my duty to respond to your threats. "Talk to me, not to the president [Hassan Rouhani]. It is not in our president's dignity to respond to you. "We are near you, where you can't even imagine. Come. We are ready. "If you begin the war, we will end the war. You know that this war will destroy all that you possess." He also accused the US president of using the language of "night clubs and gambling halls".

DUTCH GRITTERS SALT ROADS TO STOP ASPHALT MELTING….The Netherlands is going through a heatwave this week, like much of northwestern Europe, and several councils have chosen a novel way to stop roads from melting in the scorching sun - they've called the gritter lorries out. Road-users in Arnhem were surprised to see the gritters scattering salt at busy junctions this week, but it seems that salt can be used not only to provide traction in freezing conditions but also to stop asphalt from melting, according to the Algemeen Dagblad newspaper. The winter visitors have also been seen on the roads of Groningen, Hoorn and Geldermalsen in the last two days, especially at roundabouts where heavy traffic tears the softened asphalt from the road surface. The councils say salt helps by attracting moisture from the ambient air and cooling the asphalt. It also removes excess moisture from the asphalt, making it less sticky. Arnhem council has been monitoring the road-surface temperature with sensors, and decided that when it reached 50 degrees Celsius the moment had come to act. "That's the time for us to start spreading the salt. And if the heatwave continues, the gritters will be out and about more often", a council spokesman told the ANP news agency.

JAPANESE FIRM TO LAUNCH WEDDING PLAQUES INTO SPACE…. A Japanese company is offering newlyweds a novel way of showing that their love is eternal: by blasting wedding plaques with their names on into space. According to the Yomiuri Shimbun newspaper, the Warpspace start-up in the city of Tsukuba is working with Kibo, Japan's orbital science module, to launch wedding plaques from the International Space Station. The company, which is largely staffed by faculty members from the University of Tsubuka, says that it will engrave couples' names, messages, and other information on titanium plaques, measuring some 16 millimetres by eight millimetres. The plaques will then be loaded onto miniature cubic satellites, which can hold several hundred plaques, and be released into orbit. They will join the tens of thousands of satellites, man-made objects and space junk already orbiting the Earth. Astronauts will take photos of the plaques being released and send them to the couples. Explaining the reason behind the company, Warpspace's president Toshihiro Kameda tells Yomiuri Shimbun: "I hope couples will think about space and pledge their infinite love to each other." Warpspace says it will carry out its first launch in 2019. The cost of the service is 30,000 Japanese Yen (£205; $270) and is exclusively offered to couples who marry at Tsukuba's Okura Frontier Hotel.

Well Gentle Reader I hope you enjoyed our look at the news from around the world this, morning… …

Our Tulips today are wrapped and ready to go....

A Sincere Thank You for your company and Thank You for your likes and comments I love them and always try to reply, so please keep them coming, it's always good fun, As is my custom, I will go and get myself another mug of "Colombian" Coffee and wish you a safe Tuesday 31st July 2018 from my home on the southern coast of Spain, where the blue waters of the Alboran Sea washes the coast of Africa and Europe and the smell of the night blooming Jasmine and Honeysuckle fills the air…and a crazy old guy and his dog Bella go out for a walk at 4:00 am…on the streets of Estepona…

All good stuff....But remember it’s a dangerous world we live in

Be safe out there…

Robert McAngus #Tulips #Spain #Bella #Iran #Trump

[efftradelinks]

EFF TRADE LINKS STOCK UPDATE:

AUDI A6 1.8 TFSI Business Class Edition

2016 Model 70,000 driven

✓ [ AVAILABLE in Stock ] ---

3 Digits Golden Number registered from Lahore. B2B with genuine body in scratch less condition.

COMFORT & CONVINIENCE:

- Power Steering

- Power Windows Front & Rear

- Adjustable Steering

- Automatic Climate Control

- Air Quality Control

- Remote Trunk Opener

- Remote Fuel Lid Opener

- Low Fuel Warning Light

- Accessory Power Light

- Trunk Light

- Vanity Mirror on Sun Visors (Driver & Co-Driver)

- Rear Seat Headset

- Rear Seat Centre Armrest

- Cruise Control

- Front & Rear Parking Sensors

- Cabin Boot Access

- Navigation System

- Foldable Rear Seat (60:40 Split)

- Voice Control

- Gearshift Paddle's

- Central Control Armrest with Storage

- Lane Change Indicator

INTERIOR:

- AC (Auto Dual-Zone)

Front (Two Zones, Individual Fan speed Controls) Rear (Vents behind Front Armrest, Common Fan)

- Heater

- Anti Glare Mirrors (Electronic-All)

- Parking Assist (Reverse Camera with guidance)

- Headlight's & Ignition On Reminder

- Tachometer

- Electronic Multi Trip meter

- Leather Seats

- Leather Steering Wheel

- Leather Wrapped Gear Knob

- Glove Compartment

- Digital Clock

- Outside Temperature Display

- Cigarette Lighter

- Driver Armrest

- Digital Odometer

- Electric Adjustable Seats (Front)

- Height Adjustable Driver Seat

- Ambient Lights

- Sunglass Holder

Additional Features:-

20.32 cm TFT Colour Display Gear or Selector Level Knob in Leather/ Driver Information System 17:78 cm Color Display.

EXTERIOR:

- Adjustable Headlights

- Power Adjustable Exterior Rear View Mirror

- Electric Folding Rear View Mirror

- Rain Sensing Wiper

- Rear Window Defogger

- Alloy Wheels

- Tinted Glass

- Sunroof

- Outside Rear View Mirror Turn Indicator's

- Integrated Antenna

- LED Headlights

- DRL's (Day Time Running Light's)

- Smart Trunk Opener

- 17" Alloy Wheel Size

- 225/55 R17 Tyre Size

- Heated Wing Mirror

- Tubeless Radial Tyre's

Additional Features:-

Cornering Light, Sun blind's Headlight Cleaning System. LED Rear Light with Dynamic Indicator.

ENTERTAINMENT & COMMUNICATION:

- CD/DVD Player

- Radio

- Audio System Remote Control

- Speakers in Front & Rear (14)

- Touchscreen

- Integrated 2DIN Audio

- USB & Auxiliary input

- Bluetooth Connectivity

- SD Card Reader

- HDMI Input

- Rear Entertainment System

Additional Features:-

Bose Surround Sound & Audio Sound System.

SUSPENSION, STEERING & BRAKE'S:

- Front & Rear Suspension (Adaptive)

- Power Steering Type

- Steering Column (Height & Reach)

- Steering Gear Type (Rack & Pinion)

- Turning Radius (5.95 meters)

- Ventilated Disc for Front & Rare Brake's

FUEL & PERFORMANCE:

- Mileage (ARAI) 15.26

- Fuel Tank Capacity (75 Litre's)

- Emission Norm Compliance (Euro V)

- Acceleration: (7.9 seconds)

- 0-100 Kmph: (7.9 seconds)

ENGINE & TRANSMISSION:

- Petrol Engine

- Displacement (cc) 1798

- Max Power (187.74 bhp @ 4200-6200 rpm)

- Torque (320Nm @ 1400-4100 rpm)

- DOHC Valve Configuration

- Direct Injection Fuel Supply System

- Automatic 7 Speed Gear Box with FWD Drive Type.

BRAKING & TRACTION:

- Anti-Lock Braking System (ABS)

- Brake Assist (BA)

- Traction Control (TC)

- Central Locking System

- Power Door Locks

- Child Safety Lock's

- Speed Sensing Door & Locks

SAFETY:

- Day & Night Mirror Rear View

- Rear Seat Belt's

- Seat Belt Warning

- Door Ajar Warning

- Side & Front Impact Beams

- Adjustable Seats

- Tyre Pressure Monitor

- Vehicle Stability Control System

- Engine Immobilizer

- Crash Sensor

- Centrally maintained Fuel Tank

- Engine Check Warranty

- Automatic Headlamp's

- (EBD) Electronic Brake-Force Distribution.

Advance Safety Features

-- Audi Pre Sense Basic/n Head Airbag's.

Car has been maintained by Audi from its import till to date with complete service history from Audi Centre.

Its a steal deal for Audi enthusiasts to find such a well maintained & scratch less car at a very reasonable price for a car in such a phenomenal condition.

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[advicetomoms-blog]

The 10 Best Video Baby Radios You Can Choose

The 10 Best Video Baby Radios You Can Choose Every sound he makes while sleeping does not show that his baby is in trouble or needs intervention. You know you can control her and her room without having to go to her, right? With the help of a video baby monitor, not only can you see your baby; With the help of lullabies, you can make it easier for your baby to fall asleep on your own, understand whether the baby's room is at a suitable temperature, if necessary, you can help calm down with your voice. What should you pay attention to the most when choosing a baby monitor ? Noise Exit Aradan: How to Choose a Baby Monitor? we told in our article. Now, we will talk about the 10 most preferred video monitors that mothers prefer. If it is not enough just to hear the sound of your baby, seeing your baby will make you feel more peaceful, do not decide which of these radios will take without reading the features!

1. Weewell WMV 855 Digital Video Baby Monitor

Weewell WMV 855 Digital Video Baby Monitor This Weewell baby monitor with many superior features stands out with its 3.5 '' wide LCD display, which you can see every detail. The zoom feature allows you to get the details closer.Another feature that will be useful for you to control the camera from the parent unit. In this way, you can turn the camera at the angle you want and without having to enter your baby's room.Night vision is at least as clear as day vision. If we think that Weewell will benefit from video baby monitor most nights, it would not be wrong to say that this feature should be in the first place when choosing.It provides shooting up to 300 meters in the open field and warns you out loud if you go out of range.It uses digital wireless technology, which provides excellent clarity for uninterrupted communication.It has a double-sided speech feature and up to four expandable cameras.The parent unit can work with both electricity and battery. It has Wox feature that prolongs the life of the battery. This feature saves energy by turning off the screen when the baby is not making sounds or moving.The 3-color night light, ambient thermometer, feeding alarm and lullaby features of the Weewell baby monitor, which draws attention with the quality of the imaging features, are also useful little details added to the product. Moreover, the ambient thermometer allows you to set a temperature range. If your baby's room temperature is below or above the temperature you set, it gives you an audible warning.Having so many features together is reflected in the price, of course. Its price in the market varies between 500 and 650 TL. Features we likeFeatures we don't likeShooting rangeScreen size4 cameras can be connectedVox featureAbility to manage the camera from the parent unitFeeding alarm

2. Motorola MBP 36S Video Baby Monitor

Motorola MBP 36S Video Baby Monitor Next, there is a Motorola video baby monitor with 2.4 GHz FHSS wireless technology that provides uninterrupted communication, crystal clear sound and 3.5 '' LCD screen that you can follow your baby in the best way. You can move the camera horizontally and vertically, and zoom in with the zoom feature. The automatic night vision feature is as clear as it is during the day.This Motorola baby monitor with a range of about 300 meters warns you by warning if you are out of range.Lullaby and ambient thermometer features also help your baby sleep in a comfortable and healthy environment.There is a conversation feature where you can make your baby sound and lullabies.The number of cameras can be increased up to four cameras.The parent unit can be connected to the TV. In this way, you can watch your baby on a wide screen. Although it is above average, it is a radio that you can choose with many useful features besides its quality and reliability. Features we likeFeatures we don't likeShooting rangeScreen size4 cameras can be connectedCan connect to TV

3. Philips Avent SCD630 / 37 Video Baby Monitor

Philips Avent SCD630 / 37 Video Baby Monitor It uses FHSS technology, which provides a safe and excellent quality connection. In addition to the high image quality it provides, you can clearly hear your baby crying, laughing or sobbing with its crystal clear sound.It has 300 meters of shooting area and warns you if you are out of range or if the monitor's power is low.With infrared night vision feature, you can follow every moment of your baby both day and night, and thanks to its zoom feature, you do not miss any details.The baby and parent unit are powered by electricity. The parent unit can also be used wirelessly by installing a battery.Intelligent Eco Mode automatically minimizes transmission power, increasing the lifetime of the battery. The rechargeable parent unit offers up to 10 hours of freedom of wireless use.Thanks to the thermometer feature, you can check whether your baby's room temperature is suitable; because it warns you immediately with a change in room temperature.This Philips Avent walkie-talkie, which can play 5 relaxing lullabies and has a vibration mode, can instantly make a voice to its baby with the touch of a button.You can adjust the microphone sensitivity as you wish. In other words, if you wish, you can use your baby only in a setting that will hear you cry.This video radio, which is quite expensive than its counterparts with its price ranging from 1265 to 1485 TL, can be found at the top of the list despite its price when Philips Avent is known for its experience and quality in baby products. Features we likeFeatures we don't likeShooting rangeHigh priceScreen sizeFHSS technologyIntelligent Eco Mode

4. Loobex LBX 2601 Baby Monitor with Digital Camera

Loobex LBX 2601 Baby Monitor with Digital Camera You can move the camera in the direction you want with Loobex digital camera baby monitor with zoom in / out technology that allows you to follow your baby closely.It has 200 meters of shooting distance in the open area and warns you when you are out of this area.Vox system and adjustable sound save energy with light adjustment.It allows two-way speech.Playing lullabies is also a nice feature that you can calm your baby and use to help him sleep.The mother unit can be used either by plugging it in the socket or by charging it.This radio, which has the basic features that you can call on a video baby monitor, Features we likeFeatures we don't likeVox featureShooting rangeAffordable priceNo additional features such as thermometer, night lightFHSS technologyIntelligent Eco Mode

5. Chicco 2567 Video Digital Top Baby Monitor

Chicco 2567 Video Digital Top Baby Monitor "It is not enough to hear my baby's voice, I must see him." Chicco camera baby monitor is one of the camera radios you can prefer.It offers the best image with a 3 '' LCD screen and a zoom feature that can magnify the image up to two times.The LED light, which is activated automatically in the dark, accompanies your baby while sleeping.In addition to playing 6 lullabies, you can connect your Mp3 player to play different music.It also features night light and thermometer.It is also advantageous to take photos and record videos.There is a bi-directional speech feature.You can save 5 different dates, times and phones. These make it easier for you to organize your baby's specific routines and to immediately call important phones in an emergency.Baby unit and parent unit can work with batteries and adapters. Features we likeFeatures we don't likeShooting rangeSave date, time and phoneCan be connected to MP3 playerAbility to take photosVideo recording

6. Kraft BM254 Digital Video Radio

Kraft BM254 Digital Video Radio The Kraft video baby monitor, which helps you monitor your baby without interruption with its technology that provides secure communication over digital channels, has a FHSS system and automatic interference selection feature to prevent possible frequency confusion.The shooting area is 200 meters and it gives a warning signal if you get out of this area.It has a 3.5 '' color LCD screen, infrared night vision feature and adjustable camera.It helps you by preparing your baby's room for sleep with its night light and 6 different lullabies.If you are not looking for a lot of features and say, "A quality image is enough for me." If you say, you can choose the Kraft baby monitor with Features we likeFeatures we don't likeScreen sizeShooting rangeFHSS technologyIntelligent Eco Mode

7. Bebevo VM 901 Video Baby Monitor

Bebevo VM 901 Video Baby Monitor It has 2 '' screen and night vision camera.You can control the temperature of your room from the thermometer indicator on the monitor, you can play songs with a single button whenever you want. Moreover, the music player feature can be set on the monitoring monitor. So you can change or close the lullaby even before entering your baby's room.It has 260 meters of gravity in the open area.Thanks to the adjustable Vox mode, you can use it for a long time without the need for charging. You can set the sensitivity level of Vox mode as low, medium or high.By holding down the microphone sign on the monitor, you can call your baby, sing songs and calm him whenever you want. Features we likeFeatures we don't likeVox featureScreen sizeAffordable priceNo extra features

8. Gigaset PV830 Baby Camera

Gigaset PV830 Baby Camera With its high sensitivity sensors, night vision feature and double-sided sound feature, it allows you to listen and see your baby and call it when necessary.The coverage area is 200 meters and warns you if you go out of the coverage area.It has adjustable volume and thermometer feature.While the baby unit can only be used by plugging it in, the mother unit is powered by an adapter and a battery.There are 9 different lullaby features for you to prepare a calm and peaceful sleep environment for your baby.Gigaset baby monitor, which has all the basic features required to hear, see and communicate with your baby, is one of the lowest priced products on our list, Features we likeFeatures we don't likeAffordable priceShooting rangeNo extra features

9. Switel BCF 805 Digital Baby Monitor with Camera

Switel BCF 805 Digital Baby Monitor with Camera It has a 2 '' LCD display with brightness adjustment and 6 infrared diodes for night vision.With the energy saving mode and Vox feature that enables the device to be activated by voice, you can use your device without charging it for a long time.The product, which offers communication up to 100 meters, is capable of working with batteries or adapters.If you find it sufficient to view your baby and it doesn't matter if you don't have any additional features, you can opt for this Switel radio. Features we likeFeatures we don't likeVox featureShooting rangeScreen sizeIt is not very affordable according to its features

10. Inanny Nm288 Hd Wi-Fi Baby Camera

Inanny Nm288 Hd Wi-Fi Baby Camera It allows you to watch your baby with your handheld unit while at home or outside by smartphone, tablet or computer.It has a coverage of up to 300 meters in use with the handheld unit and warns out loud when it goes out of this area. This warning feature is activated when the battery is low.The 2.4 '' LCD screen has infrared night vision that allows you to monitor your baby, even at the lowest light levels at night.Lullaby and mutual talking feature.You can take photos, record videos and watch more than 12 hours of video.It has motion, sound and temperature warning feature.You can purchase this video radio Features we likeFeatures we don't likeShooting rangeDespite its many features, its affordable priceCan be connected to smart phone, tablet and computerCapture photos and videosWatching more than 12 hours of video To compare, we put together the features of all these radios and put them in the table below. So you can examine the important criteria. Brand and modelShooting rangeScreen sizeFeatured featuresAdditional featuresWeewell WMV 855 Digital Video Baby Monitor300 m3.5 ''Ability to manage the camera from the parent unit, Vox feature, to connect 4 camerasNight light, thermometer, nutrition alarm, lullabyMotorola MBP 36S Video Baby Monitor300 m3.5 ''Connecting to TV, 4 cameras can be connectedLullaby, thermometerPhilips Avent SCD630 / 37 Video Baby Monitor300 m3.5 ''FHSS technology, Intelligent Eco ModeLullaby, thermometer, vibrationLoobex LBX 2601 Baby Monitor with Digital Camera200 m?Vox featureLullabyChicco 2567 Video Digital Top Baby Monitor300 m3 'Taking photos, recording videosLullaby, thermometer, date, time and phone recording feature, connection to MP3 playerKraft BM254 Digital Video Radio200 m3.5 ''FHSS technology, Intelligent Eco ModeLullaby, night lightBebevo VM 901 Video Baby Monitor260 m2nd''Vox featureLullaby, thermometerGigaset PV830 Baby Camera200 m?-Lullaby, thermometerSwitel BCF 805 Digital Baby Monitor with Camera100 m2nd''Vox feature-Inanny Nm288 Hd Wi-Fi Baby Camera300 m2.4 'Connecting to smart phones, tablets and computers, taking photos, recording videos, watching videos up to 12 hoursLullaby, motion, sound and temperature warning feature Read the full article

[2020nissancars]

It's All About 2018 Nissan Maxima Trims

The Nissan Maxima isn't like major of other sedans you might be considering. It's sportier than the classic family sedan but is priced more and equipped more like a large sedan. It could even be an alternative for an entry - segment luxury motor. As such, the Maxima is mostly a niche offering, but one with undeniable demand.

Nissan has long called the Maxima a "four-door sports car". Of course, the phrase is mostly marketing hype. But the Maxima handles pretty well when you're driving around turns and comes standard with a powerful V6 engine. There's even a sporty SR trim with unique suspension tuning and performance-oriented driver aids.

If you are looking for a sedan with equal parts sportiness and unpretentious luxury, the 2018 Nissan Maxima is certainly worth checking out.

2018 Nissan Maxima Models

The 2018 Nissan Maxima sedan comes in five trim levels: the base; S, midlevel SV, a little more expensive SL, sporty SR, and the top-level Platinum.

Like all Maximas, the S is powered by a 3.5-liter V6 engine - 300 horsepower, 261 pound-feet of torque that contracts the front wheels via a continuously variable automatic transmission (CVT).

General features include; LED daytime running lights, foglights, remote engine start, keyless entry and ignition, an auto-dimming rearview mirror, 18-inch wheels, dual-zone automatic climate control, adjustable driving modes power-adjustable front seats - eight-way driver and four-way passenger, a 60/40-split rear seat, a navigation system, two USB ports, Android Auto and Apple CarPlay integration, an 8-inch touchscreen and an eight-speaker audio system with a satellite radio and a CD player.

Common safety systems include a rearview camera and forward-collision warning with automatic emergency braking.

The Maxima SV adds leather upholstery, front and rear parking sensors, heated mirrors, heated front seats, and an updated driver seat with extendable thigh support and two-way power lumbar adjustment. The SL doesn't cost much more, and its impressive list of extra features includes a dual-panel sunroof, active noise reduction, adaptive cruise control, dynamic engine sound enhancement, ambient interior lighting, a heated steering wheel, a 12-speaker Bose premium audio system, and blind-spot monitoring with rear cross-traffic alert.

The SR adds performance enhancements to the SL, with 19-inch wheels, a sport-tuned suspension, column-mounted paddle shifters, Active Ride Control utilizes the brakes to stabilize body motions over bumpy roads. Active Trace Control for targeted braking to keep the vehicle on its intended path avoiding mishap and active engine braking that help slow the car when heading aggressively into corners or approaching a stop. The panoramic sunroof is detached, but the SR does add a few luxury features, including LED headlights, upgraded leather upholstery with quilted simulated suede seat inserts unique interior trim and ventilated front seats.

The Midnight Edition package black-painted wheels and a rear spoiler with exterior styling elements, an auto-dimming driver-side mirror, driver-seat memory settings, and a 360-degree parking camera) are optional for the SR.

The top-model Platinum does away with some of the SR's additions, though it retains the LED headlights and ventilated front seats. It then adds automatic wipers, an auto-dimming driver-side mirror, a 360-degree parking camera, a power-adjustable steering column, driver-seat memory settings, a six-way power passenger seat, upgraded leather upholstery, and interior trim, a rear power sunshade and NissanConnect services (remote start, automatic collision notification, emergency calling, and stolen vehicle location

The 2018 Nissan Maxima sedan comes in five segments:

the base S, midlevel SV, the slightly more expensive SL, sporty SR, and the top-level Platinum.

Interior

Nissan's electronics mechanism is a home run machine of 2018 Nissan Maxima. It's both - looks good and easy to a rare perk. Various luxury car tech built-up are confusing and overly complicated to utilization. Cargo space and storage are suitable for the segment. Moreover, the Maxima is moderate with space for people to accommodate.

Engine And Performance

The Nissan Maxima isn't quite the "four-door sports car" Nissan declares. But it is remarkable for a midsize sedan, with little more than-average handling and strong acceleration from the 300-horsepower V6, 0 - 60 mph in 6.1 seconds is quick but typical for a V6-powered midsize sedan. The CVT is seamlessly smooth during light acceleration and simulates gears when accelerating hard. Torque steer from the front-wheel-drive powertrain is noticeable.

Entertainment

The infotainment system has big icons and sensible menus, a redundant knob controller, and well-placed physical buttons. Overall, it's easy to use and an excellent example of how to do it right.

To know more about the Nissan Maxima trim head to our Reliance Nissan upgraded inventory today!

[elliotchristopherf-blog]

True wireless headset originator Bragi sells hardware business, how to save the headset brand under the big factory

According to Wareable, German wireless headset manufacturer Bragi announced that it has sold its wearable business and officially withdrew from the hardware market. Bragi CEO Nikolaj Hviid said that Bragi will then focus on artificial intelligence technology and IP licensing instead of producing new equipment.

Currently, Bragi does not disclose the identity of the buyer. According to industry news, buyers are likely to be Fitbit, a US wearable device manufacturer. Bragi and Fitbit did not respond to this.

2014 crowdfunding debut

Leading Apple to launch the world's first true wireless headset for two years

As the "original" of true wireless headphones, Bragi left the impression of the first TWS products and the avant-garde technology they carry.

Before the AirPods detonated the market, Bragi had already made the world's first truly true wireless headset. In February 2014, Bragi's first true wireless headset, Dash, went live with Kickstarter, which earned eyeballs with an unprecedented split-headset design. As of the end of crowdfunding, Dash received more than $3.3 million in funding and overfulfilled the mission.

Like many star startups in the same period, Bragi's founding team members have deep technical and industrial backgrounds, all from traditional audio companies such as Harman and AKG, and are determined to create an unconventional product from scratch. At the same time, like many star teams, they hope to occupy the industry to the high ground from the moment they make the sound.

Their goal is to make Dash a "computer on the ear."

Indeed, Dash, which appeared two years earlier than AirPods, has almost captured the hot technical points of today's true wireless headsets:

• Fully wireless technology, separation of left and right ears;

• Built-in 27 sensors can track the wearer's heart rate, calories, steps, breathing, rhythm, and other parameters, as well as record the time and distance of the exercise;

• Provide MP3 playback with 4GB of memory;

• Equipped with an ear bone microphone to achieve radio reception in noisy environments;

• Also, use a moving iron unit that is not available for general Bluetooth headsets.

2015 high-profile publicity

Maintain product heat

Dash's many advanced technology blessings also raise concerns about whether this product can really be mass-produced. However, Bragi has maintained the attention of everyone as much as possible before this. The typical routine is to showcase Dash at the CES 2015 in the crowdfunding highlights and give the media a batch of testers in advance.

Despite the lack of product experience, Dash's original beta version also earned a lot of praise during this period, and the mainstream media have thrown high praise. For example, Engadget named it "2015 CES Digital/Healthy Best Product", and Time magazine named Dash "2015 One of CES's most original smart devices."

2016 parity play

Officially shipped two years later, also released low-end machines to fight Apple

Until March 2016, after two years, the first batch of users who participated in crowdfunding began to receive Dash.

Dash basically embodies Bragi's technology accumulation in the field of true wireless headphones. But at the same time as "showing muscles", Bragi also tried to think about the direction of the product line during the polishing process. After all, when the technology is not fully mature, the excessive price is not conducive to the popularity of the product, they are also another The product is ready.

Immediately before the release of Apple's first AirPods in September of the same year, Bragi launched The Headphone, a new generation of TWS products.

The headphone is equivalent to the cheap version of Dash. It has some castration in function and design: one side of the touch panel is replaced by a physical button, the original motion tracking function and memory are removed, so the battery life is also improved from the original 3 hours. It took 6 hours. The price is also half the price of the original - $ 149, the same price as AirPods, it is obviously called Apple.

2017 high-end play

Return to the high-end, the main difference

As Apple AirPods quickly leads the trend and captures half of the market, mobile phone and headset manufacturers are reluctant to miss this trend.

In the face of AirPods, the shortcomings of similar products of different brands are also obvious, especially the problem of Bluetooth disconnection. Bragi, which was first involved in the field of true wireless headphones, is no exception.

In 2017, Bragi launched an upgraded version of Dash Pro, its original Dash, repositioning the mid to high end for $349.

This generation of Dash Pro focuses on Bluetooth connectivity issues, with the new Bragi OS 3.0 system, iTranslate translation support (fees apply), and support for translation in 40 languages. At the same time, Dash's 4GB memory, waterproof, heart rate monitoring and other functions have returned.

In addition, Dash Pro is also slightly innovative in interaction: based on the sensor on the body (also 27), the user can control the virtual 4D menu by shaking the head, such as setting the shaking head to reject the call on the phone. /Switch songs, nod to answer calls, etc.

Bragi's move once again provided a reference model for the industry.

2018 fades out of sight

Stopping new products and busy with business sales

However, Bragi, who has high-profile admissions and inspirational high-end and differentiated markets, still have no firm foothold.

Since last year, Bragi has gradually faded out of the market and stopped the pace of new products. Until January 2019, the company's website page showed that the whole line was out of stock. During the period, news about the company’s “closed” and the search for companies such as Google and Fitbit to talk about the sale of the business was reported.

Where is 2019?

Hardware is not sold much, technical patents can be counted

From the current situation, the global true wireless headset industry has also formed a preliminary industry structure, of which Apple is still far ahead.

According to Counterpoint's latest report, in 2018, Apple's TWS has a global share of 60%, followed by Apple, followed by Jabra, Samsung, JLab, QCY, Huawei, Bose, Sony, etc., all from the traditional Audio product manufacturers and smartphone brands have expanded their smart terminal peripheral products.

Bragi, which is mainly engaged in TWS, failed to squeeze into the top 15 in the world.

Regarding Bragi's fading out of the hardware market, some media believe that it is mainly affected by Apple AirPods.

Among them, Bragi Headphone is a cheap version designed specifically for AirPods competition but did not achieve the expected results. In addition, Headphone and AirPods share the same price and function, which is not obvious to users, especially the majority of fruit users.

Bragi's sale of wearables is also a compromise to keep the company up and running.

According to a data in the middle of 2018, there are more than 500 patent applications involving smart wireless headset related technologies worldwide, among the top companies with applications, except Apple, Samsung, LG, Koss, and other established vendors. In addition, Bragi is included.

It can be seen that in the past few years, Bragi has spent a lot of energy on TWS related technology research and development.

In the trend of TWS headsets booming, Bragi is hard to make hardware and not make money after all. It is better to continue to study technology and promote the technology to land on the equipment.

As Bragi CEO Nikolaj Hviid said:

Bragi's technology goes beyond our own products and is applied to our partners' headsets. Dash Pro uses groundbreaking ultra-efficient artificial intelligence that combines AI Assistant Amazon Alexa, language translation and intelligent recognition of ambient sound. With the sale of the product business, Bragi completed the transition to software, AI and IP licensing.

[smarttechno-blog]

S8 and S8+, Specifications

https://www.youtube.com/watch?v=h4reQZktIgc

Design

Color Availability

Dimensions

68.1 mm8.0 mm148.9 mmGalaxy S8148.9 x 68.1 x 8.0 mm, 155 g

73.4 mm8.1 mm159.5 mmGalaxy S8+159.5 x 73.4 x 8.1 mm, 173 gDisplay5.8" Quad HD+ Super AMOLED

(2960x1440)

570 ppi 6.2" Quad HD+ Super AMOLED

(2960x1440)

529 ppi

*Infinity Display: a bezel-less, full-frontal, edge-to-edge screen.

*Default resolution is Full HD+ and can be changed to Quad HD+(WQHD+) in Settings.

*Screen measured diagonally as a full rectangle without accounting for the rounded corners.

Camera

Camera[FRONT]

8MP AF

F1.7 Aperture

Pixel size: 1.22µm

Sensor size: 1/3.6"

FOV: 80

Wide selfie

[REAR]

Dual Pixel 12MP AF

OIS (Optical Image Stabilization)

F1.7 Aperture

Pixel size: 1.4µm

Sensor size: 1/2.55"

FOV: 77

Max Zoom: 8x (digital)

Pro mode

Panorama

Slow motion

Hyperlapse

Food mode

Save as RAW file

RearFront[BOTH]

VDIS (Video Digital Image Stabilization)

HDR (High Dynamic Range)

Selective focus (Bokeh effect)

Virtual shot

Motion photo

Filters

Stickers

Stamps

Grid line

Location tags

Timer

Quick launch

Voice control

Video

Recording

4K video recording at 30 fps

1080p HD video recording at 30 fps or 60 fps

720p HD video recording at 30 fps

VDIS (Video Digital Image Stabilization)

Digital Zoom 8x

High CRI LED Flash

Slow Motion video support for 720p at 240 fps

Hyperlapse video with stabilization

Continuous Autofocus video

Face Detection

Tracking AF

Take 9-megapixel still photos while recording 4K video

Playback Zoom

Video Location tags

Performance

AP

Octa-core (2.3GHz Quad + 1.7GHz Quad), 64 bit, 10nm processor

Octa-core (2.35GHz Quad + 1.9GHz Quad), 64 bit, 10nm processor

*May differ by country and carrier.

Memory4GB RAM (LPDDR4)

64GB (UFS 2.1)

*May differ by country and carrier.

Network

& Connectivity

LTE Cat.16

*May differ by markets and mobile operators.

Wi-Fi 802.11 a/b/g/n/ac (2.4/5GHz),VHT80 MU-MIMO,1024QAM

Bluetooth® v 5.0 (LE up to 2Mbps), ANT+, USB Type-C, NFC, Location (GPS, Galileo, Glonass, BeiDou)

*Galileo and BeiDou coverage may be limited.

Expandable

Memory

& SIM Card

Single SIM model: one Nano SIM and one MicroSD slot (up to 256GB)

Dual SIM model (Hybrid SIM slot): one Nano SIM and one Nano SIM or one MicroSD slot (up to 256GB)

*May differ by markets and mobile operators.

OSAndroid 7.0 (Nougat)Audio[Ultra High Quality Audio Playback]UHQ 32-bit &DSD support

PCM: Up to 32 bits

DSD: DSD64/128

*DSD64 and DSD128 playback can be limited depending on the file format.

[Audio Playback Format]

MP3, M4A, 3GA, AAC, OGG, OGA, WAV, WMA, AMR, AWB, FLAC, MID, MIDI, XMF, MXMF, IMY, RTTTL, RTX, OTA, DSF, DFF

[Bluetooth]

Dual Audio: connect two Bluetooth devices to the Galaxy S8 or S8+ to play audio through the two devices simultaneously.

*The two connected devices may exhibit a slight difference in sound output.

Scalable Codec: Bluetooth connection is stable even with ambient radio frequency interferences.

*Available only for certain accessories made by Samsung.

[Recording]

Recording quality is improved with the High AOP Mic that minimizes distortion in noisy environments.

*AOP: Acoustic Overload Point

[Bundled Earphones]

Pure sound by AKG Hybrid canal type 2way Dynamic Unit

Video[Video Playback format]

MP4, M4V, 3GP, 3G2, WMV, ASF, AVI, FLV, MKV, WEBM

[TV Connection]

Wireless: Smart View (Miracast 1080p at 30 fps, mirroring support available for devices supporting Miracast or Google Cast.)

With cable: supports DisplayPort over USB type-C. Supports video out when connecting via HDMI Adapter. (DisplayPort 4K 60 fps)

Water ResistanceIP68

*Water resistant up to 1.5 meters of water for 30 minutes.

BatteryGalaxy S8[Battery Capacity]

3000mAh

[Battery Life]

MP3 playback (AOD on): up to 44 hrs

MP3 playback (AOD OFF): up to 67 hrs

Video playback: up to 16 hrs

Talk time: up to 20 hrs

Internet use (Wi-Fi): up to 14 hrs

Internet use (3G): up to 11 hrs

Internet use (4G): up to 12 hrs

Galaxy S8+[Battery Capacity]

3500mAh

[Battery Life]

MP3 playback (AOD on): up to 50 hrs

MP3 playback (AOD OFF): up to 78 hrs

Video playback: up to 18 hrs

Talk time: up to 24 hrs

Internet use (Wi-Fi): up to 15 hrs

Internet use (3G): up to 13 hrs

Internet use (4G): up to 15 hrs

*Data based on devices released in Europe. Actual results may vary depending on usage and environmental factors.

ChargingFast Charging on wired and wireless

Wireless Charging compatible with WPC and PMASensors

& Buttons[Sensors]

Iris Sensor

Pressure Sensor

Accelerometer

Barometer

Fingerprint Sensor

Gyro Sensor

Geomagnetic Sensor

Hall Sensor

HR Sensor

Proximity Sensor

RGB Light Sensor

[Buttons]

On/Off key

Volume key

Bixby key

Security

Authentication

Lock Type: Pattern, Pin, Password

Biometrics Lock Type: Iris Scanner, Fingerprint Scanner, Face Recognition

Security

Knox protection: Real-time device monitoring and protection

Virus, malware prevention (Powered by Intel Security)

Secure Folder: A secure space on the device to keep content such as apps, photos, movies, and files private using either iris scanning or fingerprint scanning.

Payment

Samsung Pay

Credit & debit cards: supports MST/NFC

Membership cards

Gift cards

Transit cards

Reward point service

*Available in select countries and accepted payment solutions may vary by country.

*Services may be limited by country.

Intelligence

Bixby

Press the Bixby button to go to Bixby Home, or press and hold it to interact with Bixby using voice.

Talk

See

Recommend

Remind

*Available features and content providers may vary by country.

Customization

Edge Screen

Edge Panels: Apps edge, People edge, Smart select, Reminder, Tasks edge, Quick panel, Clipboard edge, Device Maintenance, Weather, Calendar

Edge Lighting

AOD

(Always On Display)

AOD content: Choose from a variety of clock designs and information.

Clock: Digital clock, Analogue clock, World clock, and Edge clock (option to choose color and wallpaper.)

Active clock (with second hand)

Calendar

Image: Select an image from Gallery or Smart Select and set it as wallpaper for the AOD screen.

And more: Set custom text, date, battery level, app notifications, and song information.

FaceWidgets: Experience different widgets on the AOD screen by double-tapping the clock area.

Pin to AOD

Pin text and images you wish to remember to the AOD screen. The pinned memo can be easily viewed or deleted.

You can pin memo to the AOD screen using Reminder and Share via.

AOD Themes

Download AOD-exclusive themes from Theme Store.

Decorate your AOD screen with various themes.

Theme Services

Themes are sets of wallpaper, icons, and other design details available for download to the Galaxy S8 and S8+.

Accessibility

accessibility

To continue making our technology accessible to everyone, Samsung has developed and applied a variety of technical solutions. With solutions for vision, hearing, dexterity and interaction, people with disabilities can easily use technology and take advantage of new and exciting features.

Voice Assistant

High Contrast Theme

Magnifier widget

Color Adjustment

Sound Detector

Flash notification

Universal Switch

In the box

Galaxy S8 | S8+

Device

USB Cable

Earphone

Ejection pin

USB power adaptor

Earphone

Quick start guide

USB Connector (USB Type-C)

Micro USB Connector

[componentplanet]

2021 Mercedes S-Class: 2 HUD Sizes, Level 3 Autonomy, 4D Sound, 5 LCDs

Mercedes-Benz S-Klasse, 2020, Outdoor, Fahraufnahme, Exterieur: Diamantweiß // Mercedes-Benz S-Class, 2020, outdoor, driving shot, exterior: diamond white

The 2021 Mercedes-Benz S-Class sedan will envelop the driver and passengers in unparalleled layers of comfort, safety, technology, and — this is a German car, after all — performance. Most active and passive safety technology comes standard, which is both good and about what you’d expect when the least expensive S-Class sold in the US starts at $96,000 (estimated).

The S-Class sold fewer than 71,000 units worldwide last year, mostly in China, Germany, and the US. But the midsize E-Class and compact E-Class each sold five times as many units, and much of the S-Class tech trickles down quickly. (Total 2019 Mercedes, Daimler, and Smart sales: 2.4 million.)

The US market gets the long-wheelbase S-Class only, which is 208 inches long. It will feature V6, V8, and plug-in hybrid versions; no diesel or four-cylinder here. Also, there’s no pure-electric S-Class anywhere; that will arrive as a separate Mercedes EQS model. US S-Class delivery is expected in the middle of 2021.

The new S-Class has as many as five flat-panel displays, some OLED, and four ways to access and control the Mercedes-Benz User Experience (MBUX): voice, finger/fingerprint, face/gaze, and speech.

The outgoing MBUX interface: dual 12-inch LCDs, HVAC outlets below the center display.

Here’s our take on the S-Class’s striking array of new technology based on early data from Mercedes — in particular, from a background document of 60 pages or 24,000 words:

The driver will see a 12-inch flat panel display with switchable 3D effects, and with no 3D glasses needed. A squarish center stack “media display” sits below the four HVAC outlets. This means it’s easier to touch but will require a bit more downward eye movement for the driver to center on. New display styles evoke the old Spice Girls: Discreet, Sporty, Exclusive, and Classic (no Posh, but that’s a given on this car), plus three modes called Navigation, Assistance, and Service. The center console shows no touchpad or control wheel, marking a point of departure from the iDrive concept BMW has used since 2001. This is daring, because iDrive, widely reviled 20 years ago, now tops many infotainment ratings.

The back seat can have three displays: two on the seatbacks, one in the center armrest.

Rear seat touchscreen display.

Mercedes spiffed up the back seat. In the white-hot China market, it’s where the owner sits. In the US, your kids will have gobs of legroom. Optionally, the rear seats recline and the seats have touchscreens, and there’s an available touchscreen controller in the armrest. The side windows can be shaded. An executive package lets the rear passenger opposite the driver move the front seat all the way forward. All of this is the optional stuff that puts the $96,000 base price far in the rearview mirror. But the average S-Class owner makes on the high side of $300,000 a year.

The “Hey Mercedes” voice recognition capabilities expand, Mercedes says, with cloud processing, more and more natural language queries, some commands (“accept call”) that don’t require the wake word, and control from the rear. The cockpit microphone array senses which speaker, and the ambient lighting, which contains more than 250 concealed LEDs, flashes at the speaker’s location.

The premium Burmeister audio system features 22 speakers, or a dozen shy of some poseur competitors — but hey, there’s quantity and there’s quality. According to Mercedes, it provides 4D audio — huh? If stereo is 2D and shaped multi-channel sound is 3D, the fourth D is a set of in-seat transducers that vibrate with the deepest parts of the music. At-home gamers already have vibrating seats to amplify the effects of their weaponry. Yes, it can be disabled.

In your face (gently): Rear seat occupants can have their own front-impact airbags.

Often it’s the guy in the back seat who has key man insurance, not the chauffeur. To make sure he or she is safe, too, the new S-Class offers airbags in the backs of the front seats to provide additional protection in a forward collision. The Mercedes graphic says they’re “fast and gentle.” That’s in addition to inflatable rear seat belts with mini-airbags that MB already uses and in addition to the side (door) airbags and the side head protection airbag that covers both front and rear windows.

The augmented reality version of the HUD equates to a 77-inch flat-panel monitor. The fishbones, or turning indicators, are overlaid exactly where you’re supposed to turn.

Not every automaker offers a head-up display (HUD). The S-Class will offer good and better HUDs, the latter with augmented reality. Translation: The car tracks where your eyes are. Navigation arrows (the “fishbones” in the image above) are presented so they appear on top of where you’re supposed to make a turn or bear off the highway onto an exit. How dumb can drivers be, you might think. But it’s easy to make a mistake if two exits 49A and 49B are 50 yards apart, if there are two left turns in the space of a very short block, if it’s really dark (less so with MB’s headlamp array), or if the driver is in his 50s or beyond (as is the average S-Class buyer).

The perceived HUD size is impressive, as Mercedes calculates it: “The aperture angle of the display is 10° horizontal and 5° vertical, and the image appears virtually at a distance of 32 feet. This display area corresponds to a monitor with a 77-inch diagonal.”

Every 2021 S-Class gets an air suspension. With active body control, if a collision is imminent, it rises up 3 inches to better absorb impacts.

The four roundish towers in the photo above comprise the air-controlled suspension system (as opposed to hydraulic shock absorbers and steel springs). The AirMatic suspension is standard, with continuously adjustable damping. Optional is E-Active Body Control, which leans the car into a turn, like an airplane banks. If radar sensors predict a side crash, the body is lifted 3 inches to more of the impact is absorbed by the door sill (the unibody frame).

Mercedes barely mentions it, but the suspension actually regenerates energy with every up and down oscillation. It’s enough to help re-energize the 48-volt battery controlling it. Not enough to make this a perpetual motion machine. Optionally, forward-facing sensors can scan the road ahead, 1,000 times per second, for imperfections and adjust the suspension to deal with potholes and speed bumps. Things like predictive suspension travel are not new to Mercedes or the S-Class. But the sum of all the new and the enhanced features make this a car apart from BMW, Audi, etcetera. Until their next new model or refresh.

The new S-Class has V2I communications via cellular, potentially V2V as well.

Mercedes will enable some shared safety signaling, apparently via cellular rather than separate DSRC radios. In this Mercedes schematic above, a car in an accident can send a warning to the cloud (and also reach out the Mercedes call center), the driver can manually warn other vehicles of an incident via the cloud, and dangers such as glare ice can be autodetected (by wheel slip sensors) and communicated to police or highway maintenance crews. Just like fax machines, one such car has no impact; two is the minimum to do anything, and when you have a million, it becomes really useful. It’s also more useful when cars can signal each other directly, unless there is zero lag going vehicle to infrastructure (the cloud) to vehicle.

The S-Class in Europe will be capable of Level 3 self-driving. Many cars today do Level 2, where the driver has to be — is supposed to be — 100 percent attentive while the car steers, accelerates, and brakes. Here, Mercedes says, L3 represents a freeway “conditionally automated mode [up to 37 mph / 60 kph, allowing for] “secondary activities such as the in-car office.” Or really long texts. The driver would have to be ready to take over with some advance notice; it’s uncertain if that’s three seconds or 60.

With up to 10 degrees of rear-wheel steering, the S-Class can back into tight spaces. The cool tri-star paint job, alas, is only on the prototype car.

The new S-Class is just one inch shorter than the base Ford F-150. So how do you navigate the narrow streets of Europe or the clogged streets of LA? With rear-wheel steering. Here, too, there are two options, and the premium version allows up to 10 degrees (a lot) of steer angle. It cuts six feet off the turning radius, down to about 36 feet, and makes it possible to back into more parking spaces.

Rear-wheel steering opposes the front steering angle at parking lot speeds. On the highway, all four wheels steer in the same direction.

On the highway when making lane changes, the rear wheels turn in the same direction as the fronts, and the car crabs sideways. It’s smoother that way. Wheel alignments cost more, but that’s like asking the cost of yacht fuel. If you have to ask, you can’t afford it.

This is a car worth waiting for. Since there’ll only 10,000-15,000 sold in the US in the first full year, what’s equally important is how it trickles down to more approachable (cheaper) Benzes, starting with the next-gen compact C-Class that follows the S-Class by 6-9 months. Mercedes is said to be aggressively porting key features such as the multimedia system, MBUX, the bigger (but not Lexus-big) front grille, and the augmented-reality displays.

It’s also important with the long term trend of migration to big cities (on hold with coronavirus issues currently), where affluent buyers want all the safety, tech, and luxury features of a full-size car in a midsize or compact that fits more easily into available urban parking spaces. It gives makers of mainstream cars targets to aim at. You can’t cheaply replicate four-wheel steering, but it may make lead to rear airbags, maybe illuminated seat belt buckles, and bigger if not huge center stack displays. The claimed 60-mile range for a plug-in hybrid is also an enviable target.

Now read:

Tesla Has Some Serious Quality Control Problems With the Model Y

GM Plots an EV Comeback Inside Its Secretive Battery Lab

Are Stoners Really Safer Drivers Than People Texting or Using Touch Screens?

from ExtremeTechExtremeTech https://www.extremetech.com/extreme/314758-2021-mercedes-s-class-2-hud-sizes-level-3-autonomy-4d-sound-5-lcds from Blogger http://componentplanet.blogspot.com/2020/09/2021-mercedes-s-class-2-hud-sizes-level.html

[ellymackay]

9 Factors that Cause Sleep Sensor Artifact

9 Factors that Cause Sleep Sensor Artifact See more on: Elly Mackay's Sleep Blog

And how to troubleshoot them during a sleep study.

By Heather Linderfelt

Sleep technologists play an essential role in identifying and correcting artifact—unwanted signals, physiological or non-physiological—during polysomnography (PSG).

According to Todd Eiken, RPSGT, FAAST, vice president of product development at Dymedix Diagnostics, “it is critically important that a sleep disorders technologist, as well as an interpreting physician, identify and eliminate artifact that occurs during a PSG. Artifact can mask or reduce the visibility of clinically significant PSG information and also create false-positive and false-negative results.”

Below are 9 common factors that can cause sleep artifact and how to correct them.

Factor 1: Patient sweat

Brad Dotson, RRT, RPSGT, director of sales and marketing at Neurotronics, advises that the temperature in the sleep study room can impact sweat artifact. “Obstructive sleep apnea patients tend to sweat profusely. Having the ability to lower room temperature via air conditioning or fan can reduce sweat artifact,” he says, adding that sweat artifact can cause channels move in a swaying motion away from and back to their baseline.

Amy Schwarz, BSRT, RRT-SDS, clinical product support specialist for Philips, recommends that it is best to “keep the patient room a little cooler than for patient comfort.”

Factor 2: Lead wires

Mike Olmsted, president/CEO of ElectraMed Corp, offers several solutions for artifacts caused by lead wires.

The first is use the right wire for the job. “Do not mix different style leads of different lengths, cup configurations, and properties within an input channel,” he says.

Bundling wires together instead of allowing them to just hang free between the acquisition amplifier and sleep subject helps to reduce noise artifact and stabilize the baseline.

“It is also a good idea to change reusable wires at least once a year,” he adds. “As these wires age, the impedance will increase. It may not be broken, but it can still impact your impedance levels.”

Factor 3: Snore sensors

“Snoring sensors can be challenging due to the sensor being attached to the skin and exposed to sweat, pressure, accidental high pressure, and other interference,” says Sarah Paddock, director of sales and marketing for SLP. Obtaining optimal signals from snore sensors depends on constant contact with the patient’s skin and a good seal against ambient noises. Taping the sensor securely should eliminate any movement artifact.

Factor 4: Respiratory effort sensors

When monitoring respiratory effort, the identification of paradoxical respiratory movements can help indicate upper airway obstruction in the case of mild sleep-disordered breathing. “However, if the location of thoracic or abdominal effort belts shift during a PSG study, analysis of paradoxical respiratory movements become invalid,” says Eiken, who suggests taping the belts in place prior to beginning the study. “This ensures that the chest belt is displaying only chest movement and the abdominal belt is displaying only abdominal movement,” he says.

And don’t over-tighten the belts. “Position belts on the patient to fit comfortably snug when the patient is on their side,” Neurotronics’ Dotson says. “Over-tightened belts will cause the signal to square out during the study.” If the belts are too loose, any movement (even airflow) will generate a signal that is not originated in the scope of the belt.

Factor 5: Electrical devices

With smart watches, such as the Apple Watch, and other wearable electronics becoming more common, techs need to check for these devices before starting a sleep study. “Any electrical devices such as phones, tablets, or headphones should be kept out of reach and away from the patient, headbox, and amplifier,” Schwarz says. “These devices can cause electrical interference, which will present as artifacts during the study.”

Factor 6: Motion

Motion artifact cannot be avoided during a study. When the patient moves, some of the electrodes do not read as well. “Referencing the signal may correct a disturbed signal,” says Schwarz. “If that does not correct the issue, re-prepping may be necessary.”

In some cases, noise from static changes generated by friction against bed linen, cable movement noise, attenuation of the desired signal due to sweat, as well as other factors can mean the difference between a workable recording and constant troubleshooting. “Careful placement as well as securing the sensor will help greatly with regards to reducing unnecessary artifact,” Paddock says.

Factor 7: Pressure flow sensors and pressure monitoring cannulas

As with any sensor, it is critical to insulate the sensitive element from any interference that is not related to the measured signal.

It is also important that the sensor being used (pressure sensor/pressure transducer) minimizes the signal filtering as much as possible—this allows greater flexibility in selecting post filtering of the raw signal without eliminating parts of the wave that may become important in analysis. Too much filtering or switches in the signal can lead to additional electrical noise.

“In addition, disposable cannula filters can aid in the prevention of humidity inside the luer and help reduce the possibility of infection,” says Paddock.

Factor 8: Frequencies and filters

Techs should be aware of the range of frequencies to which a particular sensor is intended to respond. By using low and high pass filters, techs can reduce or eliminate other frequencies that are not of interest. For example, monitoring of respiratory-related parameters is focused on slow frequencies. “As a result, adjusting the low pass filter to eliminate unwanted faster frequencies can be helpful in reducing artifacts,” says Eiken.

Schwarz recommends checking the filters—although there are American Academy of Sleep Medicine-recommended filter settings, they are not required. Sometimes filtering out a signal too much can also cause artifact. “Apply filters as needed; don’t automatically apply them without checking the signal first,” she says. A QRS filter is also sometimes helpful for removing electrocardiogram artifacts in leg leads.

Factor 9: Transmitting devices

Anything can cause artifacts and transmitting devices, such as wireless routers, keyboards, and monitors, are particularly bad offenders when it comes to sensor artifact (and similar devices). Suspect everything and remember that electrical interference can pass through walls and floors/ceilings. So the source of the interference may be in an adjacent room or even in the office on the floor above. Especially suspect interference when an artifact appears and disappears in what seems like random times. “Be a careful observer when troubleshooting and try disconnecting any suspected device, without switching it off first,” says Paddock.

Avoid florescent lighting whenever possible. Move any devices with electric motors (such as fans), non-medical devices (radio, television, watches) and any power cables as far away from the patient as possible. Make sure the beds with metal frames are properly grounded. Try to keep the air humidity at 50% to prevent static charge build up. Arrange the headbox so that the sensor wires do not rest on any electrical devices or swing too freely.

Artifacts can destroy good data and the sleep tech’s job is to recognize the factors that can cause artifacts and neutralize them, capturing only the subject’s true data during what is hopefully a restful, good night’s sleep.

Heather Linderfelt is a freelance writer and editor based in New Mexico. She writes on a variety of topics, including business, technology, science, health, and wellness.

from Sleep Review http://www.sleepreviewmag.com/2020/03/factors-sleep-sensor-artifact/

from Elly Mackay - Feed https://www.ellymackay.com/2020/03/04/9-factors-that-cause-sleep-sensor-artifact/

[perspectief1]

9 Factors that Cause Sleep Sensor Artifact

9 Factors that Cause Sleep Sensor Artifact is republished from www.perspectief.org

And how to troubleshoot them during a sleep study.

By Heather Linderfelt

Sleep technologists play an essential role in identifying and correcting artifact—unwanted signals, physiological or non-physiological—during polysomnography (PSG).

According to Todd Eiken, RPSGT, FAAST, vice president of product development at Dymedix Diagnostics, “it is critically important that a sleep disorders technologist, as well as an interpreting physician, identify and eliminate artifact that occurs during a PSG. Artifact can mask or reduce the visibility of clinically significant PSG information and also create false-positive and false-negative results.”

Below are 9 common factors that can cause sleep artifact and how to correct them.

Factor 1: Patient sweat

Brad Dotson, RRT, RPSGT, director of sales and marketing at Neurotronics, advises that the temperature in the sleep study room can impact sweat artifact. “Obstructive sleep apnea patients tend to sweat profusely. Having the ability to lower room temperature via air conditioning or fan can reduce sweat artifact,” he says, adding that sweat artifact can cause channels move in a swaying motion away from and back to their baseline.

Amy Schwarz, BSRT, RRT-SDS, clinical product support specialist for Philips, recommends that it is best to “keep the patient room a little cooler than for patient comfort.”

Factor 2: Lead wires

Mike Olmsted, president/CEO of ElectraMed Corp, offers several solutions for artifacts caused by lead wires.

The first is use the right wire for the job. “Do not mix different style leads of different lengths, cup configurations, and properties within an input channel,” he says.

Bundling wires together instead of allowing them to just hang free between the acquisition amplifier and sleep subject helps to reduce noise artifact and stabilize the baseline.

“It is also a good idea to change reusable wires at least once a year,” he adds. “As these wires age, the impedance will increase. It may not be broken, but it can still impact your impedance levels.”

Factor 3: Snore sensors

“Snoring sensors can be challenging due to the sensor being attached to the skin and exposed to sweat, pressure, accidental high pressure, and other interference,” says Sarah Paddock, director of sales and marketing for SLP. Obtaining optimal signals from snore sensors depends on constant contact with the patient’s skin and a good seal against ambient noises. Taping the sensor securely should eliminate any movement artifact.

Factor 4: Respiratory effort sensors

When monitoring respiratory effort, the identification of paradoxical respiratory movements can help indicate upper airway obstruction in the case of mild sleep-disordered breathing. “However, if the location of thoracic or abdominal effort belts shift during a PSG study, analysis of paradoxical respiratory movements become invalid,” says Eiken, who suggests taping the belts in place prior to beginning the study. “This ensures that the chest belt is displaying only chest movement and the abdominal belt is displaying only abdominal movement,” he says.

And don’t over-tighten the belts. “Position belts on the patient to fit comfortably snug when the patient is on their side,” Neurotronics’ Dotson says. “Over-tightened belts will cause the signal to square out during the study.” If the belts are too loose, any movement (even airflow) will generate a signal that is not originated in the scope of the belt.

Factor 5: Electrical devices

With smart watches, such as the Apple Watch, and other wearable electronics becoming more common, techs need to check for these devices before starting a sleep study. “Any electrical devices such as phones, tablets, or headphones should be kept out of reach and away from the patient, headbox, and amplifier,” Schwarz says. “These devices can cause electrical interference, which will present as artifacts during the study.”

Factor 6: Motion

Motion artifact cannot be avoided during a study. When the patient moves, some of the electrodes do not read as well. “Referencing the signal may correct a disturbed signal,” says Schwarz. “If that does not correct the issue, re-prepping may be necessary.”

In some cases, noise from static changes generated by friction against bed linen, cable movement noise, attenuation of the desired signal due to sweat, as well as other factors can mean the difference between a workable recording and constant troubleshooting. “Careful placement as well as securing the sensor will help greatly with regards to reducing unnecessary artifact,” Paddock says.

Factor 7: Pressure flow sensors and pressure monitoring cannulas

As with any sensor, it is critical to insulate the sensitive element from any interference that is not related to the measured signal.

It is also important that the sensor being used (pressure sensor/pressure transducer) minimizes the signal filtering as much as possible—this allows greater flexibility in selecting post filtering of the raw signal without eliminating parts of the wave that may become important in analysis. Too much filtering or switches in the signal can lead to additional electrical noise.

“In addition, disposable cannula filters can aid in the prevention of humidity inside the luer and help reduce the possibility of infection,” says Paddock.

Factor 8: Frequencies and filters

Techs should be aware of the range of frequencies to which a particular sensor is intended to respond. By using low and high pass filters, techs can reduce or eliminate other frequencies that are not of interest. For example, monitoring of respiratory-related parameters is focused on slow frequencies. “As a result, adjusting the low pass filter to eliminate unwanted faster frequencies can be helpful in reducing artifacts,” says Eiken.

Schwarz recommends checking the filters—although there are American Academy of Sleep Medicine-recommended filter settings, they are not required. Sometimes filtering out a signal too much can also cause artifact. “Apply filters as needed; don’t automatically apply them without checking the signal first,” she says. A QRS filter is also sometimes helpful for removing electrocardiogram artifacts in leg leads.

Factor 9: Transmitting devices

Anything can cause artifacts and transmitting devices, such as wireless routers, keyboards, and monitors, are particularly bad offenders when it comes to sensor artifact (and similar devices). Suspect everything and remember that electrical interference can pass through walls and floors/ceilings. So the source of the interference may be in an adjacent room or even in the office on the floor above. Especially suspect interference when an artifact appears and disappears in what seems like random times. “Be a careful observer when troubleshooting and try disconnecting any suspected device, without switching it off first,” says Paddock.

Avoid florescent lighting whenever possible. Move any devices with electric motors (such as fans), non-medical devices (radio, television, watches) and any power cables as far away from the patient as possible. Make sure the beds with metal frames are properly grounded. Try to keep the air humidity at 50% to prevent static charge build up. Arrange the headbox so that the sensor wires do not rest on any electrical devices or swing too freely.

Artifacts can destroy good data and the sleep tech’s job is to recognize the factors that can cause artifacts and neutralize them, capturing only the subject’s true data during what is hopefully a restful, good night’s sleep.

Heather Linderfelt is a freelance writer and editor based in New Mexico. She writes on a variety of topics, including business, technology, science, health, and wellness.

from Sleep Review http://www.sleepreviewmag.com/2020/03/factors-sleep-sensor-artifact/

from https://www.perspectief.org/9-factors-that-cause-sleep-sensor-artifact/