The Internet of Things business opportunity is attractive, attracting all parties to compete in the layout. Recently, the major IoT industry alliances are rushing to launch new offensives. For example, the Open Interconnect Alliance announced the merger of the UPnP Forum, and Cisco has joined forces with ARM, Intel, Microsoft and other technology companies to establish a new OpenFog alliance, which has grown stronger from various forces and dominated.
The Internet of Things is already a hot-selling chicken in the technology industry. Its huge business opportunities are making the forces of all parties ready to move. In order to grab the market pancakes and dominate the market discourse power, the major IoT industry alliances are competing to launch new offensives, and the vertical and horizontal situation has arisen, which has made the already fiercely competitive IoT battles even more intense.
Combine energy harvesting technology ZigBee to enhance IoT combat power
In order to strengthen the competitiveness of the Internet of Things market, the ZigBee Alliance will make another move. The ZigBee Alliance recently announced a partnership with the EnOcean Alliance to combine ZigBee 3.0 with the latter's Energy HarvesTIng technology to develop an open source of global energy harvesting wireless communications for a compatible, self-powered IoT Sensors to create a greener, smarter home and building.
ZigBee Alliance Chairman and CEO Tobin Richardson said the alliance's release of ZigBee 3.0 aims to provide a unified IoT standard that simplifies product development while reducing industry standards dispersion and opening up new market growth opportunities. Working with EnOcean is a key to achieving this goal. The new standard specification jointly developed by the two major alliances for the ZigBee 3.0 ecosystem will enable interoperable, self-powered IoT solutions to be used in more applications to meet the market's plug-and-play, ultra-low power and battery-free solutions. The growing demand for the program.
The technical cooperation will be based on the EnOcean Alliance's more than 1,500 interoperable products for home and commercial building automation, combined with the newly released ZigBee 3.0, to expand energy harvesting wireless technology to the Internet of Things and consumption. In the field of categories, it is also possible to ensure that battery-free self-powered devices can be safely added to a variety of energy harvesting application networks, creating new application opportunities for the industry.
Moreover, the cooperation between the two parties can also provide a framework for seamless data exchange for other industry alliances, thus implementing the interoperability between sensors and the cloud. It is reported that representatives from ZigBee and EnOcean will form a team to develop technical specifications to integrate international standardized EnOcean Equipment Profiles (EEPs) and ZigBee 3.0 solutions based on IEEE 802.15.4 with 2.4GHz band. The two major alliances are expected to complete the development of technical specifications in the second quarter of 2016 and disclose details about market and business cooperation.
EnOcean Alliance Chairman Graham MarTIn pointed out that the global 2.4GHz band is critical for the consumer market, and EnOcean and the ZigBee Alliance are working together to develop an energy harvesting wireless solution specification that will allow EnOcean members to enter more markets in a wider range of areas. Achieve its self-powered innovative solutions. In addition, the cooperation has enriched the EnOcean Alliance for a long time, and is still regarded as the core smart building market in the sub-1GHz band, applying proven and interoperable energy harvesting technology solutions to more fields.
OIC merges with UPnP Forum to increase the strength of the Internet of Things
Not to let the ZigBee Alliance be more beautiful, the Open Interconnect Consorium (OCC) has announced the merger of all assets of the Universal Plug and Play (UPnP) Forum. This agreement is expected to effectively integrate the OIC and UPnP Forum technologies and infrastructure to make the application base of the OIC IoT standard more stable.
OIC Executive Director Mike Richmond said that the Internet software protocol pioneered by the UPnP Forum is the foundation technology of today's smart homes; OIC is looking forward to working closely with many new members of the organization to streamline the next generation of connected IoT devices. Specifications.
According to research firm Gartner, there will be 21 billion IoT connections by 2020, and a recognized universal standard will be required to ensure that all devices are effectively connected and operated. The UPnP Forum was merged into the latest measures taken by OIC to ensure interconnection between IoT devices.
Scott Lofgren, president of the UPnP Forum, said that after UPnP joined OIC, the organization's standard devices will have the opportunity to combine with OIC's technology. In addition, UPnP devices play a unique role in smart homes, and will be able to strengthen OIC's efforts in the field of Internet of Things.
It is understood that in the future OIC will create a new UPnP work team to maintain UPnP specifications and certification tools throughout the OIC organization. In addition, OIC will also provide some compensation to some UPnP forums who do not want to join OIC's certified members as compensation.
Christopher Rommel, a researcher at VDC, a market research organization, said that decentralized IoT protocols and standards bodies are important obstacles to the popularity of the Internet of Things market. Lack of compatibility makes the network's flexibility and functionality impossible to implement, ultimately limiting consumers' presence in the market. select. To overcome this dilemma, industry developers must work together to ensure compatibility between standard protocols. VDC believes that OIC's integration of the UPnP Forum's assets is a necessary infrastructure and will be an important step towards achieving the bright future of the Internet of Things.
The Linux kernel natively supports MOST to expand the Internet of Vehicles. On the other hand, in order to accelerate the development of connected cars, the Automotive Media Oriented System Transfer (MOST) technology standards development organization recently announced that the Linux Mainline kernel (Kernel) will support native MOST since version 4.3. Linux driver. Wolfgang Bott, the MOST standard organization technology coordinator, said that the driver can access various MOST data types and support the USB, MediaLB and I2C interfaces of the MOST network interface controller. The driver also supports Linux standard interfaces such as ALSA (audio), V4L2 (video) and Linux network stacking based on IP protocol standards.
The Linux bearer rate is continuing to climb as it is an open source platform that allows car developers to reuse existing designs while gradually improving them. In addition, Automotive Grade Linux (AGL) is built on a fully tested and stable Linux stack that has been used in embedded and mobile devices.
Market research firm IHS pointed out that by 2020, the global In-Vehicle Infotainment (IVI) shipments will total about 130 million units, of which 41.3% will be equipped with Linux operating systems, which is the mainstream of the market.
The combination of MOST and Linux provides a solution for increasingly complex IVI and ADAS, accelerating the speed of related systems development through open source software and automotive-proven MOST network technology. A fast and reliable network infrastructure is an essential element in achieving a connected car. Integrating this infrastructure with an open, common automotive platform architecture will help the global automotive market. Integrating MOST drivers in the Linux Mainline Kernel simplifies the creation of various components in a car infotainment system and ensures that each other works seamlessly.
Accelerate IoT Terminal and Cloud Integration OpenFog Alliance
In addition to the alliance and the alliance to enhance the development advantage, the establishment of a new alliance is also a good way to seize the opportunity of the Internet of Things. Recently, Amgen International (ARM), Cisco, Dell, Intel, Microsoft and Princeton University Edge Lab jointly announced the establishment of the OpenFog Alliance, hopes to pass the fog operation (Fog CompuTIng ) to grab a place in the Internet of Things; the alliance is expected to establish a preliminary framework and structure in early 2016 to reduce the time required for end-to-end IoT solution integration.
It is understood that the alliance wants to bring seamless wisdom to the cloud-to-IoT endpoints through an open architecture. Its core includes decentralized computing, networking and storage, and the technology needed to realize the full potential of the Internet of Things to accelerate the deployment of fog computing.
The fog computing architecture distributes computing, communication, control, and storage resources and services to users or devices and systems that are close to the user. The OpenFog Alliance will demonstrate the interoperability and composability of cloud architecture and edge architecture through white papers, test platforms and other means to establish the leading position of fog computing in industry and academia. It is reported that the alliance will reduce the time required for end-to-end IoT solutions (technology, architecture, test platform and business development) through existing standard work and recognized methods.
The fog operation was first proposed by Cisco. It is different from cloud computing. The architecture adopted is more dispersed and closer to the edge of the network. It uses the devices around the crowd to process data, and wants to improve the huge data transmission of the Internet of Things to the cloud center. , may cause too much bandwidth or overload.
In addition, it is worth noting that in recent years, many manufacturers have formed alliances to attack the Internet of Things business opportunities. In addition to the OpenFog alliance, there are also Open Interconnection Alliance (OIC), Allseen, IIC, OneM2M, Homekit and Thread Group, aiming respectively. In the fields of smart home, car networking and industrial Internet of Things, the alliances cooperate and compete with each other.
All in all, the Internet of Things business opportunities are infinite, triggering major alliances to launch offensives, the purpose of which is the technology, products and patent layout of thick networking, in order to obtain the maximum market benefits and development advantages in the fierce competition.
The Internet of Things is already a hot-selling chicken in the technology industry. Its huge business opportunities are making the forces of all parties ready to move. In order to grab the market pancakes and dominate the market discourse power, the major IoT industry alliances are competing to launch new offensives, and the vertical and horizontal situation has arisen, which has made the already fiercely competitive IoT battles even more intense.
Combine energy harvesting technology ZigBee to enhance IoT combat power
In order to strengthen the competitiveness of the Internet of Things market, the ZigBee Alliance will make another move. The ZigBee Alliance recently announced a partnership with the EnOcean Alliance to combine ZigBee 3.0 with the latter's Energy HarvesTIng technology to develop an open source of global energy harvesting wireless communications for a compatible, self-powered IoT Sensors to create a greener, smarter home and building.
ZigBee Alliance Chairman and CEO Tobin Richardson said the alliance's release of ZigBee 3.0 aims to provide a unified IoT standard that simplifies product development while reducing industry standards dispersion and opening up new market growth opportunities. Working with EnOcean is a key to achieving this goal. The new standard specification jointly developed by the two major alliances for the ZigBee 3.0 ecosystem will enable interoperable, self-powered IoT solutions to be used in more applications to meet the market's plug-and-play, ultra-low power and battery-free solutions. The growing demand for the program.
The technical cooperation will be based on the EnOcean Alliance's more than 1,500 interoperable products for home and commercial building automation, combined with the newly released ZigBee 3.0, to expand energy harvesting wireless technology to the Internet of Things and consumption. In the field of categories, it is also possible to ensure that battery-free self-powered devices can be safely added to a variety of energy harvesting application networks, creating new application opportunities for the industry.
Moreover, the cooperation between the two parties can also provide a framework for seamless data exchange for other industry alliances, thus implementing the interoperability between sensors and the cloud. It is reported that representatives from ZigBee and EnOcean will form a team to develop technical specifications to integrate international standardized EnOcean Equipment Profiles (EEPs) and ZigBee 3.0 solutions based on IEEE 802.15.4 with 2.4GHz band. The two major alliances are expected to complete the development of technical specifications in the second quarter of 2016 and disclose details about market and business cooperation.
EnOcean Alliance Chairman Graham MarTIn pointed out that the global 2.4GHz band is critical for the consumer market, and EnOcean and the ZigBee Alliance are working together to develop an energy harvesting wireless solution specification that will allow EnOcean members to enter more markets in a wider range of areas. Achieve its self-powered innovative solutions. In addition, the cooperation has enriched the EnOcean Alliance for a long time, and is still regarded as the core smart building market in the sub-1GHz band, applying proven and interoperable energy harvesting technology solutions to more fields.
OIC merges with UPnP Forum to increase the strength of the Internet of Things
Not to let the ZigBee Alliance be more beautiful, the Open Interconnect Consorium (OCC) has announced the merger of all assets of the Universal Plug and Play (UPnP) Forum. This agreement is expected to effectively integrate the OIC and UPnP Forum technologies and infrastructure to make the application base of the OIC IoT standard more stable.
OIC Executive Director Mike Richmond said that the Internet software protocol pioneered by the UPnP Forum is the foundation technology of today's smart homes; OIC is looking forward to working closely with many new members of the organization to streamline the next generation of connected IoT devices. Specifications.
According to research firm Gartner, there will be 21 billion IoT connections by 2020, and a recognized universal standard will be required to ensure that all devices are effectively connected and operated. The UPnP Forum was merged into the latest measures taken by OIC to ensure interconnection between IoT devices.
Scott Lofgren, president of the UPnP Forum, said that after UPnP joined OIC, the organization's standard devices will have the opportunity to combine with OIC's technology. In addition, UPnP devices play a unique role in smart homes, and will be able to strengthen OIC's efforts in the field of Internet of Things.
It is understood that in the future OIC will create a new UPnP work team to maintain UPnP specifications and certification tools throughout the OIC organization. In addition, OIC will also provide some compensation to some UPnP forums who do not want to join OIC's certified members as compensation.
Christopher Rommel, a researcher at VDC, a market research organization, said that decentralized IoT protocols and standards bodies are important obstacles to the popularity of the Internet of Things market. Lack of compatibility makes the network's flexibility and functionality impossible to implement, ultimately limiting consumers' presence in the market. select. To overcome this dilemma, industry developers must work together to ensure compatibility between standard protocols. VDC believes that OIC's integration of the UPnP Forum's assets is a necessary infrastructure and will be an important step towards achieving the bright future of the Internet of Things.
The Linux kernel natively supports MOST to expand the Internet of Vehicles. On the other hand, in order to accelerate the development of connected cars, the Automotive Media Oriented System Transfer (MOST) technology standards development organization recently announced that the Linux Mainline kernel (Kernel) will support native MOST since version 4.3. Linux driver. Wolfgang Bott, the MOST standard organization technology coordinator, said that the driver can access various MOST data types and support the USB, MediaLB and I2C interfaces of the MOST network interface controller. The driver also supports Linux standard interfaces such as ALSA (audio), V4L2 (video) and Linux network stacking based on IP protocol standards.
The Linux bearer rate is continuing to climb as it is an open source platform that allows car developers to reuse existing designs while gradually improving them. In addition, Automotive Grade Linux (AGL) is built on a fully tested and stable Linux stack that has been used in embedded and mobile devices.
Market research firm IHS pointed out that by 2020, the global In-Vehicle Infotainment (IVI) shipments will total about 130 million units, of which 41.3% will be equipped with Linux operating systems, which is the mainstream of the market.
The combination of MOST and Linux provides a solution for increasingly complex IVI and ADAS, accelerating the speed of related systems development through open source software and automotive-proven MOST network technology. A fast and reliable network infrastructure is an essential element in achieving a connected car. Integrating this infrastructure with an open, common automotive platform architecture will help the global automotive market. Integrating MOST drivers in the Linux Mainline Kernel simplifies the creation of various components in a car infotainment system and ensures that each other works seamlessly.
Accelerate IoT Terminal and Cloud Integration OpenFog Alliance
In addition to the alliance and the alliance to enhance the development advantage, the establishment of a new alliance is also a good way to seize the opportunity of the Internet of Things. Recently, Amgen International (ARM), Cisco, Dell, Intel, Microsoft and Princeton University Edge Lab jointly announced the establishment of the OpenFog Alliance, hopes to pass the fog operation (Fog CompuTIng ) to grab a place in the Internet of Things; the alliance is expected to establish a preliminary framework and structure in early 2016 to reduce the time required for end-to-end IoT solution integration.
It is understood that the alliance wants to bring seamless wisdom to the cloud-to-IoT endpoints through an open architecture. Its core includes decentralized computing, networking and storage, and the technology needed to realize the full potential of the Internet of Things to accelerate the deployment of fog computing.
The fog computing architecture distributes computing, communication, control, and storage resources and services to users or devices and systems that are close to the user. The OpenFog Alliance will demonstrate the interoperability and composability of cloud architecture and edge architecture through white papers, test platforms and other means to establish the leading position of fog computing in industry and academia. It is reported that the alliance will reduce the time required for end-to-end IoT solutions (technology, architecture, test platform and business development) through existing standard work and recognized methods.
The fog operation was first proposed by Cisco. It is different from cloud computing. The architecture adopted is more dispersed and closer to the edge of the network. It uses the devices around the crowd to process data, and wants to improve the huge data transmission of the Internet of Things to the cloud center. , may cause too much bandwidth or overload.
In addition, it is worth noting that in recent years, many manufacturers have formed alliances to attack the Internet of Things business opportunities. In addition to the OpenFog alliance, there are also Open Interconnection Alliance (OIC), Allseen, IIC, OneM2M, Homekit and Thread Group, aiming respectively. In the fields of smart home, car networking and industrial Internet of Things, the alliances cooperate and compete with each other.
All in all, the Internet of Things business opportunities are infinite, triggering major alliances to launch offensives, the purpose of which is the technology, products and patent layout of thick networking, in order to obtain the maximum market benefits and development advantages in the fierce competition.
Detachable Mini Fan: This portable mini fan can be detachable and washable. You can clean it easily. The mini Table Fan is suitable for home study and office work use. With low noise, The Small Desk Fan will not influence others. High quality motor and smooth wind will bring you a cool summer.
With USB cable: USB port rechargeable, powered by lithium polymer battery, our mini usb fan comes with usb cable which can be charged with computer, power bank , mobile power and other devices.
Detachable Fan,Small Travel Fan,Rechargeable Hand Fan,Detachable Ceiling Fan
SHENZHEN HONK ELECTRONIC CO., LTD , https://www.honktech.com