This post was last edited by qwqwqw2088 on 2019-5-20 16:471.In the eyes of experts, what are the commercial challenges of 5Gmillimeter wave frequency band? Since my country's 5G development strategy is to first develop the mid-frequency band below 6GHz, the industrialization of the 5G millimeter wave frequency band is not as fast as the mid-frequency band. According to the plan, China's 5G commercialization will begin in 2020. China Mobile has set the commercialization of millimeter wave for 2022. This year, the 5G technology trial led by the IMT2020 (5G) Promotion Group... 2.Area Occupancy Detection Reference Design for Millimeter WaveSensorsThis design demonstrates how TI mmWave sensor technology can be used for area occupancy detection to monitor an area of interest with a ±60 degree field of view (FOV) and a maximum range of at least 10 m. Using the IWR1443BOOST evaluation module (EVM), the complete radar processing chain is integrated onto the IWR1443 device. At...3.Onlookers! Millimeter wave applied to liquid level measurement design case,,,Power optimization case of 77GHz class transmitter reference design, design case TIDEP-0091 board, highlighting the IWR14xx 76- to 81-GHz mmWave sensor power optimization strategy, suitable for tank level detection applications, displacement sensors, 4 to 20 mA sensors and other low-power applications, can be detected with high precision... 4.Why does 5G use millimeter wave? According to the 3GPP 38.101 protocol, 5G NR mainly uses two frequency bands: FR1 band and FR2 band. The frequency range of the FR1 band is 450MHz-6GHz, also known as the sub 6GHz band; the frequency range of the FR2 band is 24.25GHz-52.6GHz, which is usually called millimeter wave (mmWave) in 7 minutes. Facing the upcoming 5G, users from all walks of life, from enterprise-level data centers to teenagers chatting, playing games and watching TV series on their mobile phones, are full of expectations for the substantial increase in data bandwidth under the new communication standard. As far as the current data communication high-bandwidth transmission media is concerned, optical fiber cable is the first to bear the brunt and has been... 6.Millimeter WaveBasic Principles of Sensors (mmWave Training Series)Millimeter WaveBasic Principles of Sensors (mmWave Training Series) Designed to help you understand the basics of FMCW technology and mmWave sensors and quickly start development. TI's mmWave sensor product line includes the AWR automotive radar sensor series and the IWR industrial mmWave sensor series, which are designed to detect objects...7.Millimeter WaveIf you don't understand, just ask: About the latest applications of Millimeter Wave radar in automobiles1. What is the response time of TI Millimeter Wave radar? A: Millimeter waves travel in the air at the speed of light. The time from transmission to reception of millimeter waves depends on the distance of the reflecting target. 2. Millimeter waves What is the processing interface for millimeter waves to communicate with the host? A: SPI 3. Is the AWR1642 chip used in automotive radar? A: AWR models are suitable...8.TI Embedded Processing Theme Live Month Live Replay｜Automobile and Millimeter Wave Radar, Low Power WiFi MCU, AM57X Platform Live Details: Click to view the live replay: >>TI The latest application of millimeter wave radar in the automotive field >> The latest low-power 5GHz dual-band Wi-Fi MCU, fully meeting high safety standards >> AM57X platform features and typical applications 9.Appreciate the design plan! Millimeter Wave Sensor Automatic Parking System Reference Design 77GHz mmWavesensor technology, 77GHz single-chipmmWave sensor with integrated DSP, MCU and hardware accelerator, can reliably detect objects around the vehicle under harsh parking conditions and environmental conditions. With a distance resolution of less than 4cm and a bandwidth of 10MHz IF, it is possible to obtain accurate images through good resolution... 10.Better than seeing! See how 77GHz millimeter wave radar protects ADAS What is millimeter wave What is millimeter wave? Millimeter wave is essentially a frequency band of electromagnetic waves, which is higher than radio and lower than visible light and infrared. The frequency range is approximately 30GHz-300GHz. This is a frequency band that is very suitable for the automotive field. In this frequency band, the wavelength is about 1~10mm. Therefore, I... 11.Live broadcast [TI's latest applications of millimeter-wave radar in the automotive field] This is the first live broadcast of TI's embedded processing theme live broadcast month. Yao Jun, a senior processor technical support engineer at TI, will explain to you the latest application solutions and software and hardware design resources of TI's millimeter-wave radar product series in the automotive field. Welcome everyone to watch, watching the live broadcast can not only get the latest dry goods, but also win good... 12.77Ghz single-chipmillimeter wave sensor enables automatic parking Author: Kishore Ramaiah, Texas Instruments Have you ever spent time looking for a parking space at a shopping mall or grocery store, and wished you could get off at the entrance and park yourself, especially when it's raining or the weather is extremely hot? How much time would you save if you didn't have to look around for a parking space? (Or, as... 13.24GHz quasimillimeter wave radar sensor FMK24-A series 24GHz microwave radar ranging sensor FMCW drone obstacle avoidance radar Product Name: 24GHz quasi- millimeter wave radar sensor FMK24-A series 24GHz microwave radar ranging sensor FMCW drone obstacle avoidance radar Product model: FMK24-A series Brand: Yanwu Technology Yanwu Technology FMK24-A series 24GHz quasi- millimeter wave radar sensor. Low cost, simple operation, no shell... 14. 5G Millimeter Wave Radio Frequency Technology Hybrid beamforming (such as shown in the figure) will be the preferred architecture for 5G systems operating at microwave and millimeter wave frequencies. This architecture combines digital (MIMO) and analog beamforming to overcome high path loss and improve spectral efficiency. As shown in the figure, the combination of m data streams is split into n RF paths to... 15.What can thin materials bring to millimeter wave technology? For mobile devices, the mechanical properties of thin PCB materials have obvious advantages in maintaining miniaturization and lightweight design, but the thickness of dielectric materials will affect impedance control in high-frequency applications. Another advantage of thin PCB laminates is that they can support 30GHz and higher millimeter wave frequencies, which can prevent... 16. TI millimeter wave radar China tour 17.Let's talk about millimeter wave: What is millimeter wave? What can millimeter wave do--- Now is an era of intelligence. It is estimated that by 2020, there will be 10 million self-driving cars on the road; in the next five years, 56% of industrial companies will be more efficient; in 2020, 81% of homes and buildings will be intelligent. In this... 18.Millimeter WaveSensor Detection of Moving Interior OccupantsAutomotive designers have successfully integrated millimeter wave (mmWave) sensors into multiple automotive interior applications. One of these applications is the ability to detect the presence of occupants in a variety of lighting conditions and sensor placements, regardless of whether they are moving. This can help the car system detect unattended persons left in the car...19.TI: Millimeter Wave Sensors for Edge Intelligence Intelligent processing at the edge through millimeter wave sensors can reduce the amount of data sent to central servers and increase the amount of decision-making by the sensors themselves. The Internet of Things (IoT) drives more devices and sensors to connect to the network in building and home systems: According to Gartner's estimates, in 2017, the Internet of Things will cover... 20.The meaning and use of CQ2 data of TImillimeter wave sensor This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The information of CQ2 data also applies to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is part of chirp quality data. It mainly provides... 21. 5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...Millimeter wave (mmWave) sensors are being integrated into multiple automotive in-cabin applications. One of these applications is the ability to detect occupants in a vehicle, regardless of whether they are moving, in a variety of lighting conditions and sensor placements. This can help the car system detect unattended persons left in the car... 19.TI: Millimeter Wave Sensors for Edge Intelligence Intelligent processing at the edge through millimeter wave sensors can reduce the amount of data sent to central servers and increase the amount of decision-making by the sensors themselves. The Internet of Things (IoT) drives more devices and sensors to connect to the network in building and home systems: According to Gartner's estimates, in 2017, the Internet of Things will cover... 20.The meaning and use of CQ2 data of TImillimeter wave sensor This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The information of CQ2 data also applies to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is part of chirp quality data. It mainly provides... 21. 5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...Millimeter wave (mmWave) sensors are being integrated into multiple automotive in-cabin applications. One of these applications is the ability to detect occupants in a vehicle, regardless of whether they are moving, in a variety of lighting conditions and sensor placements. This can help the car system detect unattended persons left in the car... 19.TI: Millimeter Wave Sensors for Edge Intelligence Intelligent processing at the edge through millimeter wave sensors can reduce the amount of data sent to central servers and increase the amount of decision-making by the sensors themselves. The Internet of Things (IoT) drives more devices and sensors to connect to the network in building and home systems: According to Gartner's estimates, in 2017, the Internet of Things will cover... 20.The meaning and use of CQ2 data of TImillimeter wave sensor This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The information of CQ2 data also applies to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is part of chirp quality data. It mainly provides... 21. 5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...Millimeter Wave Sensors Enable Edge Intelligence[/url] Performing intelligent processing at the edge through millimeter wave sensors can reduce the amount of data sent to central servers and increase the amount of decision-making made by the sensors themselves. The Internet of Things (IoT) drives more devices and sensors to connect to the network in building and home systems: According to Gartner's estimates, in 2017, the Internet of Things will cover... 20.The meaning and use of CQ2 data of TImillimeter wave sensor This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The information of CQ2 data also applies to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is part of chirp quality data. It mainly provides... 21. 5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...Millimeter Wave Sensors Enable Edge Intelligence[/url] Performing intelligent processing at the edge through millimeter wave sensors can reduce the amount of data sent to central servers and increase the amount of decision-making made by the sensors themselves. The Internet of Things (IoT) drives more devices and sensors to connect to the network in building and home systems: According to Gartner's estimates, in 2017, the Internet of Things will cover... 20.The meaning and use of CQ2 data of TImillimeter wave sensor This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The information of CQ2 data also applies to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is part of chirp quality data. It mainly provides... 21. 5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...php?mod=viewthread&tid=1076572&highlight=%BA%C1%C3%D7%B2%A8]The meaning and use of CQ2 data of TI millimeter wave sensors[/url] This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The relevant CQ2 data information is also applicable to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is a part of chirp quality data. The main provision is each... 21.5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...php?mod=viewthread&tid=1076572&highlight=%BA%C1%C3%D7%B2%A8]The meaning and use of CQ2 data of TI millimeter wave sensors[/url] This article introduces the meaning and use of CQ2 data based on the function of receiving channel saturation detection in the xWR1642 OOB routine. The relevant CQ2 data information is also applicable to other TI millimeter wave sensor chips. 1. Introduction to CQ2 data CQ2 is a part of chirp quality data. The main provision is each... 21.5G key technology millimeter wave technology I found that the RF Technology Research Institute has a lot of very good content. The following is the 5G key technology millimeter wave technology shared here. Only a part of it is shared with you here. If you like it, you can go and see it yourself. In the case of increasingly scarce spectrum resources, the development and utilization of millimeter waves used in satellite and radar military systems... 22.From millimeter waves to low frequency bands, what you should know about 5G basic technologies 5G networks are coming our way, and this next-generation wireless communications technology uses a new technology called millimeter wave (mmWave) to provide power. Carriers in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...php?mod=viewthread&tid=1077241&highlight=%BA%C1%C3%D7%B2%A8]From millimeter wave to low frequency bands What you should know about 5G basic technology[/url] 5G networks are coming to us. This next-generation wireless communication technology uses a new technology called millimeter wave(mmWave) to provide power. Operators in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...php?mod=viewthread&tid=1077241&highlight=%BA%C1%C3%D7%B2%A8]From millimeter wave to low frequency bands What you should know about 5G basic technology[/url] 5G networks are coming to us. This next-generation wireless communication technology uses a new technology called millimeter wave(mmWave) to provide power. Operators in the United States are particularly interested in this technology, so it may be used to varying degrees around the world. However, not every 5G network must use... 23.Gesture Control HMI Reference Design with mmWave Sensors and Sitara Processors Gesture Control HMI Reference Design with mmWaveDescriptionThis reference design demonstrates the processor SDK Linux Natural gesture recognition and presence detection running on the Sitara AM335x processor and the mmWave SDK running on the IWR6843ISK. ...
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