48 results found. 21 - 30 of 48 results
Noise suppression technologies/case study introduction (Automotive)
As an example of measures for the CISPR25 noise standard in automotive devices, suppression was implemented for USB used inside of a vehicle.
5G: Technology
5G will enable completely new functions for in-car and out-car applications, in the short-term it will revolutionise in-car infotainment and enhanced multimedia. In the near future we can expect 5G to contribute to V2X communication optimising driving experience and enabling the future of autonomous vehicles.
5G: Technology
Due to the ultra-high-reliability and low-latency communications (URLLC) of 5G, Mission Critical Communications (MCC) has been highlighted as a key area as part of the 3GPP Release. Delivered as part of a core network service it will allow emergency services to replace traditional radio, with more modern communications methods already available to smart phone users.
5G: Technology
5G – Massive IoT will likely account for over half of 5G cellular IoT connections. This is due to the common requirement for long battery life, deep coverage and low total cost of ownership (TCO) across larger application areas like asset management, energy & utilities and smart cities.
5G: Technology
Providing significant benefits to consumers, enhanced mobile broadband (eMBB) will be an extension to existing 4G network and will be amongst the first wave of the 5G services. These benefits will include significant improvement of download speeds and more cost-efficient data, up to 10 times cheaper compared to 4G. Here we explore the benefits and challenges to industry.
Noise suppression technologies/case study introduction (Automotive)
Among devices that support ADAS, the number of cases in which Automotive Ethernet is adopted for data transmission in LiDAR and other sensors is increasing. When using 1000Base-T1, which is faster than the conventional 100Base-T1 standard, noise suppression that takes signal quality into account is required.
Noise suppression technologies/case study introduction (Automotive)
Among devices that support ADAS, the number of cases in which Automotive Ethernet is adopted for data transmission in LiDAR and other sensors is increasing. When using 1000Base-T1, which is faster than the conventional 100Base-T1 standard, noise suppression that takes signal quality into account is required.
Noise suppression technologies/case study introduction (Automotive)
Among devices that support ADAS, the number of cases in which Automotive Ethernet is adopted for data transmission in LiDAR and other sensors is increasing. When using 1000Base-T1, which is faster than the conventional 100Base-T1 standard, noise suppression that takes signal quality into account is required.
Noise suppression technologies/case study introduction (Automotive)
Among devices that support ADAS, the number of cases in which Automotive Ethernet is adopted for data transmission in LiDAR and other sensors is increasing. When using 1000Base-T1, which is faster than the conventional 100Base-T1 standard, noise suppression that takes signal quality into account is required.
Noise suppression technologies/case study introduction (Automotive)
Because an Ethernet cable lacks a ground wire in contrast to USB and other cables, it is easier for radiation noise to occur due to common mode currents. This section explains noise suppression in the 100Base-T1 Automotive Ethernet standard.
