64 results found.
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Noise suppression technologies/case study introduction (Consumer)
USB 4 was standardized. In order to examine the noise problems in USB 4 and ways to reduce it, an Addin card with built-in Thunderbolt3, DisplayPort, and PCI Express was used to perform an evaluation.
Noise suppression technologies/case study introduction (Consumer)
USB 4 was standardized. In order to examine the noise problems in USB 4 and ways to reduce it, an Addin card with built-in Thunderbolt3, DisplayPort, and PCI Express was used to perform an evaluation.
Noise suppression technologies/case study introduction (Consumer)
USB 4 was standardized. In order to examine the noise problems in USB 4 and ways to reduce it, an Addin card with built-in Thunderbolt3, DisplayPort, and PCI Express was used to perform an evaluation.
Noise suppression technologies/case study introduction (Consumer)
USB 4 was standardized. In order to examine the noise problems in USB 4 and ways to reduce it, an Addin card with built-in Thunderbolt3, DisplayPort, and PCI Express was used to perform an evaluation.
Noise suppression technologies/case study introduction (Consumer)
HDMI 2.1 is capable of high-speed communication with a maximum data throughput that is approximately 2.7 times greater compared with conventional HDMI 2.0. Because HDMI 2.1 transmits signals at higher speeds than in the past, it is necessary to make sure that signal quality is not lost when performing noise suppression.
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 (Consumer)
In wireless charging systems, noise occurring in the charger penetrates the smart phone unit through the power transmission and receiving coils, which leads to a reduction in receiver sensitivity. This section introduces key points of noise suppression in both the power receiving module and power transmission module.
