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The Galaxy S10 and S10 Plus should both use ultrasound technology to read the user's fingerprints, a technique already patented by Samsung. The latest ET News reports (via SamMobile) not only highlight the technology used, but also suggest that Samsung will have the latest version of Qualcomm's ultrasonic sensor:
Qualcomm's first-generation ultrasound sensor was launched in 2015. Last year, some Chinese manufacturers used its second-generation ultrasonic fingerprint sensor. Samsung will probably be the first manufacturer to use the third-generation sensor. It would also be the first time that the Qualcomm ultrasonic sensor would be selected for such a high-end device as the Galaxy S10, which is expected to deliver several million units worldwide.
Galaxy S10 Concept (Creative Commons, by mobil-helden.de)Creative Commons, by mobil-helden.de
Aside from the limited series mentioned above in Chinese devices, the majority of fingerprint readers in display have used optical sensors. These offer the same physical experience to users, but are slightly cheaper. The main advantage of Ultrasonic is increased accuracy by modeling the fingerprint in three dimensions.
This does not mean that Samsung is ignoring the image version of the sensor. The third anniversary portfolio handset – the Galaxy S10 Mini, presumed nominated – is expected to use the imaging style sensor.
Security may not be a key battleground for consumers, but it is something that is understood. The business is another case where it is a major concern (especially if government contracts are outstanding).
Whatever the technique, the continued use of fingerprint recognition along with the use of facial recognition offers users a multimodal approach to security. With Apple on its FaceID system and progressive removal of TouchID, this also focuses on the specifications of the Galaxy S10 and iPhone XS families.
Read now how the Samsung Galaxy S10 can beat the new iPhones …
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The Galaxy S10 and S10 Plus should both use ultrasound technology to read the user's fingerprints, a technique already patented by Samsung. The latest ET News reports (via SamMobile) not only highlight the technology used, but also suggest that Samsung will have the latest version of Qualcomm's ultrasonic sensor:
Qualcomm's first-generation ultrasound sensor was launched in 2015. Last year, some Chinese manufacturers used its second-generation ultrasonic fingerprint sensor. Samsung will probably be the first manufacturer to use the third-generation sensor. It would also be the first time that the Qualcomm ultrasonic sensor would be selected for such a high-end device as the Galaxy S10, which is expected to deliver several million units worldwide.
Galaxy S10 Concept (Creative Commons, by mobil-helden.de)Creative Commons, by mobil-helden.de
Aside from the limited series mentioned above in Chinese devices, the majority of fingerprint readers in display have used optical sensors. These offer the same physical experience to users, but are slightly cheaper. The main advantage of Ultrasonic is increased accuracy by modeling the fingerprint in three dimensions.
This does not mean that Samsung is ignoring the image version of the sensor. The third anniversary portfolio handset – the Galaxy S10 Mini, presumed nominated – is expected to use the imaging style sensor.
Security may not be a key battleground for consumers, but it is something that is understood. The business is another case where it is a major concern (especially if government contracts are outstanding).
Whatever the technique, the continued use of fingerprint recognition along with the use of facial recognition offers users a multimodal approach to security. With Apple on its FaceID system and progressive removal of TouchID, this also focuses on the specifications of the Galaxy S10 and iPhone XS families.
Read now how the Samsung Galaxy S10 can beat the new iPhones …
