Samsung Galaxy S24 FE Rumored to Feature Side-Mounted Fingerprint Sensor
(Samsung Galaxy S24 FE Expected to Have a Side-Mounted Fingerprint)
Reports suggest the upcoming Samsung Galaxy S24 Fan Edition (FE) might switch its fingerprint sensor placement. Sources indicate the phone could use a side-mounted fingerprint sensor. This sensor would likely be embedded into the power button. This design choice would be a change from recent FE models.
Previous Galaxy FE phones, like the S21 FE and S23 FE, used under-display fingerprint sensors. These sensors are placed beneath the phone’s screen. Users unlock the phone by touching a specific area on the display. The rumored side-mounted sensor for the S24 FE represents a different approach.
Industry watchers see possible reasons for this shift. Using a side-mounted sensor could help lower production costs. Reducing costs aligns with the Fan Edition series’ value-focused positioning. Side-mounted sensors are also known for their fast and reliable performance. Some users prefer the physical feel of a button-integrated sensor. This method might offer a more familiar unlocking experience for certain customers.
The Galaxy S24 FE is expected to share several features with the standard S24 lineup. It will probably run the latest Android operating system. Samsung’s own One UI software layer will be on top. The phone should offer powerful performance suitable for daily tasks and gaming. A high-quality camera system is also anticipated. The exact specifications remain unconfirmed for now.
(Samsung Galaxy S24 FE Expected to Have a Side-Mounted Fingerprint)
Samsung has not officially commented on these sensor rumors. The company typically keeps details secret until launch. The Galaxy S24 FE is anticipated to arrive later this year. A release sometime in the fourth quarter seems likely based on past FE model launches. Pricing details are also not available yet. Samsung aims to provide flagship-like features at a more accessible price point with the FE series. The potential fingerprint sensor change fits this goal.