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Samsung’s Next Folding Phones Get Early Tease

Samsung's Next Folding Phones Get Early Tease

Like many smartphone manufacturers, Samsung follows a consistent launch calendar, unveiling a new numbered version for each model annually. Hence, it was no surprise to learn about the upcoming Galaxy Z Flip 7 and Galaxy Z Fold 7, expected to debut in 2025. Recent leaks have now confirmed these plans, revealing codenames and the existence of an intriguing third model.

According to the information shared by GalaxyClub, the Galaxy Z Flip 7 is identified by the codename B7, while the Galaxy Z Fold 7 carries the codename Q7. There is also a mysterious third device referred to as Q7M, though its specific identity remains uncertain. Given that this designation appears to derive from the Galaxy Z Fold 7, it suggests that Q7M may be a variant of the Fold series, yet its exact nature is still unknown.

GalaxyClub reports that the enigmatic Q7M is on a development timeline that closely aligns with the Galaxy Z Fold 7, but both devices are not anticipated to launch until the summer of 2025 or later. The introduction of the Galaxy S25 and Galaxy A56 in the early part of 2025 is likely to overshadow any new releases, drawing attention away from these devices.

A person taking a photo with the Samsung Galaxy Z Flip 6.
Samsung Galaxy Z Flip 6
Andy Boxall / Digital Trends

Some enthusiasts speculate that the Q7M could represent the much-discussed trifold device that Samsung is working on. However, there are also whispers about a potential special edition of the Galaxy Z Flip. If this is indeed the case, the use of a derivative codename would raise questions about its connection to the Galaxy Z Fold series.

Additionally, there’s chatter about a more affordable foldable phone in development. While the Q7M might align well with this idea, until more concrete details emerge, it’s tough to draw any definitive conclusions. Creating a budget-friendly foldable phone would certainly appeal to many, but given the complexities involved in designing such devices, achieving an economical option could prove difficult.

  • rukhsar rehman

    A University of California alumna with a background in mass communication, she now resides in Singapore and covers tech with a global perspective.