Samsung’s first vertical scrolling phone patent exposure The screen can be extended upwards when in use

Comprehensive Analysis of Samsung’s First Vertical Rollable Smartphone

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1. Release Date and Background

Samsung plans to launch its first rollable smartphone in 2025, a strategic move to counter Huawei’s tri-fold devices (e.g., Mate XT series) and dominate the high-end market with differentiated technology. Notably, Samsung’s rollable screen strategy extends beyond traditional horizontal designs; patents revealed in April 2025 highlight a vertical rollable form factor, where the screen extends upward while maintaining compactness when retracted. This innovation could position Samsung as a pioneer beyond the foldable phone arena.


2. Core Technologies and Specifications

  1. Display Features
    • Size and Form: The horizontal rollable variant expands to 12.4 inches (≈254.4 mm) when unfolded, shrinking to 49 mm when closed—a 5x screen area expansion. The vertical model’s exact dimensions remain undisclosed but emphasize “portability with flexible large-screen switching.”
    • Display Tech: Utilizes flexible OLED panels with crease-free visuals, flagship-level color accuracy, refresh rates (likely 120Hz+), and response times.
    • Under-Display Camera (UPC): All models feature enhanced UPC technology for a true full-screen experience without cutouts.
  2. Mechanical Structure and Materials
    • Precision Drive System: The horizontal model employs gears, chain mechanisms, and flexible metal foil to ensure smooth deployment/retraction while improving dust resistance.
    • Vertical Rollable Patent: Implements a top-mounted roll mechanism for vertical screen expansion, paired with a vertical dual-camera setup inspired by the Z Flip series.
  3. Performance and Features
    • Processor: Expected to integrate Samsung’s Exynos 2500 or Qualcomm Snapdragon 8 Gen 5, enabling AI-powered multitasking.
    • Software Optimization: Combines on-device AI for real-time translation, smart summarization, and productivity enhancements tailored to large screens.
    • Battery and Thickness: The horizontal model measures 5.3mm when unfolded (9.8mm closed), balancing slimness with high-energy-density batteries to offset mechanical space constraints.

3. Design Innovation and Market Positioning

  1. Differentiation Strategy
    Samsung sidesteps the “crease wars” of foldable rivals by emphasizing crease-free displays and expanded screen real estate. The horizontal model targets entertainment and gaming, while the vertical variant focuses on portable productivity.
  2. Technological Barriers
    • Patent Portfolio: Samsung has accumulated rollable screen patents since 2020, covering drive systems, flexible materials, and dustproof solutions.
    • Supply Chain Edge: Leverages Samsung Display’s in-house flexible panel expertise to reduce costs and accelerate iterations.
  3. Target Audience
    Aims at tech enthusiasts, premium business users, and content creators, with an estimated price of $12,000, initially positioning it as a luxury product.

4. Market Response and Challenges

  1. Positive Feedback
    • Industry Anticipation: Hailed as a “smartphone form revolution” that could pressure competitors to innovate.
    • User Experience: Praised for seamless deployment, flawless screen flatness, and multitasking/creative workflows.
  2. Potential Issues
    • Durability Concerns: Complex mechanics may raise reliability risks despite dust-resistant designs.
    • Ecosystem Adaptation: App optimization for large screens may lag, mirroring early foldable device challenges.
    • Price Barrier: High cost could limit adoption, fostering consumer hesitancy.

5. Future Outlook

Samsung’s rollable phones mark a shift from “folding” to “rolling” smartphone designs. If technical and cost hurdles are overcome, future iterations could evolve into 15-inch+ hybrid devices (phone-tablet-laptop). Vertical rollable tech may also inspire wearables (e.g., rollable bracelets). By integrating AI with flexible displays, Samsung could advance ubiquitous “screen-as-interface” applications.

原创文章,作者:xqunar,如若转载,请注明出处:https://www.xqunar.com/380/

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