Honor is reportedly developing a new mid-range phone, the Honor 700, with a small secondary screen on its back—a feature rarely seen in modern smartphones. This rear display would be positioned adjacent to the camera module, a placement that balances visibility with ergonomic accessibility. The inclusion of such a screen reflects a broader industry trend where manufacturers experiment with unconventional form factors to capture consumer attention in a saturated market.
Secondary screen could handle notifications and selfies
The Honor 700’s rear display is expected to serve multiple purposes. Users could glance at incoming messages, calendar alerts, or social media updates without unlocking the device. For media playback, the screen might display track titles, album art, or playback controls. Another practical application would be its use as a selfie preview, where the rear screen could mirror the front camera’s view, giving users a real-time display of their framing and expressions.
The concept of a secondary rear screen is not without precedent, though its adoption has been inconsistent. Honor’s approach could integrate the screen more seamlessly into the device’s ecosystem, potentially offering customizable widgets or contextual information based on usage patterns.
The decision to revive this feature suggests Honor is targeting users who value both aesthetics and utility. In a market where incremental upgrades dominate, a rear screen could serve as a tangible differentiator. However, the success of this feature will depend on how well Honor balances its functionality with power efficiency.
Other prototypes include a massive battery and a wide foldable
In addition to the Honor 700, Honor is reportedly testing two other experimental devices, each addressing distinct consumer needs. The first is a phone equipped with a 12,000 mAh battery, a capacity more commonly associated with power banks than smartphones. This device would cater to users who require extended usage without frequent recharging, such as travelers, outdoor enthusiasts, or professionals who rely on their phones for navigation, communication, and media consumption over long periods. A battery of this size could offer several days of use, though real-world performance would vary based on hardware efficiency.
The trade-offs for such a large battery are significant. A 12,000 mAh cell would likely increase the phone’s weight and thickness. To mitigate these drawbacks, Honor would need to employ advanced power management techniques, such as adaptive refresh rate displays, low-power processors, and optimized software algorithms that minimize background activity.
The second experimental device is a foldable phone designed with a wide, tablet-like display when unfolded. Unlike conventional foldables, which unfold vertically to create a taller, narrower aspect ratio, this design would prioritize horizontal space, offering a broader canvas for multitasking. This format could be particularly advantageous for productivity tasks, such as split-screen app usage, document editing, or media consumption. Honor could position this device as a premium alternative to existing foldables, emphasizing its suitability for professionals who need a balance between portability and screen real estate.
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The engineering challenges of a wide foldable are considerable. Maintaining display durability while ensuring a seamless hinge mechanism would require precise manufacturing tolerances and robust materials. The device would also need to address the crease issue common in foldables. Additionally, the wider form factor could complicate one-handed use when the device is folded.
These prototypes indicate Honor’s willingness to explore niche segments within the smartphone market. The Honor 700 targets mainstream users seeking novel features, the 12,000 mAh phone appeals to power users with demanding battery needs, and the wide foldable caters to professionals who value productivity. Each device represents a different approach to differentiation, suggesting Honor is testing multiple strategies to carve out distinct market positions.
No official details on release timing
As of now, Honor has not provided any official confirmation regarding these devices, leaving key details such as release dates, pricing, and final specifications unaddressed. Industry reports suggest a potential launch window before the end of 2026, though this timeline remains speculative. Development cycles for experimental hardware often encounter delays, particularly when dealing with unproven form factors or cutting-edge components.
The wide foldable, in particular, may face additional hurdles in mass production. Foldable displays are still a relatively new technology, and scaling up manufacturing while maintaining quality control can be challenging. Honor might opt to refine the design further before committing to a commercial release.
For now, these devices remain in the prototype phase, with no guarantees they will reach consumers in their current form. Honor’s decision to pursue such diverse concepts reflects a broader industry shift toward experimentation, but the company has yet to signal which, if any, of these projects will advance to production. Until an official announcement is made, the rear screen, giant battery, and wide foldable will remain speculative entries in Honor’s potential product roadmap.
The company has not responded to requests for comment.
