The CES 2026 Revelation What Samsung Showed and Quickly Hid
On January 6, 2026, Samsung Display briefly showcased a revolutionary creaseless foldable OLED panel at CES 2026 in Las Vegas. The demonstration lasted only hours before Samsung abruptly removed the entire test booth from the showroom floor—but not before multiple tech journalists captured images and details of what appears to be the exact display technology destined for Apple's iPhone Fold.
What Witnesses Saw
According to SamMobile, which viewed the demo before its removal, the new panel "has no crease at all" compared to the Galaxy Z Fold 7 displayed alongside it. The demonstration showcased:
- Seamless text across the fold: Readable from any viewing angle without distortion
- Zero visible crease: Even under harsh showroom lighting designed to expose display imperfections
- Improved off-axis viewing: Less color distortion when viewed from angles
- Superior durability claims: Longer lifespan through stress distribution technology
Why Samsung Removed the Display
Within hours of media coverage, Samsung Display pulled the booth. A Samsung representative told MacRumors that "the creaseless foldable OLED panel showcased at CES 2026 was presented strictly as an R&D concept" with no confirmed timeline or commercialization plan—not even for Samsung's own Galaxy Z Fold 8.
However, industry insiders universally agree this statement is corporate damage control. The timing, technology specifications, and supply chain reports all point to one conclusion: this is Apple's display, and Samsung accidentally showed it too early.
How Apple and Samsung Solved the Crease Problem
The Engineering Breakthrough
For years, the visible crease has been the foldable smartphone industry's most embarrassing weakness. Every foldable device from Samsung, Huawei, Google, and others shows a noticeable line down the middle of the screen where the display folds. This crease becomes more pronounced over time as the flexible OLED panel fatigues from thousands of folding cycles.
Apple reportedly pursued eliminating the crease "regardless of cost" and refused to enter the foldable market until this problem was solved. The solution involves three key innovations:
1 Laser Drilled Metal Display Plate
The breakthrough centers on a laser-drilled metal support plate beneath the flexible OLED panel. Traditional foldable displays concentrate bending stress along a single narrow line, creating the visible crease. Apple and Samsung's new design uses precision laser-drilled holes in strategic patterns across a metal plate to:
- Distribute stress across a wider area: Instead of one stress point, forces spread across multiple zones
- Control flex geometry: The hole pattern dictates exactly how the display curves when folded
- Maintain structural support: Metal plate provides rigidity when unfolded for a flat, tablet-like surface
- Prolong display lifespan: Reduced stress concentration means less material fatigue over time
2 Liquid Metal Hinge Mechanism
Apple will use Liquidmetal, a metallic glass alloy the company has patented and used in smaller components for years. Liquidmetal is an amorphous metal (atomic structure lacks crystalline order) that offers unique properties:
- Superior strength-to-weight ratio: Stronger than titanium while remaining relatively lightweight
- Elastic deformation resistance: Returns to original shape without permanent bending
- Wear resistance: Maintains tolerances through hundreds of thousands of folding cycles
- Precision manufacturing: Can be molded into complex shapes with tight tolerances
The Liquidmetal hinge works in tandem with the metal display plate to control the folding motion precisely, ensuring the display always bends along the intended curve without deviation that would create stress points.
3 Ultra Thin Glass with Advanced Overcoat
Unlike plastic OLED screens used in early foldables, Apple will use ultra-thin glass (UTG) manufactured by Chinese supplier Lens Technology specifically for the iPhone Fold. This glass:
- Thickness: Approximately 30-50 microns (thinner than a human hair)
- Flexibility: Can bend to a 3-4mm radius without breaking
- Scratch resistance: Far superior to plastic, approaching traditional smartphone glass hardness
- Optical clarity: Better light transmission and color accuracy than plastic alternatives
The UTG is then covered with a reinforced overcoat with shock absorption layer that provides additional protection while maintaining flexibility.
Display Specifications and Technology
Inner Foldable Display
- Size: 7.76 to 7.8 inches diagonal
- Resolution: 2,713 x 1,920 pixels (approximately 362 PPI)
- Aspect Ratio: 4:3 (wider and squatter than Samsung's tall 20:18 ratio)
- Technology: Samsung OLED with CoE (Color Filter on Encapsulation)
- Refresh Rate: 120Hz LTPO ProMotion adaptive refresh (1-120Hz dynamic)
- Brightness: Expected peak brightness over 1,600 nits
- Thickness: Just 3.9-4.5mm at its thinnest point when unfolded
Outer Cover Display
- Size: 5.3 to 5.5 inches diagonal
- Resolution: 2,088 x 1,422 pixels
- Aspect Ratio: 4:3 (matching the inner display for consistency)
- Technology: Traditional OLED (non-foldable)
- Refresh Rate: 120Hz ProMotion
- Brightness: Higher peak brightness than inner display for outdoor visibility
Why Apples 4:3 Aspect Ratio Matters
Samsung's Galaxy Z Fold series uses a tall, narrow 21:9 external display that unfolds to a 20:18 near-square internal display. This design creates a phone that feels cramped when closed and awkwardly tall when open.
Apple's approach is different:
- Wider outer display: 5.3-5.5 inches with 4:3 ratio feels more like a regular iPhone
- Tablet-like inner display: 7.8-inch 4:3 display closely matches iPad mini's 8.3-inch screen
- Better multitasking: 4:3 ratio works better for split-screen apps side-by-side
- Media consumption: Closer to traditional video aspect ratios with less letterboxing
Performance A20 Pro Chip Built for Foldables
TSMC 2nm Process Technology
The iPhone Fold will feature Apple's A20 Pro chip, built on TSMC's groundbreaking 2nm N2 process node. This represents the smallest, most advanced chip manufacturing technology in the smartphone industry:
- Performance Improvement: Up to 15% faster than A19 Pro chips
- Efficiency Gain: Up to 30% better power efficiency (critical for dual-display devices)
- Transistor Density: More transistors packed into smaller area for enhanced AI capabilities
- Heat Management: Lower power consumption means less heat generation during intensive tasks
Wafer Level Multi Chip Module WMCM Integration
The A20 Pro will be the first Apple chip to use TSMC's WMCM (Wafer-Level Multi-Chip Module) packaging technology. This represents a fundamental change in how chips are manufactured:
Traditional Method:
- CPU, GPU, Neural Engine integrated on one die
- RAM manufactured separately
- RAM stacked on top during packaging process
- Silicon interconnects connect RAM to processor
WMCM Method:
- RAM integrated onto the same wafer as CPU/GPU/Neural Engine before wafer is cut into individual chips
- Eliminates separate packaging step
- Much shorter interconnect distances between RAM and processor cores
Real World Benefits:
- Improved memory bandwidth: Data moves faster between RAM and processor
- Reduced latency: Shorter distances mean quicker response times
- Better power efficiency: Less energy wasted moving data across longer interconnects
- Enhanced multitasking: Critical for foldable devices running multiple apps across two displays
A20 Pro Complete Specifications
- Manufacturing Process: TSMC 2nm N2 node
- RAM: 12GB LPDDR5X integrated via WMCM
- CPU: 6-core or 8-core configuration (details pending)
- GPU: Apple-designed graphics with hardware ray tracing
- Neural Engine: Enhanced 16-core engine for Apple Intelligence tasks
- Modem: Apple C2 custom 5G modem (second-generation in-house design)
- Wireless: Apple N2 Wi-Fi 7 chip with 6GHz support
Camera System Dual Setup with Compromises
Rear Camera Configuration
The iPhone Fold will feature a dual rear camera system rather than the triple-camera setup found on iPhone 18 Pro models:
- Main Camera: 48MP wide-angle sensor
- Large sensor size (likely 1/1.28-inch or similar)
- Advanced computational photography
- ProVisual Engine AI processing
- Likely same sensor as iPhone 18 Pro
- Ultra-Wide Camera: 48MP sensor
- 120-degree field of view
- Macro photography support
- Improved low-light performance
What is Missing
Critically, the iPhone Fold will NOT include a telephoto camera. This is a surprising omission for a device priced at $2,000+. The iPhone 18 Pro models feature a 48MP telephoto camera with optical zoom, but the Fold sacrifices this due to internal space constraints from the folding mechanism.
Front Cameras
The iPhone Fold will feature dual front-facing cameras to accommodate both folded and unfolded usage:
- Outer Display Camera: 18MP sensor with punch-hole design (top-left corner)
- Inner Display Camera: 18MP sensor, likely under-display technology
The shift to 18MP (or potentially 24MP according to some reports) represents a significant upgrade from current 12MP iPhone selfie cameras, delivering sharper selfies and better video call quality.
Variable Aperture Unlikely
While the iPhone 18 Pro models are rumored to feature variable aperture technology on the main camera (allowing DSLR-like control over depth of field and light intake), this advanced feature will likely not make it to the iPhone Fold. The complex folding mechanism leaves insufficient space for the additional mechanical components required.
Battery Life Record Breaking Capacity
Dual Cell Configuration
The iPhone Fold will pack a 5,500-5,800mAh battery, making it the largest battery Apple has ever installed in an iPhone. This massive capacity is achieved through:
- Silicon-Carbon Anode Technology: 20-30% higher energy density than traditional lithium-ion
- Dual-Cell Design: Two battery cells placed in different sections of the foldable chassis
- Optimized Internal Layout: Eliminating left-side buttons frees space for larger battery
- Thinner Display Drivers: Component miniaturization creates room for bigger battery cells
Charging Technology
- Wired Charging: Expected 35-40W USB-C Power Delivery (faster than current 27W iPhone charging)
- MagSafe Wireless Charging: 25W MagSafe 2.0 (upgraded from 15W)
- Qi2 Wireless Charging: Standard Qi2 support for universal wireless chargers
- Reverse Wireless Charging: Charge AirPods, Apple Watch from the iPhone Fold's battery
Authentication Touch ID Returns
Why No Face ID
In a surprising move, the iPhone Fold will NOT use Face ID. Instead, Apple is returning to Touch ID with a side-mounted fingerprint scanner integrated into the power button—similar to iPad Air and iPad mini implementations.
This decision stems from engineering constraints:
- TrueDepth Camera Bulk: Face ID's depth-sensing hardware adds significant internal volume
- Thickness Obsession: Apple wants the iPhone Fold as thin as possible when unfolded
- Dual Display Complexity: Implementing Face ID on both outer and inner displays doubles complexity
- Under-Display Face ID Delays: While Apple is testing this technology, it won't be ready for 2026 launch
Smaller Dynamic Island or Punch Hole
Without the TrueDepth camera system, the iPhone Fold won't have the familiar Dynamic Island or notch. Instead:
- Outer Display: Small punch-hole camera in top-left corner
- Inner Display: Under-display camera (invisible until activated) or minimal punch-hole
- Clean Design: Maximum screen-to-body ratio without cutouts disrupting content
This represents a major visual departure from current iPhones and may require iOS adjustments for features currently reliant on Dynamic Island (Live Activities, notifications, etc.).
Design and Build Quality
Materials and Construction
- Frame Material: Combination of aerospace-grade aluminum and Grade 5 titanium
- Hinge Mechanism: Liquidmetal alloy for superior strength and durability
- Display Protection: Ultra-thin glass with reinforced overcoat
- Back Panel: Glass with possible frosted MagSafe charging area
Dimensions and Weight
- Unfolded Thickness: Just 4.5mm (thinner than iPad Pro at 5.1mm)
- Folded Thickness: 9-9.5mm (similar to iPhone 18 Pro Max)
- Weight: Estimated 250-280 grams (lighter than Samsung Galaxy Z Fold 7 at 215g despite larger display)
- Durability Rating: IP68 water and dust resistance expected
Button Layout Redesign
The iPhone Fold features a radically different button configuration optimized for the foldable form factor:
- Right Side: ALL buttons located here
- Volume up/down buttons
- Power button with integrated Touch ID
- Dedicated AI/Camera button (rumored)
- Left Side: Completely clean with no buttons
- Top Edge: Speaker grilles and possibly antenna bands
- Bottom Edge: USB-C port, speaker, microphone
Engineering Rationale: Placing all buttons on the right side avoids the need for cross-screen wiring that would traverse the fold line. This maximizes internal space for the battery and folding mechanism while simplifying the internal component layout.
Software and iOS Optimization
iOS 27 with Foldable Specific Features
The iPhone Fold will launch with iOS 27, featuring extensive optimizations for the dual-display, foldable form factor:
- Continuity Between Displays: Seamlessly transition apps from outer to inner display
- Multi-Window Support: Run multiple apps side-by-side on the large 7.8-inch display
- Optimized App Layouts: Apps automatically adjust to outer (phone) or inner (tablet) display configurations
- Flex Mode: Special UI when device is partially folded (video calls, media playback)
- Enhanced Multitasking: iPad-like multitasking gestures and app switching
Apple Intelligence Integration
The A20 Pro's enhanced Neural Engine will power advanced Apple Intelligence features tailored for the foldable experience:
- Smart App Prediction: AI predicts which apps you'll want on which display
- Content Awareness: Automatically suggests unfolding for content that benefits from larger screen
- Enhanced Siri: LLM-powered Siri with Google Gemini integration
- Productivity AI: Writing assist, transcription, translation optimized for large display
Third Party App Optimization
Apple has reportedly been working with major developers to optimize apps for the iPhone Fold's unique form factor. Expect launch-day support from:
- Microsoft Office Suite (Word, Excel, PowerPoint in tablet mode)
- Adobe Creative Cloud apps
- Social media platforms with tablet-optimized layouts
- Streaming services with enhanced video playback interfaces
- Gaming apps taking advantage of the large display
Pricing and Availability
Expected Pricing
United States
- Base Model (256GB): $2,000 to $2,100
- Mid Tier (512GB): $2,200 to $2,300
- Top Configuration (1TB): $2,400 to $2,500+
India
- Base Model (256GB): ₹2,05,000 to ₹2,15,000
- Mid Tier (512GB): ₹2,25,000 to ₹2,35,000
- Top Configuration (1TB): ₹2,45,000+
Launch Timeline
Official Release Schedule
- Announcement: September 2026 Apple Event (likely second week of September)
- Pre-Orders: Begin 1-2 weeks after announcement
- Launch Date: Late September 2026 alongside iPhone 18 Pro and iPhone 18 Pro Max
- Availability: Initially limited to select markets (US, UK, China, Japan, select EU countries)
- India Launch: Potentially delayed to October-November 2026 due to import regulations
Production Constraints
Apple analyst Ming-Chi Kuo predicts initial shipments of 8-10 million units in 2026, potentially scaling to 20-25 million in 2027. For context:
- iPhone 18 Pro models: Expected 80-90 million units in first year
- Samsung Galaxy Z Fold 7: Approximately 6-8 million units
- Entire foldable phone market 2025: Approximately 25 million units globally
The limited initial production means iPhone Fold will likely sell out immediately upon pre-order opening, with extended wait times for late orders. This scarcity is both a manufacturing constraint (complex assembly process) and deliberate strategy (building hype and exclusivity).
Comparison with Competitors
| Feature | iPhone Fold | Galaxy Z Fold 8 | Google Pixel 11 Pro Fold |
|---|---|---|---|
| Launch Date | September 2026 | July 2026 | August 2026 |
| Inner Display | 7.8" (4:3 ratio) | 8.0" (20:18 ratio) | 7.6" (likely 4:3) |
| Outer Display | 5.5" (4:3 ratio) | 6.5" (21:9 ratio) | 6.3" (likely 20:9) |
| Crease Visibility | Nearly invisible | Potentially same tech | Visible (traditional) |
| Processor | Apple A20 Pro (2nm) | Snapdragon 8 Elite Gen 5 | Google Tensor G6 (2nm) |
| RAM | 12GB LPDDR5X | 16GB LPDDR5X | 12GB or 16GB |
| Rear Cameras | Dual 48MP (no telephoto) | Triple (200MP + telephoto) | Triple (50MP + telephoto) |
| Battery | 5,500-5,800mAh | 4,800-5,000mAh | 5,000mAh |
| Authentication | Touch ID | Face recognition | Face Unlock |
| S Pen Support | No | Yes | No |
| Starting Price | $2,000-$2,100 | $1,899-$1,999 | $1,799-$1,899 |
| Thickness (Unfolded) | 4.5mm | ~5.5mm | ~5.0mm |
| Software Updates | 5-6 years | 7 years | 7 years |
Who Should Buy the iPhone Fold
Ideal Buyers
- Apple Ecosystem Users: Seamless integration with Mac, iPad, Apple Watch, AirPods
- Business Professionals: Need tablet-class productivity in a pocketable device
- Early Adopters: Must have the latest technology regardless of price
- Content Creators: Large display benefits photo/video editing on the go
- Power Users: Heavy multitaskers who run multiple apps simultaneously
- Travelers: Consolidate laptop/tablet/phone into single device
Who Should Wait or Skip
- Photography Enthusiasts: Lack of telephoto camera is a dealbreaker; buy iPhone 18 Pro Max instead
- Budget Conscious Buyers: $2,000+ price is unjustifiable; standard iPhone 18 offers better value
- Durability Concerns: Foldable displays still more fragile than traditional smartphones
- Minimalists: Extra bulk and weight may not suit pocket carry preference
- Stylus Users: No Apple Pencil support unlike Samsung's S Pen on Z Fold 8
Risks and Potential Issues
Manufacturing Challenges
- Complex Assembly: Folding mechanism and dual displays increase production difficulty
- Yield Rates: Lower yields = higher costs = limited availability
- Quality Control: More points of failure require stringent testing
- Supply Chain Scalability: Can suppliers produce components at Apple's required volumes?
Durability Questions
- Long-Term Crease Development: Will the "creaseless" display stay creaseless after years of use?
- Hinge Longevity: Can the Liquidmetal hinge maintain tight tolerances through 200,000+ folding cycles?
- Display Scratches: Ultra-thin glass is more scratch-resistant than plastic but still softer than Ceramic Shield
- Water Resistance: Moving parts compromise IP ratings compared to sealed traditional phones
Software Optimization
- Third-Party App Support: Will developers optimize apps for iPhone Fold's unique form factor?
- Feature Parity: Loss of Dynamic Island functionality may frustrate users
- Touch ID vs Face ID: Is Touch ID a step backward or practical adaptation?

The Verdict Is Apple Ready to Redefine Foldables
The iPhone Fold represents Apple's most ambitious hardware engineering project in the company's 50-year history. After more than a decade of rumors, Apple is finally entering the foldable market—but only because the company has solved the fundamental flaw that has plagued every foldable device: the visible crease.
The creaseless display showcased at CES 2026 by Samsung Display is a genuine breakthrough. The combination of laser-drilled metal plates, Liquidmetal hinges, and ultra-thin glass creates a folding display that is nearly invisible when unfolded—something no competitor can currently match. This technological achievement alone justifies Apple's decade-long wait.
But the iPhone Fold is more than just a creaseless display. The 2nm A20 Pro chip with WMCM integration delivers unprecedented performance and efficiency. The record-breaking 5,500mAh battery addresses foldables' biggest weakness. The 7.8-inch 4:3 display provides genuine tablet-class productivity in a pocketable form factor.
However, compromises are real:
The lack of a telephoto camera is disappointing for a $2,000+ device. The shift from Face ID to Touch ID may frustrate users accustomed to Apple's biometric authentication. The limited initial production means most interested buyers won't be able to purchase one immediately. And despite all of Apple's engineering prowess, foldable displays remain inherently more fragile than traditional smartphones.
Will it succeed?
Apple doesn't need to sell 100 million iPhone Folds to succeed. With projected shipments of 8-10 million units in 2026, the device serves multiple strategic purposes:
- Demonstrates Apple's technological leadership and innovation capability
- Establishes foldables as a premium category where Apple excels
- Creates a halo effect that elevates the entire iPhone lineup
- Tests market receptivity for future foldable devices (smaller flip phone, larger tablet)
The iPhone Fold is not for everyone—and that's exactly the point. This is a statement device for early adopters, power users, and those who need tablet-class productivity in a pocketable form factor. It's Apple's way of saying: "When we do foldables, we do them right—creaseless, powerful, and unapologetically premium."
September 2026 cannot come soon enough. After years of watching Samsung, Huawei, and others pioneer foldables with visible creases and compromises, Apple is about to show the world what a truly refined foldable smartphone looks like.
The creaseless display technology is finally arriving. And it's going to change everything.
Frequently Asked Questions
Final Recommendation
If You Can Afford It: The iPhone Fold represents the future of smartphones with genuinely creaseless display technology that eliminates foldables' most glaring flaw. The A20 Pro chip, massive battery, and tablet-class 7.8-inch display deliver unprecedented capability in a pocketable form factor.
If You Value Practicality: The iPhone 18 Pro Max offers better cameras, Face ID, traditional durability, and costs $900 less. For 95% of users, this is the smarter purchase.
The iPhone Fold is not for everyone—it's a statement device for early adopters and power users who demand the absolute cutting edge. If that describes you, September 2026 cannot come soon enough.