The Evolution Logic of Great Products, Viewed Through Samsung's APV Codec: Openness, Ecosystem, and User Co-Creation
On April 9, 2026, Samsung's Global Newsroom published an in-depth interview with its Visual Solution Team, unveiling the new Advanced Professional Video (APV) codec. This open-source codec, debuting on the Galaxy S26 Ultra, aims for "professional-grade mobile video creation" by eliminating quality loss throughout the entire workflow—from shooting and editing to sharing. Its reveal points not to a simple spec bump, but to the deeper logic that enables a product to evolve continuously and lead the market. Examining other key technologies like wireless charging reveals the same principles at work.
Chapter 1: Solving "User Pain," Not Chasing "Spec Peaks"
A product's core purpose is to solve problems. The APV codec was born directly from addressing a long-standing pain point for video creators.
APV Core Insight & Solution
- Core Insight: Traditional codecs cause significant quality degradation during the compression-editing-recompression cycle—a fatal flaw for color-grading professionals.
- The APV Solution: Develop an "edit-optimized" codec focused on "visually lossless" compression, maintaining minimal quality loss across multiple edit cycles, enabling professional workflows on mobile.
Mapping to Wireless Charging
Early wireless charging's pain points were "slow, hot, and hard to align." The evolution of great products revolves around solving these:
Alignment Problem → Magnetic Arrays (e.g., MagSafe)
Solves with physical attachment. The magnetic alignment system ensures perfect coil alignment for optimal charging efficiency.
Speed & Heat → High-Frequency GaN, New Magnetic Materials, Active Cooling
Increases power while controlling thermal dissipation through new materials and design. GaN semiconductors enable higher efficiency with less heat generation.
Fragmented Ecosystem → Standardization (Qi/Qi2)
Establishes a universal protocol, lowering the user barrier. Standardization enables interoperability across devices and brands.
Underlying Logic: Great product evolution starts with precise insight into real, common user pain points, followed by systemic engineering solutions—not mere spec-sheet competition. The focus should always be on removing friction rather than just adding features.
Chapter 2: Openness & Collaboration: Building an Irreplicable "Ecosystem Moat"
A standout decision for APV was making it open-source and pursuing IETF standardization.
Strategic Depth of Open-Sourcing APV:
- Accelerate Adoption: Open-sourcing attracts global developers, software vendors (e.g., editing tools, players), and chipmakers, quickly building a tech ecosystem. As the engineers noted: "No matter how advanced, a technology fades if not widely adopted."
- Define the Standard: Becoming an industry standard defines the future tech path. All compliant hardware/software naturally achieves optimal compatibility with Samsung devices, creating powerful ecosystem pull.
Mapping to Wireless Charging
The Wireless Power Consortium's Qi standard is a prime example of success through openness. It enables charging between phones, chargers, cars, and furniture across brands. A closed, proprietary protocol could never match the influence and vitality of the open Qi ecosystem.
Open Ecosystem Benefits
A product's "goodness" now depends as much on the richness and health of its ecosystem as on its own performance. Open standards create network effects that benefit all participants.
Interoperability
The Qi standard enables seamless charging across different device categories and manufacturers, creating a unified user experience that no single company could achieve alone.
Chapter 3: Full-Stack Optimization & "Beyond Hardware" Integration
Commercializing APV required far more than an algorithm. The interview reveals the systemic engineering:
Cross-Business Synergy
Processing UHD video streams up to 6GB/min required validation with the latest portable SSDs over 9+ test cycles to ensure storage stability under high loads.
Deep Chipmaker Collaboration
Real-time 8K video processing on mobile required chip-level optimization with partners like Qualcomm to ensure hardware-accelerated performance.
Professional Accessory Development
Partnering with camera experts to create a "Professional Kit" for the S26 Ultra, integrating it into professional film workflows with software like DaVinci Resolve and Adobe Premiere Pro.
Mapping to Wireless Charging
An excellent wireless charging experience is also the result of "full-stack optimization":
Device-Side Optimization
- Internal receiving coil design and placement
- Power management IC for efficient conversion
- Thermal structure for heat dissipation
- Intelligent charging algorithms
Charger-Side Components
- Efficient transmitter coils
- Advanced control ICs
- Thermal management solutions
- Safety and protection circuits
System Integration
- OS-level battery health management
- Intelligent power scheduling
- Fast charging protocol implementation
- Cross-platform compatibility
Accessory Ecosystem
- Car mounts and charging pads
- Multi-device charging stations
- Furniture-integrated charging
- Public infrastructure compatibility
Integration Excellence: A product's excellence is reflected in its ability to integrate resources—internally across departments (semiconductor, memory, accessories) and externally with partners (software vendors, standards bodies, accessory makers)—to deliver a seamless, complete user experience.
Chapter 4: Continuous Evolution, User Co-Creation Drives the Future
The interview concludes with developers looking ahead: "We plan to advance the codec further… We look forward to the day the S26 Ultra is used in film production." This exemplifies vision-driven, continuous evolution.
APV Iteration Process
Based on feedback and usage data from creators, YouTubers, and filmmakers, it will continuously optimize:
- Compression efficiency for different content types
- Color fidelity preservation
- Real-time editing performance
- Cross-platform compatibility
Wireless Charging Evolution
From 5W to 15W, 30W, and beyond; from single-device to multi-device synergy; from fixed-position to spatial charging—each iteration is driven by insights into user needs for "faster, freer, smarter" power replenishment.
Conclusion: The "Three Realms" of a Great Product
Samsung's APV codec illustrates the "three realms" of continuous product evolution:
First Realm: Solve the Core Pain Point
Start from a real user problem (e.g., quality loss, charging inconvenience) and deliver a solution significantly better than the status quo. This is the product's foundation and reason for existence.
Second Realm: Build an Open Ecosystem
Through open-source, standardization, and broad collaboration, transform the technology into a platform and ecosystem. This builds the deepest moat, amplifying value via network effects that benefit all participants.
Third Realm: Achieve Full-Stack Integration
Internally synergize chips, software, and services; externally collaborate with a vast partner network to deliver an end-to-end, complete experience. This defines the product's ultimate height and market position.
Wireless charging's development is a vivid enactment of these three realms. It started by solving the "plugging hassle" pain point, built a globally interoperable ecosystem via the Qi standard, and is now becoming indispensable, "invisible" infrastructure through deep integration with smartphones, cars, furniture, and public facilities.
The Ultimate Truth: Whether APV or wireless charging, their success points to the same truth: in an era of technological convergence, the ultimate winner is not the product with the most advanced single technology, but the one that best understands how to solve user problems with openness and best integrates resources to build a thriving ecosystem.
