Introduction
Automotive rearview systems are undergoing a revolutionary transformation. Traditional mirrors are increasingly being replaced by E-Mirrors—digital displays that offer wider viewing angles, enhanced visibility, and smart integration with vehicle electronics. With growing demands for safer, more aerodynamic, and tech-forward vehicle designs, E-Mirrors are becoming a key feature in next-generation cars.
Truly Semiconductors UK is leading this shift with its newly developed 9.2″ TFT E-Mirror module, built with GIP (Gate-in-Panel) technology. This article explores the evolution of E-Mirror technology, the advantages of Truly’s new module, and how GIP is reshaping automotive displays.
Table of Contents
Inside Truly’s New 9.2” TFT Module
Truly’s latest 9.2-inch automotive module stands out with the following features:
Resolution: 1920×384 for ultra-wide clarity
Technology: GIP (Gate-in-Panel) design for slimmer integration
Architecture: Single IC, reducing circuit complexity
Structure: Cost-effective and ultra-narrow bezel
This makes the module ideal for applications in rearview mirrors, side cameras, and dashboard integrations in modern vehicles.
Learn more about Truly’s automotive-grade display capabilities.
Traditional TFT vs GIP-based TFT
| Feature | Traditional TFT | GIP TFT (Truly New Module) |
|---|---|---|
| IC Architecture | 2 Source IC + 2 Gate IC ❌ | Single IC with GIP ✅ |
| Module Thickness | Thicker ⚠️ | Slimmer Design ✅ |
| Cost | Higher ❌ | Cost-effective ✅ |
| Bezel Width | Standard ⚠️ | Ultra-narrow ✅ |
| Design Complexity | Higher ❌ | Simplified ✅ |
| EMI/Noise Performance | Less optimized ⚠️ | Improved EMI performance ✅ |
This comparison highlights why Truly’s GIP TFT module is a strategic upgrade from traditional designs.
GIP Technology: Simplifying the Display Architecture
Gate-in-Panel (GIP) integrates gate drivers directly into the panel, eliminating the need for separate ICs. This simplifies routing, enhances reliability, and enables slimmer, more integrated designs.
GIP Technology Advantages
| Advantage | Description |
|---|---|
| ✅ Integration | Combines Gate driver into panel — fewer components |
| ✅ Cost Efficiency | Reduces IC count and wiring complexity |
| ✅ Space Saving | Ideal for slim automotive displays |
| ✅ Improved Reliability | Fewer failure points compared to multi-IC setup |
| ✅ Simpler Signal Routing | Enhances manufacturing consistency |
By minimizing complexity, GIP allows automotive engineers to design slimmer display systems without compromising performance.
Applications in Modern Vehicles
Truly’s 9.2″ GIP-based TFT module is engineered for versatile applications in vehicles:
🚗 Use Cases of E-Mirror Displays
| Application Area | Benefit Highlight | Integration in Truly Modules |
|---|---|---|
| Rearview Mirror | Enhanced visibility, wider angle ✅ | Yes |
| Side-view Camera Feed | Blind spot coverage ✅ | Yes |
| Reverse Parking Aid | Improved safety & accuracy ✅ | Yes |
| Night Driving | Brightness control, clarity ⚠️ | Optional auto-dimming support |
| Smart Display Cluster | Seamless dashboard integration ✅ | Planned |
These use cases demonstrate the importance of high-resolution, reliable, and efficient TFT displays in automotive design.
Truly’s Automotive-Grade Standard TFT Modules
To meet the evolving needs of global automotive OEMs, Truly offers a range of standardized TFT display modules tailored for rearview and cluster integration. Available sizes include 8.88”, 9.2”, 10.12”, and 12.3”, each engineered with GIP (Gate-in-Panel) single IC architecture. These modules are optimized for applications such as center mirrors, side-view cameras, instrument clusters, and cockpit displays.
What sets Truly apart is its mass-production capability via the G5 Renshou line, which ensures scalable supply, reliable quality, and rapid integration timelines. These pre-qualified modules allow OEMs to accelerate development while maintaining flexibility in resolution, brightness, and mechanical dimensions.
Learn more about these integrated solutions on the Truly UK Contact Page.
Truly’s Commitment to Automotive Innovation
As a global leader in automotive display modules, Truly Semiconductors UK continues to invest in next-gen technologies like GIP to help OEMs meet industry demands for space, cost, and performance. This 9.2” module is only one part of a broader portfolio tailored to the evolving needs of automotive design teams.
Truly’s automotive displays are certified for quality, meet stringent EMI standards, and come with long-term supply support—key for Tier 1 and Tier 2 suppliers across Europe and Asia.
Conclusion: Smarter, Slimmer, and Ready for the Road
Truly Semiconductors UK is helping redefine the role of displays in modern vehicles. With its 9.2” GIP-based TFT module, the company brings a smarter, slimmer, and more cost-effective solution to the automotive sector.
For OEMs seeking reliable partners in display innovation, Truly offers proven technology with localized support and global scale.
FAQ: E-Mirror Displays and GIP Modules
GIP stands for Gate-in-Panel. It integrates the gate driver into the panel itself, reducing component count and allowing for slimmer displays.
This size allows for ultra-wide viewing (1920×384 resolution), perfect for panoramic rear and side-view integrations.
Fewer ICs mean simpler routing and fewer interference sources, resulting in cleaner EMI behavior and easier certification.
Yes. Truly offers a range of standardized TFT modules—such as 8.88”, 9.2”, 10.12”, and 12.3” sizes—all built on GIP-based single IC architecture. These modules support integration across diverse in-vehicle display zones, including side-view mirrors, center mirrors, instrument clusters, and more. OEMs can collaborate with Truly to select the most suitable module based on display size, resolution (e.g., 1920×384), bezel dimension, and IC configuration. Modules are developed on mass-production lines like G5 Renshou, ensuring stable supply and rapid scalability for automotive applications
