- 标题
- 摘要
- 关键词
- 实验方案
- 产品
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Performance Optimization for In-Vehicle Displays
摘要： As the number and size of displays in cars continue to increase, harmonizing those displays across different applications and technologies within interior surfaces is a key task for system integrators. High-performance displays in vehicles require adjustments for specific design and performance needs. This article covers aspects of premium system design that involve optimization of white-point adjustment, color, and black uniformity for single and multiple display applications.
关键词： black uniformity,in-vehicle displays,automotive displays,white-point adjustment,system integration,color adjustment
更新于2025-09-23 15:22:29
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Plastics Get Flexible for Electronics
摘要： Integrated circuitry, “wraparound” electronics, and other conductive applications are being made possible using plastics. Whether plastics are in electronics—or even are the electronics—in consumer and industrial applications, novel conductive polymers and processing methods are helping 21st-century plastics engineers realize new performance and aesthetics benchmarks. In particular, the skyrocketing popularity of portable, personal, or more visually pleasing electronics is driving industry innovation across the board—from flexible electronics used in wearable, automotive, or appliance displays, to high-impact plastics for protecting sensitive electronics on the go. Conductive inks for in-mold use and polymers modified with conductive metal nanoparticles are also spurring searches for commercial uses of novel materials.
关键词： conductive polymers,flexible electronics,automotive displays,plastics,wearable electronics,in-mold electronic inks
更新于2025-09-10 09:29:36
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16.4: Novel SFT Mode Pixel Design for High Viewing Angle of Contrast at Automotive Applications
摘要： Customers will concern about different optical parameters in different display applications. Mobile phone displays focused on high transmittance rates, the higher transmittance rates, the lower cost and power consumption. Automotive displays focused on viewing angle of contrast, especially at horizontal direction, because the CID is at the center of driver and co-driver. Therefore, the applications of SFT mode display change from mobile phone to automotive, the pixel design changes from vertical 2-domain to horizontal 2-domain. Tianma proposes a novel SFT mode pixel design, which adopts fake horizontal 2-domain and stretches the Common ITO space to the boundary of Source line. Compared to the traditional design and high contrast ratio design, the novel the contrast ratio and pixel design can transmittance rates about 20%.
关键词： Automotive displays,SFT mode,viewing angle of contrast,transmittance rates,vertical 2-domain,horizontal 2-domain
更新于2025-09-09 09:28:46