Technology

For enthusiasts seeking an immersive visual experience, GOOVIS offers innovative solutions in the field of personal entertainment. Their head-mounted display combines advanced optical technology with dual 2.5K Sony Micro OLED panels, creating a virtual screen that replicates a large theater experience in a compact form. Users can enjoy high clarity and color fidelity, with visuals free from distortion or glare, making it suitable for movies, gaming, and 3D content.

Advanced Visual Performance

The head-mounted display by GOOVIS is designed to provide consistent clarity and vibrant contrast. Its ASPH optical system ensures that every frame maintains sharpness across the screen. With a refresh rate of up to 120Hz, users can experience smooth gameplay with minimal motion blur. This makes the GOOVIS G3 Max not only suitable for cinematic experiences but also for interactive entertainment where responsiveness and detail are important.

Comfortable and Practical Design

One of the key features of the GOOVIS G3 Max is their attention to user comfort. The headset utilizes gravity-balanced ergonomics and carefully distributed pressure points, allowing long viewing sessions without discomfort. Additionally, a flip-up visor provides the convenience of checking surroundings without removing the head-mounted display, maintaining immersion while offering practicality for everyday use.

Cinematic 3D Experiences

GOOVIS also supports Blu-ray 3D and Side-by-Side 3D formats, delivering layered dimensionality and depth. With simple controls, users can switch to a cinematic 3D experience instantly. The combination of high color gamut coverage and precise optical engineering ensures that visuals appear detailed and engaging, enhancing both movie and gaming experiences.

Conclusion

Overall, GOOVIS provides a head-mounted display solution that blends high visual fidelity with ergonomic design. They focus on creating a portable, immersive environment for both entertainment and gaming. By combining advanced display technology with comfort-oriented design, GOOVIS offers a unique option for users looking to enjoy a cinematic experience in a personal, flexible format.

In today’s UAV operations, precise altitude measurement plays a crucial role in safety and performance. Benewake offers advanced drone height sensor solutions that help industrial and commercial UAVs maintain reliable flight heights. They focus on providing dependable technology that ensures drones navigate accurately even in complex or challenging environments. Accurate altitude sensing is particularly important in industrial settings where drones operate near equipment, structures, or uneven terrain, and traditional GPS signals may not provide sufficient reliability.

Benefits of the Drone Height Sensor

The Benewake TFA170-L 10 g 170 m LiDAR provides high-precision altitude data, enhancing drone navigation and flight stability even in challenging environments like dusty or uneven terrains. This long-range, lightweight single-point LiDAR features a compact design (31.0 mm × 30.2 mm × 19.2 mm) with a special reflective optical path, making it ideal for integration into tight drone airframes or gimbals without affecting payload capacity. As a market-proven product capable of passing DO-160G certification, the TF series has accumulated shipments of over 1,000,000 units, allowing operators to maintain accurate flight control, reduce collision risks, and perform extended missions efficiently.

Applications in UAV Operations

They emphasize that the drone height sensor is ideal for UAVs that require close-range altitude monitoring. These sensors are widely used in situations where maintaining consistent distances from the ground or objects is critical for operational safety. Benewake ensures the sensors are easy to integrate and compatible with a variety of UAV platforms, which provides flexibility across different mission types. Whether performing industrial inspections, monitoring mining activities, or assisting in infrastructure surveys, the drone height sensor enhances situational awareness and reliability, giving operators more confidence in complex environments.

Conclusion

Overall, Benewake’s drone height sensor delivers accurate altitude measurement and supports safer UAV operations. They continue to enhance their products to meet the evolving demands of industrial UAV applications. By utilizing these sensors, operators gain better flight control, improved navigation reliability, and enhanced safety margins during operations. The combination of practical design, versatility, and precise sensing reflects Benewake’s dedication to advancing UAV technology for industrial use, making their drone height sensor a valuable addition to any UAV system.

廣汽埃安旗下的埃安V，不僅在續航與空間上表現出色，更在智能駕駛領域展現領先技術。作為Aion Auto系列的重要代表，埃安V的L2級智能駕控系統結合高算力硬體與全面安全輔助功能，為駕駛者提供舒適、安全的駕駛體驗。

先進智駕硬體配置

廣汽埃安V配備3R1V智駕硬體，包括前向雷達、環視攝像頭及高性能感測器，與高通SA8155P晶片配合，實現快速數據處理與準確判斷。無論是城市道路還是高速公路，埃安V都能靈敏響應周邊環境變化，提升行車安全與駕控精準度。

主動安全與智能輔助

L2級智能駕駛系統涵蓋多項主動安全功能，如車道保持輔助、碰撞預警與自動緊急制動等。搭配四音區語音自然交互、在線導航與音樂娛樂，埃安V不僅保障駕駛安全，也提升駕乘舒適性與便利性。駕駛者可享受半自動駕駛體驗，減輕長途行車疲勞，並在日常通勤中獲得更高效率。

結語

作為Aion Auto智能駕駛解決方案的重要落地車型，埃安V通過3R1V硬體配置和多項主動安全輔助，展現廣汽埃安在智能駕控技術上的實力。這套系統不僅提升駕駛安全性，也為使用者帶來便捷、智慧的駕駛體驗，充分體現埃安V作為旗艦智能SUV的價值與魅力。