人脑获得立体图像原理
大脑融合左右眼视觉图像，产生立体效果实现对世界的三维感知。观看现实世界物体时，通过左眼和右眼分别获得有细微视差的图像，即视差图像，大脑融合左右、右眼视差图像，产生立体效果。
'%3e%3cg%20id='形状'%20transform='translate(20.000000,%2013.000000)'%3e%3cmask%20id='mask-2'%20fill='white'%3e%3cuse%20xlink:href='%23path-1'%3e%3c/use%3e%3c/mask%3e%3cuse%20id='蒙版'%20fill-opacity='0'%20fill='%23D8D8D8'%20xlink:href='%23path-1'%3e%3c/use%3e%3cpath%20d='M13.2429692,2.5%20L0.757030779,2.5%20C0.33964997,2.5%200,2.16350446%200,1.75%20C0,1.33649554%200.33964997,1%200.757030779,1%20L13.2429692,1%20C13.66035,1%2014,1.33649554%2014,1.75%20C14,2.16350446%2013.66035,2.5%2013.2429692,2.5%20Z%20M13.2429692,8%20L0.757030779,8%20C0.33964997,8%200,7.66350446%200,7.25%20C0,6.83649554%200.33964997,6.5%200.757030779,6.5%20L13.2429692,6.5%20C13.66035,6.5%2014,6.83649554%2014,7.25%20C14,7.66350446%2013.66035,8%2013.2429692,8%20Z%20M13.2429692,13.5%20L0.757030779,13.5%20C0.33964997,13.5%200,13.1635045%200,12.75%20C0,12.3364955%200.33964997,12%200.757030779,12%20L13.2429692,12%20C13.66035,12%2014,12.3364955%2014,12.75%20C14,13.1635045%2013.66035,13.5%2013.2429692,13.5%20Z'%20fill='%23333333'%20fill-rule='nonzero'%20mask='url(%23mask-2)'%3e%3c/path%3e%3c/g%3e%3c/g%3e%3c/g%3e%3c/svg%3e)
'%20fill='%23FFFFFF'%20fill-rule='nonzero'%3e%3cg%20id='icon/16/英'%20transform='translate(1862.000000,%2022.000000)'%3e%3cpath%20d='M3,5%20L7.93634831,5%20L7.93634831,6.18388195%20L4.34395164,6.18388195%20L4.34395164,7.73631363%20L7.68639191,7.73631363%20L7.68639191,8.91591723%20L4.34395164,8.91591723%20L4.34395164,10.8203964%20L8.06365169,10.8203964%20L8.06365169,12%20L3.00058129,12%20L3,5%20Z%20M13,12%20L11.7240598,12%20L11.7240598,9.41220641%20C11.7240598,8.86457697%2011.6967389,8.51008469%2011.6426786,8.34934078%20C11.5944442,8.19766565%2011.5011072,8.0663152%2011.376446,7.97467912%20C11.2455563,7.88287897%2011.0907731,7.83610589%2010.9335,7.84082773%20C10.7126083,7.84082773%2010.5149683,7.90439186%2010.3388362,8.03213132%20C10.1632855,8.15925958%2010.0423763,8.32794901%209.9778527,8.5381996%20C9.91274778,8.74845019%209.88019531,9.1371693%209.88019531,9.70313455%20L9.88019531,12%20L8.60425507,12%20L8.60425507,6.92892692%20L9.78951346,6.92892692%20L9.78951346,7.67397189%20C10.2103703,7.10067231%2010.7399291,6.81463372%2011.3787711,6.81463372%20C11.6606987,6.81463372%2011.9176306,6.86780756%2012.1507295,6.97415524%20C12.3838284,7.08111412%2012.5605418,7.21679909%2012.679707,7.38243255%20C12.7994536,7.54806601%2012.8831599,7.73570244%2012.9296634,7.94595303%20C12.9761669,8.15620361%2013,8.45691085%2013,8.84868593%20L13,12%20L13,12%20Z'%20id='形状'%3e%3c/path%3e%3cpath%20d='M1.74545455,1.16363636%20C1.42412524,1.16363636%201.16363636,1.42412524%201.16363636,1.74545455%20L1.16363636,14.2545455%20C1.16363636,14.5758748%201.42412524,14.8363636%201.74545455,14.8363636%20L14.2545455,14.8363636%20C14.5758748,14.8363636%2014.8363636,14.5758748%2014.8363636,14.2545455%20L14.8363636,1.74545455%20C14.8363636,1.42412524%2014.5758748,1.16363636%2014.2545455,1.16363636%20L1.74545455,1.16363636%20Z%20M1.74545455,0%20L14.2545455,0%20C15.2185334,0%2016,0.781466618%2016,1.74545455%20L16,14.2545455%20C16,15.2185334%2015.2185334,16%2014.2545455,16%20L1.74545455,16%20C0.781466618,16%200,15.2185334%200,14.2545455%20L0,1.74545455%20C0,0.781466618%200.781466618,0%201.74545455,0%20Z'%20id='形状'%3e%3c/path%3e%3c/g%3e%3c/g%3e%3c/g%3e%3c/svg%3e)
光学 · 芯片 · AI · 交互 四维融合
我们的裸眼3D解决方案集成了高精度光学硬件与实时渲染算法；专为终端显示设备打造，易于OEM厂商快速集成与量产。
系统可投射具有真实物理景深的立体影像，打破屏幕边界，营造出极具冲击力的视觉纵深，让用户无需佩戴眼镜即可享受身临其境的沉浸体验。
光学子系统
3D方案实现原理
利用光学结构，使左、右眼接收到不同的画面产生视差图像，形成3D效果。
芯片子系统
ZD 系列 SoC 芯片子系统是裸眼 3D 成像核心算力平台，覆盖 ZD100/ZD200/ZD300 全梯度规格。芯片独立完成 3D 实时渲染运算，做到零主机算力占用；支持即插即用、跨平台兼容与远程 OTA 升级。标准化软硬件方案赋能 OEM 厂商快速开发、批量落地裸眼 3D 终端产品。
AI算法子系统
AI扩展整体解决能力
游戏场景增强
依托 AI 技术实现游戏画面全方位优化，通过 AI 画质增强提升画面清晰度，智能插帧有效拉高帧率、降低延迟；同步强化立体景深观感，依据注视点自动适配最优视角，并完成低延迟优化，减少运动拖影，大幅升级裸眼 3D 游戏沉浸式体验。
专业创作赋能
面向 3D 内容创作者打造一站式 AI 创作能力，支持实时立体预览、AI 精准色彩校准，提供高精度空间标定与测量功能；搭载多视角同步编辑机制，同时可智能生成 3D 素材，全方位赋能三维内容设计、视觉制作等专业创作工作流。
医疗/工业垂直场景
面向医疗、工业领域落地专业三维解决方案：实现 3D 医学影像增强，清晰呈现影像对比度与细节；支持手术导航精准定位切割区域、工业装配 3D 可视化指导；配套实时 3D 远程协作、AI 辅助培训模拟评估能力，赋能各行业数字化作业与实训。