Immersive Display
AR/VR & Immersive Headsets
Creating immersive, fused and interactive experiences within a complete digital view.
Supporting VR immersive display, video see-throughAR/MR, simulation training and industrial headsetswith display, optics, driving and sample validation.
Two Application Modes
VR Immersive Display
Display and near-eye optics present
a complete virtual image.
Video See-Through AR/MR
Cameras capture the real environment, which is fused with digital content and presented through the display.
Video see -through AR/MR differs from waveguide-based direct viewing of the real environment.
From Display Source to Immersive Headset
System-level matching across display, driving, optics and structure.
Recommended Solution | DP-012 + OP-002
- Display Size
- 0.71"
- Resolution
- 1920×1080
- Field of View
- approx. 60°
- EFL
- 16.2 mm
- Magnification
- 15.4×
- Exit Pupil Diameter
- Φ5 mm
- Eye Relief
- 18 mm
- Optical Total Length
- 26.9 mm
- Distortion
- ≤1%
- Transmittance
- >90%
For immersive headsets and video see-through AR/MR.
AR/VR & Immersive Headsets Solutions
Pengsheng Tech provides end-to-end hardware integration and engineering execution for AR/VR immersive headsets and Video See-Through (VST) AR/MR systems.
Leveraging the integration of Micro-OLED microdisplays and advanced near-eye optics such as Pancake architectures, we offer turn-key solutions covering two core operational modes: VR Immersive Display and Video See-Through AR/MR (VST AR/MR). Unlike Optical See-Through (OST) waveguide systems that rely on direct light transmission, VST technology utilizes high-precision camera sensors to capture the real-world environment in real time, fusing it seamlessly with digital graphics on the display panel.
From Display Source, driver electronics, and near-eye optics to thermal dissipation and prototype validation, we deliver a full-stack engineering solution spanning from raw microdisplay components to fully integrated immersive headsets. Our solutions serve diverse industries, including consumer VR/MR headsets, flight and industrial simulation training, medical surgical assistance, and specialized helmet-mounted displays.
Why Partner with Pengsheng Tech for Immersive Headset Solutions?
Immersive headsets (VR and VST MR) impose demanding requirements on image fidelity, Field of View (FOV), peripheral clarity, and motion latency. Assembling off-the-shelf displays and Pancake optics without unified system architecture often leads to severe engineering bottlenecks—such as optical distortion mismatches, driver timing incompatibilities, high VST latency causing motion sickness, localized thermal buildup, and unbalanced weight distribution.
Pengsheng Tech moves beyond simple component assembly by delivering closed-loop, system-level integration. Our engineering capabilities encompass the entire hardware stack: Micro-OLED display panel + proprietary driver mainboard + Pancake/near-eye optics + ergonomic structural thermal design. By initiating system-level alignment and joint tuning from the project evaluation phase, we ensure optimal visual performance and field-proven reliability.
Our Core Strengths in Immersive Headset Engineering
1. End-to-End System Matching: From Display Source to Immersive View
To overcome low light efficiency, ghosting, and peripheral image roll-off in Pancake optical designs, we perform precise entrance pupil matching and optical path optimization for Micro-OLED displays. Our proprietary driver mainboards and signal-processing timing architectures significantly minimize camera-to-display Motion-to-Photon (MTP) latency in VST scenarios.
2. Superior Visual Immersion & Ergonomic Balance
We fine-tune Eye Relief and Eye Box parameters to maintain high Pixels Per Degree (PPD) clarity alongside an expansive FOV. Furthermore, through structural thermal simulation and lightweight materials engineering, we establish efficient heat dissipation pathways while optimizing the center of gravity for extended wearing comfort.
3. Dual-Track Engineering Execution for VST & Pure VR Modes
For VST AR/MR architectures, we optimize the physical and spatial alignment between the display module and front-facing camera sensors. For consumer entertainment, industrial simulation training, and specialized operations, we customize display drive parameters and high-dynamic-range (HDR) tuning to meet rigorous operating requirements.
Key Business & Engineering Value for Clients
- Eliminate Multi-Vendor Coordination Overhead: Clients avoid the complexity and cost of managing separate display, optical, sensor, and driver vendors, preventing project delays caused by protocol conflicts, optical mismatches, or repeated tooling redesigns.
- Accelerate Prototype Iteration: Leveraging our proven hardware validation platforms and modular design architectures, we enable clients to rapidly transition conceptual designs into fully functional, demo-ready engineering prototypes suitable for internal evaluation, field testing, and client demonstrations.
