
4-mesh high-precision SLAM:
It uses 4 cameras (DFOV 166°) to achieve real-time,
low-latency tracking and precise positioning.
No external base station required:
It does not rely on external markers and
provides inside-out real-time head 6DoF Self-tracking; it also supports QR code scanning for assisted
positioning.

Through the most natural eye movement and gesture interaction, front-line employees can switch tools with zero delay when performing tasks such as assembly, maintenance, and inspection, focusing on core workflows and significantly improving standard operating efficiency.
The high-contrast display screen has exquisite picture quality and effectively resists light interference from outdoor working environments, ensuring that key information is clearly visible and fundamentally reducing decision-making errors and operational risks caused by unclear vision.
Build an enterprise-level security barrier. Iris recognition ensures that access to devices and the core intellectual property, production data, and customer information stored within them is restricted to authorized personnel, effectively preventing unauthorized operations and ensuring data security.
It seamlessly integrates with existing IT infrastructure and supports plug-and-play with current mainstream 5G terminals, laptops, and workstations. There is no need to modify the existing network or purchase specific hosts, protecting the company's previous IT investment and enabling rapid deployment and large-scale application.
Designed specifically for industrial environments, it significantly reduces maintenance and replacement costs. Its lightweight design and low power consumption extend single-operation time and reduce worker fatigue.


Supports the use of Intel OpenVINO toolchain, making it easier for developers to train and deploy custom AI models.
Provides feature-rich development kits (SDKs) for Unity and UE (Unreal Engine) engines to facilitate
content creation.
Simple development
environment
It can be connected and developed through the standard USB-C interface, which is simple and fast.

SeerLens® ll B50RE Pro

SeerPad® One

Xvisio AR Foundation

Al Tool Chain
| Item | Specification | Remarks |
|---|---|---|
|
Field of View |
46±2o(Diagonal) |
BirdBath |
|
Resolution |
Si-OLED,1920*1080(per eye) |
Brightness: 3000Nit (Max brightness of display) |
|
Refresh Rate |
60Hz |
|
|
Contrast Ratio |
10,000:1 |
|
|
IPD |
64mm |
|
|
Display Mode |
2D | 3D switchable |
|
|
Eye Relief |
12mm |
|
|
Eye-box |
14mm*8mm |
|
| Item | Specification | Remarks |
|---|---|---|
|
4 Fisheye Cameras |
640*480, DFOV≥160°, 50 fps |
Inside out real-time 6DoF head-tracking |
|
RGB Camera |
4200*3100, DFOV≥77°, 1080P 30fps |
13 MP, autofocus |
|
ToF Depth Camera |
640*480, DFOV78°,HFOV64°,VFOV50° |
iToF, supports 0.2–4 m range; 3D depth recognition, object recognition, plane detection |
|
IMU |
9 Axis 1000Hz |
|
|
SLAM Engine |
500Hz, 6DoF|3DoF |
On device computing, multi modal |
|
Storage |
8G+128G |
TF card expandable (up to 1 TB) |
|
Audio |
Stereo SPK| Mic |
UAC API, AI mic noise reduction |
|
Power Consumption | Battery Life |
<7.5 W | ≥2.5 hours (depending on environment and usage scenario) |
Battery capacity ≥36.5 Wh, (4700×2) mAh, charging time <2.5 h; supports use while charging |
|
Wireless Connectivity |
WiFi (supports 2.4GHz and 5GHz dual-band, compatible with the new WiFi 6 standard); Bluetooth 5.0 supported; 2.4G supported |
Handheld terminal available in non wireless version |
|
Wired Connectivity |
Gigabit Ethernet |
RJ45*1 |
|
Connectivity |
USB Type C |
DP output │ USB input │ Power |
|
Weight | Dimensions |
<397g | 268*191*80 |
Main unit weight, L×W×H |
|
Terminal | OS |
Rockchip 3588s | Seer AR OS |
|
|
SDK |
Xvisio AR foundation on Unity |
SLAM, plane detection, map sharing, spatial anchoring |
Copyright © Shanghai Xvisio Sensing Technology Co., Ltd. All Rights Reserved