Our Micro Gimbal Stabilizer (MGS) technology is coming with a compact mechanical design, so the camera module is small enough to embed in most smartphones, especially the size of our MGS camera module is 40% smaller than the closest competitor.
Product Introduction
MGF145A
View Specifications
MGF145A
Specification
Description
CCM Size:
14.5×14.5×4.5 mm (L×W×H)
Max.Comp.Angle:
±3°
Max. Comp.Axis:
2 (Pitch & Yaw)
Max. View Angle:
160°
Max. Sensor Resolution:
50 M
Lens Barrel:
Φ8mm
Focus:
Fixed Focus
Supported Sensors:
1/2.5''
Smartphone MGS camera using TSA technology, in product design
MGA175A
View Specifications
MGA175A
Specification
Description 1
Description 2
CCM Size(L×W×H):
18.1×18.1×6.6 mm
18.9×18.9×6.6 mm
Max.Comp.Angle:
±5°
±6°
Max. Comp.Axis:
2 (Pitch & Yaw)
2 (Pitch & Yaw)
Max. View Angle:
120°
120°
Max. Sensor Resolution:
50 M
50 M
Lens Barrel:
Φ11 mm
Φ11 mm
Focus:
Auto Focus
Auto Focus
Supported Sensors:
1/1.56''
1/1.56''
Smartphone MGS camera using TSA technology, in product design
Dive into the Key Features
Our MGS technology is a module-tilt design by using our patented spring and innovative Flexible Printed Circuit (FPC) structure. Thus, we can downsize a traditional handheld gimbal into a mini size camera module, which is around half the size of a human thumb.
Our MGS is similar to all existing and more inferior anti-shaking technology at mass production due to the similarity structure of Voice Coil Motor (VCM). Because of that, we can provide turnkey production solutions for our partners with manufacturing MGS in a quick and cost-effectively way.
Our design also comes with auto-calibration software, which our manufacturer can use the software automatically calibrate MGS by compensating minor manufacturing errors plus optimizing the anti-shaking performance. This helps our partners to reduce the manufacturing cost and improve the quality.
Smallest GiMbal
Multi-Axis Compensation
Embedded Moving FPC
Auto-calibration software
±3°~6° Stabilizer
Cost-effective
Anti-shaking performance comparison
Outstanding performance
Devices equipped with MGS have significantly better image quality under moving or shaky conditions when compare with similar technologies.