MSCALE enlarges the input video to fit the panel size. Bi-Linear interpolation is the basic algorithm, and also various methods such as sharpness control are used in the local area to make the best image.
BSCALE enlarges or reduces the input video to fit the panel size. Polynomial Interpolation (PI) is the basic algorithm, and also various methods such as sharpness control are used in the local area to make the best image.
MSCALE(Up Scaling IP)
MSCALE(Up Scaling IP)
Specification & Performance - Input Resolution ◦ Min Input Resolution : 720 x 1280 - Output Resolution ◦ Up to QHD
Benefit - Use Small Gate Counts - Optimized for Power Saving
Target Application - Mobile & Tablets
- Wearable
- TV & Monitor
- Automotive Display
- Flexible Display
- AR/VR Products
Specification & Performance - Input Resolution ◦ Min Input Resolution : 720 x 1280 - Output Resolution ◦ Up to QHD - 4-BUS of Interface, 3 Line Memory - 8 bit / 10 bit of Bit-Processing - Scaling Ratio ◦ Up Scale : x 4.0 - Supports Command and Video Mode - Uses Bi-Linear Interpolation
Specification & Performance - Input Resolution ◦ Min Input Resolution : 800 x 400 ◦ Max Input Resolution : 3840 x 2160 - Output Resolution ◦ Up to 8K
Benefit - Use Small Gate Counts
- Use Small Mask Size for Polynomial Filtering
- Includes Local Adaptive Enhancement Function
◦ Sharpness & Noise Reduction
- Automatic Parameter Calculating for Scaling
◦ Output Timing Parameter
◦ Buffer Threshold
◦ Scaling Ratio
- Optimized for Power Saving
Target Application - Mobile & Tablets
- Wearable
- TV & Monitor
- Automotive Display
- Flexible Display
- AR/VR Products
Specification & Performance - Input Resolution ◦ Min Input Resolution : 800 x 400 ◦ Max Input Resolution : 3840 x 2160 - Output Resolution ◦ Up to 8K - 4-BUS of Interface, 4 Line Memory - 8 bit / 10 bit of Bit-Processing - Scaling Ratio ◦ Up Scale : x 4.0 ◦ Down Scale : x 0.5 - Uses Polynomial Interpolation (3rd order) - Sharpness Control - Low pass Filter Control (Down Scale Only)
