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4.58 inch TFT display module 320×RGB×960 dots MIPI interface driving IC ST7701S

4.58 inch TFT display module 320×RGB×960 dots MIPI interface driving IC ST7701S

MOQ: 1000
Price: $6.8
Standard Packaging: blister+foam box+bubble bag+inside carton+master carton
Delivery Period: 4~6weeks
Payment Method: T/T
Supply Capacity: 500K pcs per month
Detail Information
Place of Origin
China
Brand Name
HuaXin
Certification
ISO14001/ ISO9001/IATF16949
Model Number
HX046AQV8563ANT
Display Technology:
Tft Display Module
Name:
Bar Type TFT
Size:
4.58 Inch
Resolution:
320×RGB×960
Brightness:
400c/d
Interface:
MIPI
Driving IC:
ST7701S
Highlight:

mipi interface bar type tft

,

400c/d bar type tft

Product Description
4.58 inch TFT Display Module - 320×RGB×960 Dots with MIPI Interface and ST7701S Driving IC
Product Specifications
Attribute Value
Display Technology TFT Display Module
Name Bar Type TFT
Size 4.58 inch
Resolution 320×RGB×960
Brightness 400c/d
Interface MIPI
Driving IC ST7701S
Product Overview

HX046AQV8563ANT is a 4.58 inch bar type TFT display with 320×RGB×960 dots resolution, all-o'clock viewing angle, MIPI interface, 400nits brightness, and ST7701S driving IC.

Technical Parameters
Parameter Value
Part No. HX046AQV8563ANT
Display Mode 4.58 inch TFT display
Outline Size (mm) 41.57×118.8×2.5
AA Size (mm) 36.77×110.3
Display Dots 320×RGB×960
View Angle All
Brightness 400C/D
Interface MIPI
Driving IC ST7701S
Product Images
4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 0 4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 1 4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 2 4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 3
Drawing & Pin Definition
4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 4
TFT Product Knowledge
4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 5 4.58 inch TFT display module   320×RGB×960  dots MIPI interface driving IC ST7701S 6
Manufacturer Information
Company Advantages
  • Factory located in cost-effective inland city
  • Most advanced equipment ensuring stable quality
  • Fully automated processes for efficiency and quality
  • Professional engineers with 20+ years experience in LCD field
  • Self-design capability for customized products
Certifications
  • ISO14001
  • ISO9001/IATF16949
  • SGS of LCD module
Company Profile

Huaxin Technology (Enshi) Co., LTD

Location: Hubei, Enshi

Founded: 2009

Specialization: Research, development, production and sales of LCD, LCM, TFT, backlight, and OLED products

LCD Series: VA, TN, HTN, STN, FSTN, CSTN and other series

LCM Series: COB, TBA, COG, TP, LED backlight and other series

Registered Capital: Twenty million

Current Staff: 500+

R&D Team: 10% of workforce

QC Team: 15% of workforce

Production Capacity
Annual Production Capacity 2021 (Current) 2022 (Goal) 2023 (Challenge) 2024 (Challenge) 2025 (Challenge) Remark
LCD Production Capacity 4.5 9 9 9 9 Unit: thousands of logarithms/Day
LCM Production Capacity 70 150 300 450 450 Unit: Thousand piece/Day
Backlight Production Capacity 100 200 300 500 500 Unit: Thousand piece/Day
OLED Production Capacity 10 20 30 40 50 Unit: Thousand piece/Day
Product Applications
  • Car navigation & printer
  • Video call & advertising
  • Automotive & medical devices
  • Fitness equipment & handheld devices
  • Industrial control and home appliances
TFT Display Characteristics
  • Image Quality: High resolution, sharpness, and color accuracy
  • Response Time: Fast switching of pixels
  • Viewing Angles: Wide angles with minimal color shift
  • Energy Efficiency: Lower power consumption than other technologies
  • Size and Flexibility: Available in various sizes for different applications
  • Backlighting: Typically uses LED backlighting
  • Wide Applications: Suitable for diverse industries
TFT Display Limitations
  • Limited viewing angles compared to some technologies
  • Limited contrast ratio
  • Backlighting increases power consumption
  • Potential for motion blur in fast-moving images
  • Limited flexibility in physical form
  • Limited color gamut compared to some alternatives