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【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency

【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency

MOQ: 1~1000
Price: $190~$210
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
HXSY040WAM01
Display Technology:
AR Display
Size:
0.4 Inch
Name:
Micro Oled Display
Resolution:
1440*1080
Interface:
MIPI
View Angle:
All
Testing Board:
HDMI Or Type C Optional
Highlight:

0.4-inch HD EVF electronic viewfinder

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Type-C EVF for industrial equipment

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Micro OLED display with high PPI

Product Description
0.4-inch HD EVF Electronic Viewfinder Type-C Solution
1440×1080 resolution display suitable for industrial equipment, medical instruments, and telescopes. Features high PPI and low latency performance.
Product Overview
0.4-inch EVF Electronic Viewfinder with Type-C plug-and-play solution offering industrial-grade stability and medical-grade HD quality. Specially adapted for telescope applications.
Technical Specifications
Attribute Value
Display Technology AR display
Size 0.4 inch
Resolution 1440×1080
Interface MIPI
Field of view angle 32°
Color gamut performance 90% D0-P3
Testing Board HDMI and Type C optional
Part No. HXSY040WDG01
Display Technology Si-OLED
Product Images
【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 0 【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 1 【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 2 【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 3 【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 4 【0.4-inch HD EVF】Electronic Viewfinder Type-C Solution 1440×1080 Resolution Suitable for Industrial Equipment / Medical Instruments / Telescopes High PPI Low Latency 5
Micro OLED Technology
Key Advantages
  • Ultra-High Pixel Density (PPI)
  • Thin, Lightweight, and compact design
  • Superior Image Quality
  • Lower power consumption
  • Wide operating Temperature Range
  • High brightness & Efficiency (with advanced designs)
  • Manufacturing & Scalability benefits
Limitations
  • High production costs & limited supply
  • Limited brightness (compared to Micro LED)
  • Limited view angles
  • Shorter lifespan (compared to micro LED)
  • Limited application scope (small display only)
  • Motion Blur & Persistence issues (in VR)
  • Competition from micro LED
Huaxin Technology Advantages
  • Factory located in cost-effective inland city
  • Most advanced equipment for stable quality
  • Most processes use fully automatic equipment 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
Hubei, Enshi
Founded: 2009
High technology enterprise specializing in R&D, production and sales of LCD, LCM, TFT, backlight, OLED
Product Portfolio
  • LCD includes: VA, TN, HTN, STN, FSTN, CSTN and other series
  • LCM includes: COB, TBA, COG, TP, OLED and other series
Company Statistics
  • Registered capital: 20 million
  • Current staff: 500+
  • R&D accounts for 10%
  • QC accounts for 15%
Production Capacity
Annual Production Capacity 2021 (Current) 2022 (Goal) 2023 (Challenge) 2024 (Challenge) 2025 (Challenge) Unit
LCD Production 4.5 9 9 9 9 Thousands of logarithms/Day
LCM Production 70 150 300 450 450 Thousand pieces/Day
Backlight Production 100 200 300 500 500 Thousand pieces/Day
OLED Production 10 20 30 40 50 Thousand pieces/Day
Product Applications
  • VR/AR/MR headsets
  • Military/aerospace
  • Medical devices and microdisplays
  • Camera & electronic viewfinders
  • Automotive displays
  • Wearable & smart glasses
Display Technology Comparison
Feature Micro OLED Traditional OLED MicroLED
Substrate Silicon wafer Glass/plastic Sapphire/glass
PPI 3,000-5,000+ 400-800 1,000+
Size <1 inch common Smartphone/TV sizes Scalable
Power Use Low Medium Very Low
Lifespan Moderate (OLED aging) Moderate Very Long
Cost High Moderate Very high
Micro OLED Challenges
  • Limited lifespan (blue OLEDs degrade faster)
  • Higher manufacturing cost due to silicon wafer integration
  • Currently small sizes (not suitable for TVs)
Future Outlook
Expected to dominate AR/VR and wearable displays due to unmatched pixel density. Companies like Sony, Samsung, BOE, and eMagin are investing heavily in this technology.