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[Authentic 15'' Identification Guide] Recognize the BOE brand core logo

Release time:

2025-09-08

Jointly resist counterfeit products and maintain a healthy and orderly market environment

With the popularization of LCD display technology and the growth of market demand, the 15-inch 1024* 768 specification LCD display screen, with its stable performance and highly adaptable size, has become a commonly used display component in fields such as industrial control, medical equipment, and security monitoring. However, in the current global market, counterfeit BOE products of this model are emerging endlessly. These high-quality fakes closely resemble genuine BOE products in appearance and are difficult to distinguish by external observation alone, posing significant procurement risks to downstream manufacturers and buyers—not only potentially causing terminal device failures due to substandard product performance but also damaging business cooperation built on BOE's brand reputation. To help partners accurately identify genuine products and avoid counterfeit traps, this article will focus on the core identification points of the BOE 15-inch 1024* 768 LCD display screen and simultaneously present its excellent mass production quality performance.

 

1. Core Identification: Key parts of the T-con board PCB, only the following two reference images are genuine (all 5 positions must match to be genuine).

The above images are all genuine.

The T-con board (timing control board), as the "brain" of the LCD display screen, is responsible for converting driving signals into display data. Its PCB (printed circuit board) design and craftsmanship are the core technological carriers of BOE products and the key breakthrough point to distinguish genuine products from counterfeits. Since high-quality fakes can only imitate the appearance and cannot replicate BOE's mass production-level PCB design details and craftsmanship standards, the following steps can accurately identify authenticity:
  1. Disassembly Preparation Ensure the display screen is powered off, then carefully remove the LVDS data cable from the display screen;
  1. Remove protective Mylar The surface of the T-con board is usually covered with a layer of insulating and dust-proof protective Mylar (film). Use tweezers to gently lift the edge of the Mylar and slowly remove it completely to expose the underlying PCB board body;
  1. Focus on Key Identifiers Carefully observe the surface of the PCB board, especially the areas marked with red circles (supplemented according to the actual diagram position, such as PCB board corners, around chips)—this area is the exclusive craftsmanship mark of BOE mass production products, featuring the following characteristics:

Step-by-step diagram of the red-circled key areas on the PCB board and details under the magnifying glass 1

Detail image under the magnifying glass 1

 

Step-by-step diagram of the red-circled key areas on the PCB board and details under the magnifying glass 2

Detail image under the magnifying glass 2

 

Step-by-step diagram of the red-circled key areas on the PCB board and details under the magnifying glass 3

Detail image under the magnifying glass 3

Step-by-step diagram of the red-circled key areas on the PCB board and details under the magnifying glass 4

Detail image under the magnifying glass 4

 

Step-by-step diagram of the red-circled key areas on the PCB board and details under the magnifying glass 5

Detail image under the magnifying glass 5

2. Quality Evidence: Ultra-low defect rate of 0.031%, demonstrating strong mass production capability
The key points for product identification stem from technological accumulation, while market reputation relies on stable quality performance. According to BOE's big data statistics since mass production began in June 2023, the overall defect rate of the 15-inch 1024*768 LCD display screen is only 0.031% , This figure is far below the industry average, supported by BOE's full industry chain control and strict quality control system:
  • Source Control Core materials such as LCD panels and driver chips are independently developed by BOE or deeply customized in cooperation with leading suppliers, avoiding material defect risks from the source;
  • Process Control Automated production lines are used for key processes such as PCB soldering and module assembly, equipped with AI visual inspection systems that can identify process defects at the 0.01mm level in real time, ensuring consistency of every product;
  • Full Lifecycle Testing Before mass production, products undergo more than 20 reliability tests including high and low temperature cycling, humidity aging, vibration and shock, simulating product performance under extreme usage conditions; during mass production, a quality control process of "hourly sampling inspection and daily full-item review" is implemented to prevent defective products from entering the market.
The 0.031% defect rate is not just a number but a practice of BOE's "quality first" philosophy, also indirectly proving the technical barriers of genuine products—counterfeits, lacking a complete quality control system, often have defect rates exceeding 5%, and show significant differences from genuine products in key indicators such as stability, uniformity, consistency, and MTBF LED life-time.
 
BOE always takes technological innovation as the core driving force and builds a product quality defense line with strict quality control. It is hoped that through this analysis, partners can accurately identify genuine products, jointly resist counterfeit products, and maintain a healthy and orderly market environment. In the future, BOE will continue to optimize product identification systems and quality control capabilities to provide more reliable and higher-quality display solutions for global customers.

Key words:

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