Recently, this LCD display manufacturer officially launched a new 1.9-inch LCD display module. The product adopts COG (Chip-on-Glass) technology, supports red/green dual-color display, and features a resolution of 250×64 dots. It is designed to provide high-performance and highly reliable display solutions for industrial control, medical equipment, instrumentation, portable terminals, and other fields.
Core Product Features:
Dual-Color Display Function: Supports red and green display, suitable for status indication, alarm prompts, and partitioned information presentation, enhancing visual recognition efficiency.
COG Packaging Technology: Utilizes the process of bonding chips directly onto the glass substrate, offering a compact structure and high reliability, suitable for space-constrained application scenarios.
High-Definition Dot Matrix: 250×64 dot matrix resolution ensures clear character and graphic display and is compatible with multiple protocol interfaces for easy integration.
Wide Operating Temperature Range: Adapts to environments from -20°C to 70°C, suitable for demanding industrial and environmental conditions.
Low-Power Design: Energy-efficient and high-performance, extending equipment battery life.
Application Scenarios:
This display module can be widely used in industrial HMI interfaces, power monitoring equipment, medical testing instruments, smart home control panels, portable data terminals, and other fields. Its dual-color display function is particularly suitable for scenarios requiring highlighted key information.
Market Outlook:
With the rapid development of the IoT, industrial automation, and smart device markets, the demand for miniaturized, high-performance display modules continues to grow. The launch of this product provides equipment manufacturers with a more cost-effective display option and is expected to gain an advantage in niche markets.
The manufacturer stated that the module has achieved mass production and can provide customized services to meet customers' specific requirements regarding size, interface, and display mode.