In 2007, Sony made history by unveiling the world's first OLED TV. However, due to the immaturity of the manufacturing process and the high production costs, the company decided not to mass-produce it. Fast forward to 2017, a decade later, Sony shocked the industry at CES with the launch of the Bravia A1 OLED TV, reigniting excitement around OLED technology. The following year, at CES 2018, Sony expanded its OLED TV lineup even further with the introduction of the A8F series.
It’s clear that Sony has made a strong commitment to OLED technology in the large-screen TV market. With this focus, it's only a matter of time before more OLED products hit the shelves. Meanwhile, in the small-screen segment—especially smartphones—OLED screens have become increasingly popular. More manufacturers are adopting OLED, and demand is outpacing supply.
For years, Sony phones used LCD displays. But as the industry moves toward higher screen-to-body ratios, thinner designs, and even under-display fingerprint sensors, OLED has emerged as the ideal choice. Industry experts believe OLED is the future of smartphone displays. As a tech-driven company, Sony won’t stay behind. Recent job postings from Sony Mobile show they're actively seeking OLED engineers, with specific requirements for experience in display integration, production, and testing. This suggests that an OLED smartphone from Sony is just around the corner.
Currently, the OLED panels used in Sony’s Bravia A1 and A8F TVs come from LG Display. In the small OLED screen market, however, Samsung holds a near-monopoly, capturing over 90% of the market share. Despite this, Samsung’s capacity is limited, and it’s currently prioritizing its own devices and the iPhone X. For Sony to secure OLED panels from Samsung, it might face significant challenges. Nevertheless, with growing interest and investment in OLED technology, Sony is likely to find alternative solutions or develop its own capabilities in the near future.
Power Transformer
The application of the transformers we produce:
1. Building Automation and Control Systems
In modern buildings, power transformers are used to supply power to building automation systems, including lighting control, HVAC (heating, ventilation, and air conditioning) systems, and security systems.
They convert the main power supply to a safe and manageable voltage level, ensuring optimal performance and reliability of these systems.
2. Industrial Control Panels and PLCs (Programmable Logic Controllers)
Industrial control panels and PLCs require precise and stable power supplies to function correctly. power transformers provide clean, filtered power to these devices, minimizing interference and ensuring accurate control.
3. Machine Tool and Automation Equipment
In manufacturing and production facilities, power transformers are used to power machine tools, automation equipment, and robotic systems.
They ensure that these devices operate at the correct voltage level, preventing damage and maximizing productivity.
4. Low-Voltage Electrical Distribution
power transformers are essential components in low-voltage electrical distribution systems, where they convert the main power supply to the required voltage level for distribution to various loads.
This includes supplying power to outlets, lighting fixtures, and other electrical devices in commercial and residential buildings.
5. Audio-Visual and Entertainment Systems
Audio-visual and entertainment systems, such as sound systems, stage lighting, and projection equipment, often require power supplies.
power transformers provide clean, stable power to these systems, ensuring optimal performance and minimizing interference.
6. Medical Equipment and Laboratories
Medical equipment and laboratories require precise and reliable power supplies to ensure accurate measurements and safe operation.
power transformers are used to supply power to various medical devices, laboratory instruments, and testing equipment.
7. Renewable Energy Systems
In renewable energy systems, such as solar and wind power plants, power transformers are used in energy conversion and distribution processes.
They help in stepping down the generated voltage to a level suitable for distribution to the grid or for use in local loads.
8. Backup Power Systems
Backup power systems, including uninterruptible power supplies (UPS) and emergency generators, often incorporate power transformers.
These transformers ensure that the backup power supply is delivered at the correct voltage level, maintaining power continuity during power outages.
In summary, power transformers are vital components in numerous applications where safe, reliable, and efficient power distribution is essential. Their ability to convert and distribute electrical energy at low voltages makes them ideal for use in building automation, industrial control, machine tools, low-voltage electrical distribution, audio-visual systems, medical equipment, renewable energy systems, and backup power solutions.
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Guang Er Zhong(Zhaoqing)Electronics Co., Ltd , https://www.geztransformer.com