In 2016, the year marked the true beginning of VR development, with numerous manufacturers planning to launch their VR-related products in the first half of the year. As a result, tech companies have been pouring significant resources into this emerging field. Google, for instance, was no longer content with just its low-cost Cardboard VR headset. The company recently posted job listings for hardware engineers and circuit board designers, all under the VR category. However, it later changed the job titles to more general terms like "consumer hardware." A Google hardware engineering manager mentioned that the consumer hardware team is working on developing groundbreaking human-computer interactions and aims to bring them to life.
Despite these efforts, Google still has a long way to go before it can compete with high-end VR devices. To accelerate its progress, the company appointed Clay Bavor, the former head of the Cardboard project, to lead its new VR product division. This doesn’t mean Google is abandoning Cardboard; rather, it sees the platform as an essential entry point into the VR market. At the same time, Google is aiming to create premium VR devices similar to Samsung’s Gear VR.
Beyond Google, Samsung has also been actively expanding its presence in the VR space. Marc Mathieu, Samsung’s US marketing chief, announced plans to establish a VR video studio in the company’s New York office, aiming to provide richer video content for its VR devices. Additionally, Samsung partnered with the Sundance Institute for a one-year collaboration focused on film production and talent development. Meanwhile, Oculus, another major player in the VR industry, is also making moves by setting up an office in Shanghai. The company is not only hiring local talent but also adapting its brand to the Chinese market, where it is known as “Aoku Lusi.â€
As 2016 progressed, the VR landscape became more competitive and dynamic, with big names investing heavily in both hardware and content creation. This period set the stage for a new era of immersive technology, promising exciting developments in the coming years.
This series of electroplating power supplies are featured for complete control functions, stable performance, and competitive cost performance. Compared with the thyristor-based SCR plating rectifier power supply, the switching mode plating rectifier power supply has much higher efficiency. Under the same output power, up to 20% ~ 30% power loss can be reduced for the customers. This series of electroplating power supplies can reach ultra-high DC output of up to 2000KW with Max. current at 50000A.
The surface treatment industry does not have high requirements for plating DC power supply ripple, and most of models required for plating application are low-voltage and high-current output. The electroplating rectified power supply product removes the unnecessary LC circuit components at the input and output ends, and is targeted at the stability of the output current and the long-term operation capability of the high-frequency rectified power supply to meet the needs of the surface treatment process. In order to overcome the application's harsh environment and long-term high current working conditions, the power supply basically adopts the water-cooling method, and the internal components of the power supply are treated with three preventions, which can realize the effective heat dissipation of the power supply and the effective protection of the internal components of the power supply to improve the reliability of the rectifier power supplies.
STP series plating rectifier power supply is an economical rectifier power supply made with high-frequency switching technology based on IGBT switching devices. It is an industrial power supply product developed by our company for electroplating, electrolysis, water treatment, hard oxidation and other industrial applications.
This series of electroplating power supplies are featured for complete control functions, stable performance, and competitive cost performance. Compared with the thyristor-based SCR plating rectifier power supply, the switching mode plating rectifier power supply has much higher efficiency. Under the same output power, up to 20% ~ 30% power loss can be reduced for the customers. This series of electroplating power supplies can reach ultra-high DC output of up to 2000KW with Max. current at 50000A.
The surface treatment industry does not have high requirements for plating DC power supply ripple, and most of models required for plating application are low-voltage and high-current output. The electroplating rectified power supply product removes the unnecessary LC circuit components at the input and output ends, and is targeted at the stability of the output current and the long-term operation capability of the high-frequency rectified power supply to meet the needs of the surface treatment process. In order to overcome the application's harsh environment and long-term high current working conditions, the power supply basically adopts the water-cooling method, and the internal components of the power supply are treated with three preventions, which can realize the effective heat dissipation of the power supply and the effective protection of the internal components of the power supply to improve the reliability of the rectifier power supplies.
Electroplating Rectifiers, Plating Rectifier Power Supplies, Electroplating Rectifier Power Supplies, DC Plating Rectifiers, Plating Power Supplies
Yangzhou IdealTek Electronics Co., Ltd. , https://www.idealtekpower.com