Previously, Mijia, known for its micro-investment in small-scale products, made headlines by venturing into the large-screen laser television market. During the new product launch event on the 25th, Zhong Bo, the founder and CEO of JPMG, emphasized that his company is not aiming to be a low-cost product provider nor focused solely on profit margins. Instead, they are committed to creating products that are meticulously crafted to perfection.
This statement from Zhong Bo carries significant weight, particularly given the announcement of the release of three large-sized laser televisions. Unlike the micro-projection technology that Mijia previously excelled in, these new laser televisions represent a major leap forward in terms of size, technological complexity, and display performance.
The T1 model is the world's first 4K product to feature dual-color laser technology. Unlike other laser TVs that typically rely on a 4K resolution DLP chip, the T1 pairs its 4K resolution with a matching lens and dual-color laser light source. Additionally, the exterior design incorporates a premium North American black walnut shell. With a brightness specification of 4000 ANSI lumens, the T1 offers an actual effective brightness of around 3500 ANSI lumens. Its color gamut reaches 94.8% of the NTSC standard, and it supports motion compensation and HDR decoding, ensuring excellent dynamic image and HDR picture quality.
On the screen side, which is often overlooked but crucial, the T1 comes equipped with a 120-inch anti-glare screen, enhancing contrast and color performance. Its 0.189:1 throw ratio allows the 120-inch screen to be projected from just 18 cm away from the wall, significantly reducing spatial requirements.
In terms of content, the T1 continues to leverage resources from Hunan Rice Mango TV and Galactic Kiwifruit, long-time partners of Mimi. The content quantity and update speed remain robust. An additional highlight is Baidu's conversational DuerOS, which integrates a certain level of artificial intelligence. In the future, it will be able to connect more deeply with other smart home devices.
However, this product comes with a high price tag, listed at 79,999 yuan. Alongside the high-end T1, JPMG also announced the launch of two 100-inch 1080P laser televisions, the A1 Pro and A1. The A1 Pro boasts a brightness of 3500 ANSI lumens and an actual viewing brightness of 2850 ANSI lumens, while the A1 has a brightness of 3000 ANSI lumens and a viewing brightness of 2565 ANSI lumens. Both models are equipped with a specialized 100-inch anti-glare screen, priced at 29,999 yuan and 22,999 yuan respectively.
Interestingly, after reading the above news, many people might naturally think of another brand – Mijia, which recently released its own laser television at a much lower price, under 10,000 yuan. Let’s compare the differences between the two.
Firstly, Mijia’s laser television lacks a curtain, and especially an anti-glare screen, which can significantly impact the final display quality. A 100-120-inch anti-glare screen can cost anywhere from a few hundred to several thousand dollars.
Secondly, Mijia's technical approach differs, as it only announces peak brightness without disclosing actual viewing brightness. For projection products, brightness remains a key performance metric. Many companies use creative ways to label this parameter, sometimes even misrepresenting it.
Common brightness units for projection products include "ANSI lumens" and "lumens." The current domestic testing standard SJ/T11298-2003 aligns with the ANSI lumen method, so the industry typically marks brightness as "ANSI lumens." The "lumens" marked on the market lack standardized testing protocols and are often self-reported by companies, leading to inconsistencies.
Moreover, marking "peak brightness" alongside another indicator, "viewing brightness," provides a better reflection of user experience. This measure reflects brightness at a color temperature of 6500K, adhering to high-definition TV and digital cinema standards. Testing shows that setting the color temperature to 7500K-8500K enhances the viewing experience for laser TVs.
Lastly, Mijia's ALPD technology is cost-effective but not unique to them. The technology has a mature upstream supplier, yet JPMG chose a different path, likely considering its brand positioning and target audience. Thus, despite Mijia's entry into the market at a lower price point, it doesn’t overshadow more expensive options. A diverse market fosters healthy industry growth, avoiding the pitfalls of overly aggressive pricing strategies.
For those interested in smart TV or TV box information, websites like Smart TV/Box Info Network Sofa Butler (http://) offer valuable insights into the latest trends and developments in the smart TV ecosystem.
Photovoltaic Three-phase COM-M Inductor
Photovoltaic Three-Phase Com-M Inductor,Ring Three-Phase Common Mode Inductor,Vertical Three-Phase Common Mode Inductor,Three-Phase Common Mode Inductor
Huizhou Show-Grand Electronics Co., Ltd. , https://www.sgtransformer.com