Accumulated technology shines in ISE 2025, Da Vinci series of driver chips lead the way to show new

In the development map of the global LED display industry, ISE 2025, Europe's largest system integration exhibition, is undoubtedly the most eye-catching focus event at the beginning of the year. It is like a martial arts conference that brings together the world's top scientific and technological forces. It is not only an excellent stage to showcase cutting-edge technologies and innovative products, but also a key opportunity to gain insight into industry development trends and promote industrial transformation. On this stage full of opportunities and challenges, Jigu Technology has become the focus of attention with its outstanding innovative strength and forward-looking strategic layout.

This year, Jigu Technology's appearance at ISE 2025 was amazing. Not only has it carefully launched a series of new products that shocked the industry, but also with its strong appeal, it has gathered first-class LED display manufacturers such as Zhouming Technology, Riswell, Chipuguang, and Red Dot Technology to jointly exhibit exhibits on site. These exhibits are like bright pearls, adding dazzling brilliance to the visual feast of ISE2025, and also making the Da Vinci series of LED driver chips that accumulate technology a hot topic during the exhibition.
The new generation of Da Vinci LED driver chips launched by Jigu Technology is undoubtedly its core highlight at this exhibition. Compared with the previous generation Hawkeye series, this chip has achieved a qualitative leap. It not only successfully overcame the long-standing problems of coupled, low-gray and unequal industries, but also innovatively introduced four leading functions and led the comprehensive upgrade of high-end display standards.
The introduction of the global refresh function has completely solved the common black field problem when camera shooting, and has brought good news to areas such as film and television production and live broadcasting that require extremely high picture continuity. Whether it is an intense live broadcast of sports events or a beautiful stage performance recording, this function can present smooth and uninterrupted wonderful pictures. The low gray double brush function effectively reduces the flicker problem seen by the camera and the human eye. At the same time, it supports a wide dynamic range, allowing the picture to remain clear and stable under different brightness conditions, greatly improving the visual experience. In today's digital era, people are increasingly demanding the delicacy and stability of display screens. The emergence of this function has undoubtedly met the urgent needs of the market.

The application of low turning-voltage technology not only strengthens the energy-saving effect, but also cleverly solves the problem of high turning-voltage power consumption caused by large current output. Against the background of global advocacy of energy conservation and emission reduction, the innovation of this technology has important practical significance. It not only helps reduce the energy consumption cost of LED displays, but also reduces the color cast of the screen and the aging of LED lamp beads caused by heating, extending the service life of the display. The integration of PAM+PWM to support 19-bit gray scale allows the display effect of the LED display to achieve a qualitative leap. It can achieve the effect of low-gray pictures without color cast and gray jumping, significantly improving the contrast ratio of the entire screen, making its Gamma curve perfectly consistent with HDR's electro-optical conversion function EOTF, bringing users a more realistic and vivid visual enjoyment.
At the exhibition site, Jigu Technology allowed visitors to personally experience the powerful strength of the Da Vinci series of driver chips through a series of wonderful displays. Take the flagship product MBI5292 as an example. This common Yang LED driver chip that supports 32 scans, 0.4 - 20mA current output, and 16 channels has four core functions of the Da Vinci series, especially the integration of PAM+PWM. Support for 19-bit gray scale makes it outstanding in high-end shooting applications. Whether it is the gorgeous stage of a new style concert, the immersive experience of virtual reality scenes such as VP and XR, or the exquisite presentation of indoor high-end displays, the MBI5292 can easily perform the task, setting a new benchmark for the performance of high-end displays.
In order to allow visitors to more intuitively understand the advantages of the MBI5292, Jigu Technology set up two MBI5292 boxes to compare the low-gray double brush function and power consumption respectively. When visitors use the slow-motion recording function of their mobile phones, they will be surprised to find that boxes without the low-gray double swipe function turn on have obvious flashes, loss of gray scale details, and black field problems; while boxes with the low-gray double swipe function turn on, the display can still be normal, the picture is clear and smooth, and the gray scale transition is natural. In terms of power consumption, due to the built-in low transition voltage of the MBI5292, the power consumption of the box with the energy-saving function turned on is 20% lower than that of the box without turning on, and the surface temperature can still be maintained below 40 degrees, effectively reducing the screen caused by heat. Color cast or aging of LED lamp beads. In addition, through the comparative display of 16-bit gray scale and 19-bit gray scale LED modules, visitors can immediately experience the display effect of 19-bit gray scale. The low-gray gradient area of the screen is significantly longer than that of the 16-bit box, which means that the gray scale can be adjusted more carefully and the number of gray scales that can be controlled is more. The improvement of display power in the low-gray section makes the overall display image closer. The color gamut of HDR10 lays a solid foundation for achieving high-contrast HDR visual effects.
In addition to the MBI5292, Aggy Technology also demonstrated a variety of unique Da Vinci series driver chips. As an iteration of MBI5264, MBS7264 supports 64 scans, 0.5 - 30mA current output, and 16 channels. It is an ideal choice for universal LED display applications and XR/VP. It effectively improves the flicker problem, coupling and low-gray unevenness in low-brightness pictures, and is suitable for being the first choice as the driver chip for major LED display applications such as enterprises, education, retail, and stage leasing. For background LED displays for shooting such as radio and television, VP, XR, etc., its global refresh function can flexibly adjust the time when the LEDs are lit up, reducing the problem of cameras shooting into black fields; at the same time, it can support 240FPS switching of the source, which is very suitable for multiple cameras, slow-motion shooting is a very cost-effective product for end users. In 2025, Jigu Technology will successively launch MBS 7252 that supports 16 scans and MBS7253 that supports 32 scans, providing customers with more diversified choices to meet the needs of different application scenarios.
In terms of common cathode LED driver chips, MBI5756, as a general-purpose product that supports 64 sweep, 1 - 18mA current output, and 16 channels, can be regarded as a common cathode version of MBS7264. It performs well on energy conservation issues and can reflect the cold screen effect. It is very suitable for installation locations closer to viewers, such as advertising screens in boutique retail stores, corporate conference rooms, museums, school classrooms, outdoor advertising screens, etc. In addition to superior visual effects, it can also provide users with a better user experience. In terms of chip packaging, the MBI5756 provides both conventional GP and GFN options, which can accelerate the design introduction time of LED display manufacturers and improve production efficiency.

The MBI5762 is a driver chip specially designed for immersive LED display applications. It supports 32 scans, 0.5 - 10mA current output, and 48 channels. When it was originally launched, it was mostly used in XR and VP applications, with dot spacing ranging from P1.2 to P2.6. However, its common cathode and 48-channel characteristics also make it perform well in personal immersive applications with smaller spacing, such as emulators, spherical displays, entertainment applications, etc. The MBI5762 can support 240FPS, 16-bit gray scale and a refresh rate of 7,680. It has obvious advantages in displaying dynamic images. The high contrast feature makes the picture more realistic and realistic, and can bring users an unparalleled immersive experience and break the boundaries between reality and reality.
As a high-current product used outdoors in the Da Vinci series, MBS7752 supports 16 sweep, 1 - 45mA current output, and 16 channels. It plays an important role in 3D outdoor advertising and large-scale outdoor concerts. With the rise of these application scenarios, LED displays have become an eye-catching marketing tool. In the global trend of energy conservation and carbon reduction initiatives, MBS7752 has effectively reduced the power consumption of outdoor displays that have been used for a long time. Even if it is used in half-indoor advertising screens, 16-bit gray scale and 7,680 refresh rate can also make the overall visual effect significantly improved. If it can be matched with novel advertising content, photographed on mobile phones and shared in official or self-media communities, advertising efficiency will increase exponentially.

In addition, Jigu Technology also shared a practical technical technique at the exhibition site-how to decrypt and chop gray scale LED displays. In order to achieve the best low-gray uniformity visual effect, some displays will use the method of deleting low-gray gray segments if the LED driver chip used is not effective after eliminating the LED light factor, which will lead to the display. The contrast drops. Although end users usually use light guns to inspect the screen, displays with gray levels cut off can use color dither technology to make the minimum brightness value measured by the light guns very low. When used for high-end VP/XR applications, problems will arise. Jigu Technology demonstrated on site the method of using a mobile phone to adjust the shutter to shoot. Through this simple and easy method, you can determine whether the display screen has reduced gray levels. This technique helps communicate with display manufacturers. Application needs and avoid purchasing LED displays with unexpected visual effects.
Jigu Technology always focuses on customer needs and regards them as the core driving force for the advancement of the industry. As LED display applications continue to mature, the market requirements for display effects and functions are becoming increasingly stringent. From the Hawkeye series launched in the past to overcome the seven major display challenges seen by the human eye, to the Da Vinci series that has evolved to meet more stringent shooting needs, technology has been accumulated to overcome obstacles along the road of technological innovation. Every technological breakthrough embodies the wisdom and sweat of the scientific and technological research and development team, and also witnesses its accurate grasp of the development trend of the industry. Customer satisfaction is the biggest driving force for the advancement of science and technology. It firmly believes that through continuous innovation and efforts, it will join hands with customers to create a better future.