In traditional classrooms, teachers mostly rely on blackboards, chalk and projectors for teaching. However, these tools have many limitations when displaying multimedia teaching resources.

Projector images often freeze, blur and have color distortion, which makes it difficult to meet the display needs of complex teaching content, seriously affecting teaching results and limiting the application of teachers' innovative teaching methods.

In the teaching process, interactive communication between teachers and students, and between students, is the key to efficient education. However, traditional classrooms often have obvious shortcomings in this regard. On the one hand, the question-and-answer session between teachers and students is often limited by time and space, making it difficult to fully carry out; on the other hand, the lack of interesting and effective discussion methods makes the classroom atmosphere dull.

Over time, students' efficiency in receiving knowledge in class gradually decreases, and they are prone to lose interest in learning, and their motivation to learn is obviously insufficient.

The frequency of school information update is very frequent. Schools need to regularly transmit various class information to students, parents and teachers, such as course schedules, test scores, class notices, etc.

However, traditional paper bulletin boards, teachers' oral communication and other information transmission methods have problems such as untimely updates, low efficiency, easy omissions or errors, which bring many inconveniences to school management.

The network environment in different regions of the Philippines is complex and changeable, which poses a huge challenge to the stable operation of the teaching all-in-one machine.

The teaching all-in-one machine needs to be able to smoothly play high-definition videos and run teaching software under the condition of large network fluctuations to ensure that teaching activities are not affected by network problems, otherwise it will seriously affect the continuity of classroom teaching.

Small-size LCD wall mount digital signage is used to display class information. Its display effect is very important. It is necessary to maintain good visibility, avoid reflection and color deviation, and ensure the clarity, contrast and color reproduction of information elements such as text, pictures, and charts. It also needs to have good stability and anti-aging performance. Maintaining a stable display effect is not easy.

Schools usually already have a variety of teaching management systems and software applications, such as teaching resource platforms, online learning systems, and teaching management systems. To seamlessly integrate Gomany's solutions with these existing systems and ensure compatibility, it is necessary to solve problems such as data interfaces between different systems, achieve information sharing and interaction, and avoid some bugs.

Faced with the uncertain network environment, what Gomany can do is to adopt several content transmission methods. In addition to using wifi to project the screen on the learning conferenc machine, it also reserves a USB flash drive insertion interface to ensure the smooth progress of teaching, and upgrades the built-in equipment to improve network transmission speed.

To achieve high-quality display effects for wall mounted digital signage boards, Gomany uses high-brightness and high-contrast LCD displays and adopts anti-glare design to solve visibility issues; professional color calibration algorithms accurately adjust colors to ensure restoration; backlighting uses LED luminescence technology to improve stability and service life, comprehensively improving display quality and meeting school class information display needs.

In order to ensure that our display devices are compatible with the interfaces commonly used by schools, Gomany's R&D team worked closely with the school's technical team and communicated many times, and finally integrated a system that is most suitable for education, which can realize the rapid update of class information and can manage multiple devices in a unified manner.