At the beginning of LCD technology, due to the high price, LCD panel manufacturers launched a simplified and affordable version - TN LCD, which was accompanied by natural defects of low color display quality and small effective viewing angle. Later, IPS technology was introduced into LCD, which improved the above defects, displayed accurate colors and had a wide visual viewing angle. It can be said that IPS is an upgraded version of TN technology.   Below, we will introduce the difference between TN LCD and IPS LCD from different angles.   1. TN LCD VS IPS LCD: Narrower viewing angle   The liquid crystal molecules of the TN panel are located in the vertical direction, and light is emitted around the vertical area. Therefore, we can only get good visual quality within a very limited angle, and obvious color distortion will occur at an inclined angle.   In contrast, in the IPS panel, the horizontal arrangement of liquid crystal molecules is conducive to the emission of light at any angle, thereby achieving a wide effective viewing angle. Both vertical and horizontal angles can reach 170 degrees to nearly 180 degrees, so we also call IPS LCD a "full viewing angle" display. TN screen will be whitish when viewed from the side. This is why when several people sat in a row to watch the computer in the past, the people next to them could not see clearly.   2. TN LCD screen VS IPS LCD screen: lower grayscale   Grayscale is an indicator used to measure the ability of color transition.   TN LCD (6bit) can display 2.62 million colors, while IPS LCD (8bit) can display 16.77 million colors. In the transition from black to white, IPS can display more colors, so the transition performance is more natural and smooth. It can be seen that the color transition of IPS screen is more delicate.   3. TN LCD screen VS IPS LCD screen: faster response time   Due to the high contrast and wide color gamut of HD, IPS panel requires longer response time than TN panel, and the general response time is about 30ms. When displaying dynamic HD pictures, IPS is prone to ghosting and jitter. TN screen benefits from the lower number of output gray levels, fast deflection speed of liquid crystal molecules, and faster response speed. The response time of conventional TN module is 10-25ms. Some TN screens can achieve a response time of 1ms without ghosting. They are often used as professional e-sports screens. Through fast response, TN screens can losslessly present the details of fast-changing scenes.   Different response times have different dynamic image display capabilities   4. TN LCD screen VS IPS LCD screen: Poor color reproduction ability   Grayscale and color mainly determine the color reproduction ability. Compared with TN panels, IPS panels have more grayscale, more delicate imaging, and delicate and realistic color image reproduction. As shown in the figure below, the four corners of the image displayed on the TN panel are pure black without details. IPS can display multiple color levels.   5. TN LCD screen VS IPS LCD screen: Low screen hardness   TN screens are soft screens. When you press the TN panel with your finger, water ripples will appear on the surface, but after the pressure is released, the surface will quickly recover. IPS screens are hard screens. The surface of IPS LCD screens is protected by a layer of high-hardness transparent resin film, so it can remain intact when touched, and there will be no water ripples on the screen surface. In addition, if we observe the screen with a magnifying glass, we will find that the pixels are distributed to the left like fish scales. Due to the horizontal arrangement of liquid crystal molecules, under the same external pressure, the restoration speed of IPS is about 10 times faster than that of TN with vertically arranged molecules.   As a custom led display manufacturer, most of the LCD panels we use are IPS screens, but if customers need TN screens, we will also purchase them. In particular, the 7 inch to 13.3 inch HDMI monitors we currently produce are basically IPS screens, which are also very popular! So if you are looking for the raspberry pi monitors or touch pc monitor, just feel free to contact with OSCAN!

A medida que aumenta la demanda de dispositivos móviles en la vida y el trabajo, debemos considerar cómo mejorar la portabilidad sin perder potencia y funciones informáticas. En este momento, la combinación de Raspberry Pi y ordenador personal monitor puede proporcionar una excelente solución, permitiéndonos completar tareas informáticas cómodamente en cualquier lugar. En este artículo, presentaremos cómo construir una computadora portátil con Raspberry Pi y monitor LCD. Paso 1. Prepara tu Raspberry Pi y Dmonitor de escritorio Primero, necesitas comprar una Raspberry Pi, que se puede conseguir fácilmente en Internet. Además, debe elegir un monitor LCD según sus necesidades específicas. Dependiendo de la situación real, es posible que deba elegir un monitor LCD de alta definición o un monitor LCD de tamaño pequeño, etc. Paso 2. Conecte Raspberry Pi y el monitor LCD Ahora, necesitas conectar la Raspberry Pi y el monitor LCD. Dependiendo del tipo de monitor LCD que elija, es posible que necesite utilizar un convertidor HDMI, VGA o DVI para lograr la conexión. En este caso, Monitor VGA, monitor hdmi así como monitor DVI son todas opciones adecuadas para la frambuesa pi. Paso 3. Instale el sistema operativo A continuación, debe instalar el sistema Linux u otro sistema operativo compatible con Raspberry Pi y guardarlo en su tarjeta de memoria SD. Puede obtener más información sobre el sistema operativo a través de los documentos proporcionados por el sitio web oficial de Raspberry Pi o buscar otros documentos relacionados en Internet. Paso 4. Instale el software requerido Una vez que haya instalado el sistema operativo requerido, deberá instalar algún software para completar las tareas informáticas requeridas. Dependiendo de sus necesidades, es posible que necesite instalar software como un navegador web, una suite ofimática, un software de programación, etc. Paso 5. Conecte dispositivos externos Para completar tu computadora portátil, también necesitas conectar dispositivos externos como mouse, teclado, unidad USB, etc., para que puedas completar las tareas informáticas de manera más cómoda y eficiente. Paso 6. Complete la configuración Finalmente, debe completar la configuración para asegurarse de que su computadora portátil funcione de acuerdo con sus necesidades reales. Después de completar la configuración, ahora puede encender la Raspberry Pi como una computadora portátil para completar tareas informáticas. Resumen Para ayudar a nuestros clientes a lograr una manera más conveniente, podemos ayudar a instalar el Frambuesa Pi en la parte posterior de nuestros monitores mediante soportes para monitor vesa. Entonces, si tiene alguna consulta para Frambuesa Pi monitores¡Simplemente no dude en contactar con OSCAN! Mientras tanto, uCantar Raspberry Pi y un monitor LCD para construir una computadora portátil puede lograr muchas ventajas, como alta portabilidad y gran capacidad de expansión, lo que le permite completar tareas informáticas de manera eficiente en cualquier momento y lugar. Además, utilizar Raspberry Pi y un monitor LCD para construir una computadora portátil también puede hacer que su vida y su trabajo sean más convenientes y eficientes.