Shanghai Neardi Technology Co., Ltd. Company News

Endoscopes are widely used medical devices. ARM architecture processors are favored for their low power consumption, high stability, and rich functional expansion. Medical endoscopes based on the ARM platform are becoming mainstream. For this reason, ScenSmart launched a medical endoscope solution designed based on Rockchip's RK3399 platform. Supporting Android and Linux systems, it is convenient for industry customers to adjust product definitions according to their needs and quickly implement them.   ARM architecture processors are mostly used in embedded devices, with extremely high stability, and are widely used in medical, military, and industrial fields. RK3399 is one of Rockchip's earliest industrial-grade platforms. It has rich functional expansion interfaces, supports a variety of video signals, and has rich interface designs in network and data communication, which is convenient for customers to expand according to scene requirements. The RK3399 platform can be used to build a highly integrated hardware platform, which can effectively control the cost of products and achieve large-scale mass production.   RK3399 has rich software reserves and can support Android and Linux systems. RK3399 is a very mature platform, so it has rich software reserves, which is convenient for developers to improve the efficiency of software development. As a SoC specifically for industrial applications, RK3399 has been applied for many years, and its SDK is very mature, which is suitable for industrial applications with high stability requirements. As an ARM chip, RK3399 can also be used in mobile devices, with built-in lithium batteries and onboard displays, so it can be used as a mobile workstation. In addition to the onboard screen, it can also connect to external displays via HDMI, supporting multi-screen different display and same display functions, which can be adapted and adjusted according to needs.   At present, medical endoscopes based on the RK3399 platform have been mass-produced, and the design scheme is very mature. Neardy has rich experience in project implementation on the RK3399 platform, and can adjust the design according to customer needs, quickly implement products, and complete ISP professional debugging. In addition to medical endoscopes, it can also be used for products such as industrial endoscopes. If there are project requirements for endoscopes, you can consider using the RK3399 platform for implementation. The platform can provide free technical evaluation services.

Smart blackboard is an innovative product that combines traditional teaching blackboards with modern intelligent technology and is an important part of smart classroom. It is an intelligent teaching tool that integrates LCD display, touch screen, voice recognition, face recognition, multimedia playback, cloud storage, and other functions. Smart blackboard can help teachers teach more conveniently, and can also improve students' learning efficiency and participation. RK3399 is a mature and stable general-purpose SoC, which is very suitable for developing smart blackboards. The following is a brief introduction to the smart blackboard solution using the RK3399 chip. Using the RK3399 chip to develop a smart blackboard is a good solution. RK3399 chip adopts a large core + small core design, which can effectively reduce power consumption while ensuring high performance. Smart Blackboard can run multimedia content smoothly, support high-definition video playback, multi-tasking, and other functions. Smart blackboard using RK3399 chip supports Android and Linux operating systems, with good stability and compatibility. At the same time, it also supports OTA system upgrades and function updates to provide users with a better user experience. The smart blackboard integrates multiple functions such as LCD display, touch screen, voice recognition, face recognition, multimedia playback, cloud storage, etc., which can meet the various needs of users.   Features of smart blackboard products based on the RK3399 platform The smart blackboard developed with the RK3399 chip has the following competitive advantages:   1. Powerful performance The RK3399 chip adopts the design of an A72 large core + A53 small core, which can effectively reduce power consumption while ensuring high performance. The smart blackboard can run multimedia content smoothly, support high-definition video playback, multi-tasking and other functions, and it can meet the user's demand for multimedia content in teaching. RK3399 supports mainstream 4K@60FPS video decoding and output, which can present excellent display effects. 2. Stable system The RK3399 smart blackboard system is developed based on Android and Linux operating systems, with good stability and compatibility. RK3399 supports multiple versions of Android 7.1, 8, 9, 11, 12, etc., and Linux can support Ubuntu, Debian and other distribution systems. And as a very stable platform, RK3399 has rich technical accumulation, which is convenient for customers to land projects. At the same time, industry customers can build OTA servers to provide system upgrades and function updates regularly to provide users with a better user experience. Whether in teaching scenarios or in occasions such as internal corporate training and meetings, the smart blackboard can run stably. 3. Rich functions The smart blackboard integrates multiple functions such as LCD display, touch screen, voice recognition, face recognition, multimedia playback, cloud storage, etc., which can meet the various needs of users. The interface of the RK3399 embedded system is also very rich, which is very suitable for customized function expansion. It can not only be used in various teaching scenarios such as elementary schools, middle schools, high schools, and universities, but also in occasions such as internal corporate training and meetings. Whether in teaching or in occasions such as internal corporate training and meetings, the smart blackboard can meet various needs. 4. Highly integrated design, which can quickly complete the integration and assembly of the whole machine RK3399 is a highly integrated chip with a very rich functional design. Only one main control chip is needed to realize all the functional requirements of the smart blackboard. The embedded system products designed based on the ARM platform are more compact and suitable for embedded assembly. The standard V-by-ONE screen interface can quickly match various types of screens. WiFi modules, cameras, touch screens, electromagnetic pens, and other accessories all have mature solutions, and the assembly plant can quickly complete the assembly and debugging of the whole machine to speed up the project implementation.   In summary, the smart blackboard developed with the RK3399 chip has powerful performance, stable system, rich functions and fast product implementation competitive advantages. You can consider using RK3399 to evaluate the project if you have similar project requirements.

Rockchip RK3588 is a high-performance chip that has a wide range of applications in the field of smart car hosts. It adopts advanced 8nm process technology and architecture design, integrates rich functional IP cores, provides powerful processing capabilities and rich functional features. With 8K encoding and decoding capabilities, rich communication interfaces and powerful entertainment functions, it can meet the performance requirements of high-end smart car hosts. At the same time, the RK3588M chip developed specifically for automotive electronics can meet the high standards of the automotive industry and facilitate the rapid certification and implementation of products.   The main chip of the car host solution is based on the RK3588 series chips, and commercial, industrial or automotive versions can be selected according to specific product requirements. Combined with the rich peripheral interfaces and functional modules of RK3588, it can realize multimedia playback, game entertainment, navigation, advanced driver assistance (ADAS), vehicle communication, car networking and other functions. It supports high-definition video decoding and display, has excellent image processing performance, and can provide a high-quality visual experience. It also supports one-chip multi-screen function, which can support 7 screens to display at the same time, and quickly realize the smart cockpit function.   In terms of multimedia playback, Rockchip RK3588 supports decoding and playback of multiple audio and video formats, and can achieve high-definition and smooth media playback effects. Built-in dual 8K VPU, it can achieve 8K@60fps hard decoding and 8K@30fps hard encoding, and the application of super-resolution technology, intelligent color adjustment and other technologies can bring excellent visual effects. Whether watching movies, listening to music or playing games, users can enjoy a more realistic and immersive entertainment experience.   RK3588 has many application advantages in games and can provide excellent game entertainment experience. First of all, RK3588 is equipped with a processor with a main frequency of up to 2.4GHz and a G610 graphics processing unit, which gives it powerful processing power. Whether running large games or processing complex game graphics, RK3588 can provide a smooth gaming experience. Combined with the multimedia performance of RK3588, this means that in games, the sound effects will be even better, while also supporting high-definition video playback and smooth multimedia applications. Players can enjoy more realistic game sound effects and high-quality media content. And the one-chip multi-screen design allows players to experience better collaborative entertainment. In addition, RK3588 adopts a low-power design, which can effectively ensure the stability and service life of the product.   In terms of navigation, Rockchip RK3588 can achieve accurate positioning and navigation functions, fully support Beidou, GPS and other positioning systems, and use standardized interfaces to facilitate the rapid switching of positioning modules. It can display the location and driving route of the vehicle in real time. It also supports the acquisition of real-time traffic information, which can help drivers avoid congested sections and choose the best driving route.   In-vehicle communication is one of the indispensable functions in modern in-vehicle systems. Rockchip RK3588 has powerful communication capabilities and supports multiple communication protocols such as Bluetooth, Wi-Fi and 4G/5G. Drivers can connect wirelessly with mobile phones or other external devices through the in-vehicle system to realize functions such as phone calls, music playback and data transmission. RK3588 can realize functions such as mobile phone wireless screen projection and reverse control through WiFi and Bluetooth, effectively reducing distraction and improving cab safety. The Internet of Vehicles is an important part of the intelligent vehicle system. Rockchip RK3588's product solution supports the connection between vehicles and the cloud, and obtains data such as traffic information, weather forecasts, and navigation updates in real time. Through interaction with the cloud, drivers can obtain more comprehensive and timely information services and improve their driving experience.   Rockchip RK3588 has powerful computing power and image processing performance, which is suitable for ADAS system development. ADAS (Advanced Driver Assistance Systems) is the abbreviation of advanced driver assistance systems. It is an automotive safety technology that aims to assist drivers and improve driving safety and comfort by using sensors and other advanced technologies. The ADAS system can help drivers perform operations such as lane keeping, adaptive cruise control, automatic emergency braking, identification, blind spot monitoring, etc., thereby reducing the risk of accidents and providing a better driving experience.   The RK3588 platform already has a mature automotive surround view system solution. The automotive surround view system, also known as the panoramic monitoring system, is also a vehicle assistance system that uses multiple cameras to capture real-time images around the vehicle and synthesizes them into a panoramic picture to provide real-time monitoring and early warning to the driver. The car surround view system usually consists of four cameras: front, rear, left, and right, each of which is installed in a different position of the vehicle. Through these cameras, the driver can get a panoramic view of the vehicle's surroundings, including blind spots and obstacles. In this way, the driver can better understand the situation around the vehicle and improve driving safety. The car surround view system can also provide a variety of functions, such as automatic parking, reversing assistance, lane keeping assistance, front and rear distance warning, etc. The reversing assistance function can provide a better view when reversing to avoid collisions. The lane keeping assistance function can help the driver keep the vehicle in the lane. The front and rear distance warning function can remind the driver of the distance from the vehicle in front or behind to avoid collisions. RK3588's CPU, GPU, and NPU can all provide strong performance support for ADAS, which can run the algorithm model smoothly and output results quickly. At the same time, with the continuous advancement of technology, more advanced ADAS functions will be introduced in the future to further improve driving safety and convenience. The RK3588 chip itself has a strong expansion capacity. It not only supports multi-chip collaborative design, but also can connect AI accelerator cards through high-speed interfaces such as PCIE to provide sufficient performance support for various algorithms.   Rockchip RK3588's product solutions in the field of high-end smart car hosts have powerful performance and rich functions. It can meet users' needs for high-quality, multi-functional in-car entertainment and smart driving experience. Its usage scenarios are not limited to family cars. The product is also suitable for large vehicles such as buses, trucks, dump trucks, agricultural vehicles, etc., which can bring users a better in-car experience.