June 2, 2017 Jeremy Cook, Embedded CompuTIng Design The ContribuTIng Editor is like a raspberry Pi Raspberry Pi. However, if you want to turn your design into a product, you have a problem: the performance of the maker development board is moderate and cannot be extended to commercial production. Let's take a look at the UP Board, a development board that incorporates professional features into the Raspberry Pi Raspberry Pi form factor, using a super powerful Intel® processor. And you get more than just commercial-grade hardware. ASUS, the leader in embedded computing, supports motherboard professional services from product concept to manufacturing. More than 12,000 developers, including makers and professional makers, have formed a motherboard community. Based on this success, the UP Alliance recently released two new versions of the motherboard, one with upgrade capabilities and the other with a smaller form factor. Original professional maker motherboard As shown in Figure 1, the original UP Board uses the Intel Atom® processor x5-Z8350. The chip features four 64-bit cores running at up to 1.84 Ghz and an integrated Intel® core graphics card (eighth generation) for superior CPU and GPU performance. As a result, single-board computers can run Linux, Windows 10, and Android 5.0, allowing you to develop any operating system for your application. Figure 1. The original UP Board uses the Raspberry Pi Raspberry Pi form factor. (Source: Up Board) All of this is included in the same credit card size package as the Raspberry Pi Raspberry Pi. It uses the same 40-pin GPIO connector as the Raspberry Pi Raspberry Pi development board (versions 1, 2 and 3) to further enhance the control flexibility and interchangeability of the UP Board. UP Board performance is more powerful If the original UP Board does not exactly match your specifications, the new UP2 offers a variety of different processor options including the latest Intel Atom®, Intel® Celeron® and Intel® Pentium® processor platforms (formerly Apollo Lake). In addition to improving CPU and GPU performance, the motherboard also gets: 1, faster high-capacity memory 2. Enhanced I/O (6.0Gb/s) such as micro PCIe and SATA 3 3, three monitor support Figure 2. Outlines the differences between the boards. The only downside is that depending on your application and space requirements, the motherboard no longer has the classic Raspberry Pi Raspberry Pi form factor. The motherboard is 90 mm wide, while the Raspberry Pi Raspberry Pi is 56.5 mm wide. Figure 2. UP2 has undergone several major upgrades. (Source: Up motherboard) The motherboard is more compact If space is limited and you can't squeeze out these extra millimeters, the UP core (Figure 3) may be better suited to your needs. It's smaller than a sticky note, but uses the same Intel Atom® x5-Z8350 processor as the original UP Board. Figure 3. The UP core is even smaller than the original UP. (Source: Up motherboard) The main compromise is not to use a 40-pin Raspberry Pi connector. In this position, the UP core uses a compact 100-pin connector. UP Board series real example The UP Board series can be used in a variety of applications such as robots, drones, digital signage or IoT gateways. A good example is the Pioneer 3AT teleoperation mobile robot with the original UP Board. It uses the Robotic Operating System (ROS) for control and features mapping, motion planning, obstacle avoidance and other features not yet disclosed. The device can also be controlled as a telepresence device by controlling it with a laptop. Help everywhere Pioneer 3AT seems to be a short-lived device, but it is clear that it also has the potential to be introduced to the mass market. Efforts in this area face many challenges, most of which are beyond the capabilities of most makers. Therefore, such as AAEON. Such suppliers are constantly emerging. As a leader in embedded computing and a major supporter of the UP Board, they have expertise in dealing with issues related to large-scale design and manufacturing based on UP design. AAEON can provide help in reducing costs. Since your design may not require every component on these single-board computers, AAEON can eliminate unused features to save on product costs. (Products require more than 3,000 pieces per year to get the most out of their expertise.) Whether you are a creator, a professional creator or a dedicated employee, the Raspberry Pi UP Board has some features that appeal to you. They allow you to easily implement design concepts with the support of a large community. At the same time, they provide a simple and easy way to implement commercial products. It's easy to see why this best-in-class approach has attracted so many developers. Direct Drive Motor,Ex Direct Drive Motor,Direct Drive Motor Sewing Machine,Overlock Sewing Machine Motor LISHUI SHUANGZHENG MOTOR CO.,LTD. , https://www.szservomotor.com
