As a professional Internet of Things solution provider, Shanghai Qingke develops high-quality wireless modules in addition to hardware. At the software level, MiCO operating system is also the core product of Qingke. It integrates hardware, IoT protocol, security, and cloud. Match, has been recognized by the majority of manufacturers and developers. Recently, Qingke teamed up with three international mainstream chip giants MARVELL, REALTEK and CYPRESS to launch a new generation of MiCO On Chip IoT system-on-a-chip MOC series. This area is only 1 square centimeter of mini chip, which will help to promote the whole thing. Accelerated development of the networked industry chain.
MOC, an IoT system chip with built-in MiCO operating system
MOC series IoT system chip
MOC is the abbreviation of MiCO On Chip. It is an IoT system chip built by the company and the internationally renowned IC chip manufacturer. It is different from the previous standard module of Qingke. MOC chip can greatly simplify the wireless module. Product design and development difficulty, for equipment manufacturers and developers, MOC allows them to focus on upper-level application development, without researching the underlying technology and hardware, and speeding up application development. The Qingke has launched two MOC chips, namely MOC100 and MOC200. The MOC100 is a single Wi-Fi chip with powerful computing speed, rich memory resources and controller interface. It is suitable for IOT transparent transmission, secondary development, voice recognition and other functions. Users only need to refer to the design and add an antenna and input. Power, you can complete the development of a Wi-Fi module product. The MOC200 is a Wi-Fi and Bluetooth combo system chip that adds support for traditional Bluetooth and low-power Bluetooth dual mode based on the MOC100, which provides greater flexibility and convenience for device interconnection. Create a truly visual application.
MOC simplifies the development process, realizes custom module development, and helps products quickly land
Wang Yonghong, CEO of Shanghai Qingke Information Technology Co., Ltd. released MOC next-generation IoT system chip
The MiCO operating system is a system for developers. Its purpose is to help IoT developers to develop various intelligent hardware products more quickly and efficiently. As a MOC chip equipped with MiCO system, it will further simplify and standardize. The network development method helps equipment manufacturers to quickly realize product landing and mass production. The MOC consists of five layers: the first layer is the hardware chip; the second layer is the hardware-related HAL layer, which is responsible for the chip adaptation; the third layer OS layer, including the underlying software, drivers, peripheral management, protocol stack, etc. The basic content; the fourth middleware layer is responsible for extracting all IoT-related middleware software in the form of "modular components"; the fifth layer is the client application layer framework to help customers complete specific application development. Therefore, developers can use MOC only to carry out the required application development on the fifth layer, which can save the rest of the research and development links, and help to achieve rapid product launch. In addition, in the current situation of serious homogenization of intelligent hardware products, many enterprise customers hope to customize the module products according to their actual needs, MOC can meet this diversified and personalized needs, customers only need to be simple With an antenna and a power supply, you can achieve custom size, high integration, cost-effective, high-quality module products.
Cooperate with international well-known IC manufacturers to promote the construction of the Internet of Things industry chain
MARVELL Technical Director Meng Shu, CYPRESS Technical Director Simon Yang, REALTEK Product Director Jimmy Chin and Shanghai Qingke Hardware System Director Jiang Wei Tongtai discuss MOC
Qingke first launched MOC, and combined with MARVELL, REALTEK and CYPRESS three international mainstream chip manufacturers. As the leading company in the chip industry, the Big Three chose to cooperate with Qingke, which is worthy of the value that MiCO brings to developers. In fact, each chip manufacturer has its own SDK, so each company's development method is very different, even the chip's IP architecture is different. When developers are developing, they often have to be familiar with one SDK and one development. The way, the efficiency is low, and Qingke's MiCO supports all the original IC hardware solutions, and can accelerate the solution landing, the service mode is flexible, and help the IC original hardware to be more widely recognized and applied in the market. At the same time, due to the different chip priorities of different IC manufacturers, some MCUs are flexible in function, some have good RF consistency, and some are cost-effective. Therefore, Qingke chooses to combine chips from different ICs to design different products and applications. The MiCO module in the field is a win-win for both Qingke and IC manufacturers. In general, MOC solves the problem of connectivity, but it has a meaning to accelerate the development of the entire IoT industry chain. For the chip manufacturer, MOC can make it more developers and market share; for equipment manufacturers, MOC helps manufacturers customize their IoT module products according to their needs, and facilitates the rapid landing of products; For cloud service providers, MOC can provide Internet + chips that meet market needs, and better provide basic capabilities and service guarantees for device access.
More open and more MOC future development will further highlight the value of MiCO
MARVELL, CYPRESS, REALTEK and Shanghai Qingke Conference
MOC will increase support for graphics, cloud compilation, speech semantics, visual recognition, AI, AR, etc., and will cooperate with chip companies in low-power, high-performance local computing, cost, and system capabilities. A series of system solutions. In addition to chip manufacturers, manufacturers such as sensors, screens, cameras and other peripheral products are also expected to cooperate with Qingke in the future. At the same time, in addition to the well-known foreign ICs that have been supported so far, Qingke also hopes to help the rapidly developing Chinese ICs to a higher level. It is reported that MOC will become more open in the future and will pay more attention to MiCO's horizontal access capability. Now Qingke supports Bluetooth and Wi-Fi. Soon, Qingke will support LoRa, NBIOT and other wide-area Internet of Things access protocols. In addition, Qingke will cooperate with more cloud computing service companies to make it easier for equipment manufacturers and engineers to develop and use. This is the next step for Qingke MOC and the value of MiCO for the entire IoT industry in the future. Continuation.
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