HPM6700 series from Pioneer Semiconductor officially merged into the OpenHarmony community backbone

谍纸天眼

HPM6700 series from Pioneer Semiconductor officially merged into the OpenHarmony community backbone [Copy link]

 

Source: Pioneer Semiconductor official WeChat

Recently, the code of the HPM6700 series high-performance MCU general development board launched by Shanghai Xianji Semiconductor Technology Co., Ltd. (hereinafter referred to as Xianji Semiconductor) has been completed and merged into the OpenAtom OpenHarmony (hereinafter referred to as "OpenHarmony") trunk. This means that Xianji Semiconductor has helped the open source operating system OpenHarmony achieve new breakthroughs in industrial control, mining and other fields.

Young people have great ambitions and are determined to achieve great things. With firm determination, Pioneer Semiconductor will continue to promote the construction of the OpenHarmony open source ecosystem and provide convenience for more development engineers in their research and development work after officially joining the OpenHarmony backbone. This adaptation cooperation has also been highly recognized by both parties. Pioneer chips have enriched the application of the OpenHarmony ecosystem in new fields and have made outstanding contributions to the entry of the OpenHarmony ecosystem into the mining and industrial control fields. In addition, many Pioneer customers can't wait to realize the adaptation of Pioneer chips and the OpenHarmony ecosystem as soon as possible. This successful adaptation is undoubtedly a positive start for Pioneer, OpenHarmony and their ecological partners. Pioneer will also promote the adaptation of more outstanding high-performance MCU chips in the future, empowering the prosperity and development of the OpenHarmony ecosystem with professionalism and innovation.

The first HPM6700 series product to be adapted this time is the flagship product of the HPM6000 series of high-performance and high-real-time RISC-V MCUs from Pioneer Semiconductor. This product fills the gap in my country's high-end industrial-grade MCU field and provides reliable protection for applications such as mining, industrial control, automotive electronics, Internet of Things, new energy and edge computing. It uses dual RISC-V cores with a main frequency of 816MHz. With Pioneer Semiconductor's innovative bus architecture, efficient L1 cache and local memory, it has set a new MCU performance record of more than 9000 CoreMark and more than 4500 DMIPS, and created a new RISC-V global main frequency and running score record. In addition to the high-computing RISC-V CPU, the HPM6700 series products also creatively integrate a series of high-performance peripherals: including display systems that support 2D graphics acceleration, high-speed USB, Gigabit Ethernet, CAN FD and other communication interfaces, high-speed 12-bit and high-precision 16-bit analog-to-digital converters, motion control systems for high-performance motor control and digital power supply, and information security modules such as real-time encryption and decryption and secure boot. Xianji uses open source RISC-V and open source RTOS, and has independent intellectual property rights to the architecture and peripherals.

Since its launch, HPM6750 has been well known by developers for its high performance, high integration, and ease of use, and has attracted many fans on forums and communities. The formal incorporation of HPM6750 into the OpenHarmony community is a good example of the positive attitude of Pioneer Semiconductor to embrace and encourage open source. The new features of OpenHarmony are also adapted to the development kits related to Pioneer HPM6750, allowing developers to quickly experience the functional features of Pioneer's high-performance chips through OpenHarmony.

The road to building a leading high-performance MCU brand is long and arduous. Pioneer Semiconductor hopes to start from the underlying logic such as industry needs and technological trends, give full play to its own advantages, and accelerate chip adaptation, thereby promoting the realization of Pioneer chips in terminal applications in various fields and jointly defining the OpenHarmony full "core" journey.

References

Main warehouse code link

device_soc_hpmicro:

https://gitee.com/openharmony/device_soc_hpmicro

device_board_hpmicro:

https://gitee.com/openharmony/device_board_hpmicro

vendor_hpmicro:

https://gitee.com/openharmony/vendor_hpmicro

wangerxian

Supporting OpenHarmony gives users one more option!

lugl4313820

I have never had the chance to try out Xianji's board, I hope I will have the chance to try it out.