An OpenHarmony developer uploaded a video on the Chinese video-sharing platform Bilibili and showed how he ported OpenHarmony onto a Mi 6 smartphone. Interestingly, the OpenHarmony boot up successfully.

The developer didn’t reveal much of the information but confirmed that the touch unit didn’t work up, while the home screen has been loaded successfully.

The developer also shared a guide to port OpenHarmony old devices.

To confirm that the ported device can be unlocked and flashed and it has a third-party recovery similar to TWRP to facilitate flashing. The OpenHarmony kernel is based on the standard Linux 5.10 kernel, and 4.19 is no longer supported. During the installation, the device needs to have the kernel source code of 5.10 or above, the developer needs to confirm that the device driver source code and firmware can be obtained, and related stuff.

In addition, to open-source HarmonyOS, Xiaomi Mi 6 phones have previously supported flashing into the Windows 11 ARM system.

Launched in 2017, Mi Phone 6 is equipped with Qualcomm Snapdragon 835 chipset, a 5.15-inch 1080p resolution, 4/6GB RAM + 64/128GB storage. It has a built-in 3350mAh battery, It supports 18W fast charging.

On the other hand, the rear dual camera has a 12-megapixel telephoto lens and a 12-megapixel wide-angle lens that supports 2x optical zoom and four-axis anti-shake. On the front end, you get an 8-megapixel camera. Additionally, Mi 6 is waterproof, has multi-function NFC, supports WeChat and Alipay fingerprint payment, and uses 2×2 dual-way WiFi for network, supports dual card dual standby.

HarmonyOS ported Xiaomi MI6 pic.twitter.com/FowoY7Qbjo

— Deng Li (@MrDengLi) February 1, 2023

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According to the information, the latest OpenHarmony 3.2 Beta 5 is based on Beta 4, while it brings optimizations and enhancement for a better development environment for developers.

Let’s dive into the new enhanced capabilities of the standard system:

Optimized webview startup performance: Enhanced capabilities such as configuration management and support for input events, so JSON files can be imported and loaded in modular mode.

Support taskpool: hap package dynamic library is not compressed and the loaded host version TS2AOT-tool tool compiler runtime supports in-app shared packages.

Support installation/update/uninstallation of dynamic shared library: support packaging and unpacking of dynamic shared library for applications without configured entry icons, default icons can be displayed on the home screen. HAR shared package runtime capability can be verified.

Card local database switching: Abnormal frequent restart protection of resident applications; ServiceExtensionAbility supports asynchronous onConnected life cycle.

Supports the binding and authentication of local accounts and domain accounts, as well as the basic framework of domain account management services. It supports the prohibition of directly creating local users.

Support power lamp, light lamp capacity control.

HDI drives the display layer, which can support horizontal mirroring and vertical mirroring.

Enhancements for Huawei Standard System App Development Framework:

• The toolchain adds a process of compiling shared packages.
• ArkUI adapts the ability to obtain resources by resource name.
• Provides component capabilities for multi-level menus and grouped menus.
• Added the process of compiling the har package.
• Added the ability to adapt to the hap compilation process, and the .d.ets declaration file can be recognized during hap compilation.

Enhancement for system distributed capability:

• Support BLE connection parameter configuration, connection process optimization.

The post OpenHarmony 3.2 Beta 5 rolling out appeared first on Huawei Central.

The electronic class card device will further deepen the cooperation between the two firms in the creation of campus information benchmark products and accelerate the innovative apps forOpenHarmony in the smart education and other fields.

It will also explore deep integration with school moral education in the process of education informatization development. Meanwhile, it is also one of the important platform systems for school smart education construction and cultural construction.

With the help of OpenHarmony, the electronic class card can allow unified remote control and management, and visually present the school’s daily work, campus dynamics, class culture display, classroom feedback exchange, home-school communication, and more.

Currently, campus informatization construction generally has problems such as diverse terminals, data islands, and information security. There is also a lack of benchmark products in terms of hardware.

To address these issues, New Cape together with Chinasoft International has developed a landmark product of campus informatization, the electronic class signs smart device with OpenHarmony as the digital base and the RK3568 platform.

This electronic shift sign is embedded with KaihongOS operating system based on OpenHarmony micro-kernel architecture. It has low hardware power consumption and is more energy-saving and environmentally friendly than traditional electronic shift signs.

This card has a 21.5-inch large display screen and a multi-point touch screen made of completely scratch-resistant glass. Electronic all information and data in the class card are processed in the cloud, derived from OpenHarmony’s system-level security capabilities.

In terms of functional apps, this electronic class card has features such as swiping widgets, taking pictures, multi-touch, voice streaming, and more.

The meal app is used for students to order meals in advance along with an attendance app for employee attendance. It can be equipped with a welcome app to initiate face recognition identity verification and automatically complete enrollment registration.

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This Smart Supercharger is a high-power DC liquid-cooled supercharger positioned in the new energy field and based on the OpenHarmony platform.

It has a Rockchip RK3568 chipset and is a smart charging station product embedded with the KaihongOS standard system, based on OpenHarmony. The chip platform has 22nm process technology and integrates 4-core ARM architecture A55 processor and Mali G52 2EE graphics processor.

Capability enhancement and research and development in terms of system framework, performance optimization, and other important tasks. It is useful for building industry customization capabilities based on industry characteristics.

This smart supercharging charging station is equipped with a 21.5-inch ultra-large, ultra-high-definition, ultra-wide-angle high-brightness display that supports 1080P.

It supports a super-bright display of up to 1000 lumens, and the interface is smooth and clear under strong outdoor light. The charging station adopts liquid-cooled supercharging technology along with a self-adaptive power-saving strategy, smart temperature control protection, voltage, and current regulation. At the same time, it is more efficient and energy-saving than traditional charging stations.

With OpenHarmony distributed soft bus, the Red Flag supercharger can break through data barriers with other electronic devices and electrical facilities to achieve interconnection.

The application side is developed based on KaihongOS, and has multiple modules such as user management, charging management, and payment management to ensure security. Also, it prevents smart overcharging features.

In addition, the charging station is also equipped with a 500W wide dynamic camera, so users can touch the operation and maintenance cloud platform with one click to resolve charging issues in real-time.

The post Red Flag smart supercharger gets OpenHarmony compatibility appeared first on Huawei Central.

ChinaSoft data collector is a smart device for real-time data collection and processing and is an important data node in the system information context.

This platform support rich peripheral interfaces such as USB, RS232, TTL, RS485, and wireless communication methods such as WIFI and BT to collect data from sub-devices, and perform data cleaning and marginalization on the collected data Classify the data business.

It then reports to the corresponding business servers through a unified protocol to realize the real-time collection, processing, and uploading of on-site device information, provides a guarantee for the authenticity, effectiveness, and real-time availability of data, timely perceive the operating status of the equipment, and efficiently manage the on-site equipment, to achieve active protection and smart management.

Based on the core technical capabilities of OpenHarmony, ChinaSoft data collectors can be easily interconnected with multiple devices, support multi-interfaces, multi-protocols, and multi-channel information collection, and support multi-dimensional data screening, real-time, efficient, accurate, and stable.

Currently, it has been successfully applied to port scenarios, and in the future, It can also be quickly expanded to multiple information collection scenarios such as manufacturing, energy, and agriculture.

Currently, there are a variety of machines and equipment in the port and other industries. The daily inspection and maintenance rely on technicians to carry out traditional sensing equipment such as noise, liquid level, vibration, and others and it is impossible to grasp the real-time status of the equipment.

Each equipment manufacturer uses an independent business system, and equipment protocol Inconsistency and data incompatibility lead to cumbersome management of multiple devices and the inability to fully control the device situation.

Chinasoft International launched the Chinasoft data collector embedded with KaihongOS, which is based on OpenHarmony.

This software focuses on solving some important issues such as messy equipment protocols, inconsistent data formats, and difficult management of multiple equipments in industry distribution scenarios, and adapting smart equipment and lightweight management.

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The latest announcement from Runhe Software came at a press conference dedicated to OpenHarmony (HarmonyOS) standard system platform for the RISC-V chipset.

HH-SCDAYU800 development kit is the OpenHarmony smart hardware launched by Runhe Software. It is based on the Pingtouge Yingying 1520 integrated with the quad-core high-performance RISC-V processor Xuantie C910. Its AI ​​computing power reaches 4TOPs.

This development kit is powered by the Runkaihong HiHopeOS operating system based on OpenHarmony standard system.

HH-SCDAYU800 supports Bluetooth, Wi-Fi, audio, video, and camera functions support multiple video input and output interfaces, and provides rich expansion interfaces.

It can be used for industrial control tablets, smart large screens, smart NVR, information release systems, cloud terminals, vehicle central control, and other scenarios, support medical imaging, video conferencing, home robots and drones, and other mid-to-high-end applications, and can be used in edge computing, artificial intelligence, image recognition, multimedia, and other fields.

RISC-V:

RISC-V (“risk-five”) is an instruction set architecture (ISA) rooted in reduced instruction set computer (RISC) principles. RISC-V is unique, even revolutionary because it is a common, free, open-source ISA to which software can be ported, hardware can be developed, and processors can be built to support it.

RISC-V supports the most common proprietary ISAs including X86, ARMv8, and AMD64. This makes the chips compatible with most of programs and applications.

This platform has zero new technology but it has gained immense popularity in the international market over the past 10 years.

In 2015, the RISC-V foundation was created in partnership with 29 founding members after the original developers transferred RISC-V rights to the foundation.

In 2020, RISC-V was renamed as RISC-V Internation following its incorporation in Switzerland. Since then the organization has increased to over 2000 members and expanded to over 70 countries across the globe.

The post Runhe software launches HarmonyOS standards for RISC-V chips appeared first on Huawei Central.

This agreement will cover industries such as finance, education, transportation, energy, government affairs, manufacturing, health, radio and television, and telecommunications to jointly promote the OpenHarmony ecosystem and its development across the community.

OpenHarmony is an open-source project donated to China’s OpenAtom foundation. OpenAtom Foundation is also collaborating with Eclipse Foundation to collaborate on OpenHarmony.

Huawei is working with various partners to jointly develop new OpenHarmony capabilities, and the ecosystem will accelerate with various industries. There are already 102 commercial devices and 94 models. In terms of counts, the development board modules and 28 software distributions have passed community compatibility assessments.

Related to this matter, Huawei has set up OpenHarmony Enablement Department to provide services to over 20 enabling services including industry insights, training empowerment, and technical support.

Last year was quite successful for this open-source HarmonyOS. As OpenHarmony opened the gates for 6 ecosystem partners. It’s reflecting that Huawei is collecting new partners to explore opportunities in the development OpenHarmony and the latest cooperation with 24 partners is the latest achievement in this way.

Below you can check all of the 25 partners joining hands with Huawei.

Beijing Wanlihong Technology Co., Ltd., Chengdu Dingqiao Communication Technology Co., Ltd., ArcherMind Technology (Nanjing) Co., Ltd., Fujian Jieyu Computer Technology Co., Ltd., Fujian Liandi Commercial Equipment Co., Ltd., Fujian Shengteng Information Co., Ltd., Fuzhou Huisi Bo Information Technology Co., Ltd., Guangdong Jiulian Technology Co., Ltd., Guangzhou Langguo Electronic Technology Co., Ltd., Konka Electronic Technology Co., Ltd., Shanghai Zhuoyi Technology Co., Ltd., Shenzhen Skyworth Digital Technology Co., Ltd., Shenzhen Hongyuan Zhitong Technology Co., Ltd. Company, Shenzhen Fibocom Wireless Co., Ltd., Shenzhen Jinyi Technology Co., Ltd., Shenzhen Ruiming Technology Co., Ltd., Shenzhen Xinguodu Payment Technology Co., Ltd., Shenzhen Youbo Terminal Technology Co., Ltd., Shenzhen Unilumin Technology Co., Ltd., Shenzhen Zhengtong Electronics Co., Ltd., Shenzhen Zhuozhuang Network Co., Ltd., Newland Automatic Identification Technology Co., Ltd., Newland Payment Technology Co., Ltd., Chipsea Technology (Shenzhen) Co., Ltd.

(via – ithome)

The post Huawei signed OpenHarmony Ecosystem agreement with 24 partners appeared first on Huawei Central.

According to the information, China’s Qingruan Aoxiang Innovation Technology Group has received OpenHarmony 3.0.1 LTS version compatibility certificate and was awarded the ecosystem product compatibility certificate.

Qingruan Group has developed the Qingruan-Aoxiang development board, which uses the Hi3861V100 chipset. The development board runs the Qingruan QLinkHOS 3.0 operating system based on OpenHarmony 3.0.1 LTS.

The system supports ADC, DAC, IIC, PWM, SPI, Development of commonly used drivers such as UART and HDMI, on-board temperature and humidity sensors, light infrared sensors, equipped with OLED displays, supports GPIO external expansion interfaces, and has functions such as NFC touch.

Qingruan-Aoxiang development board has the characteristics of low cost, flexibility, and high efficiency. It supports applications in different fields such as smart homes, smart life, urban transportation, and smart agriculture.

It introduces enterprise-level project cases and truly restores industrial application scenarios. The teaching practice of related majors provides support.

A microprocessor development board is a printed circuit board containing a microprocessor and the minimal support logic needed for an electronic engineer or any person that wants to become acquainted with the microprocessor on the board and learn to program it.

(via – ithome)

The post Open Source HarmonyOS now supports Qingruan-Aoxiang board appeared first on Huawei Central.

The website of Sogou editor has now added open source HarmonyOS, OpenHarmony application package download link. Once clicked the website will start downloading the .hap package on the corresponding device. Yet, it only supports a few devices, also, it doesn’t support mobile devices.

Other than HarmonyOS, the Sogou editor also supports platforms powered by Microsoft Windows, macOS, iOS, Android, and Linux. There are more download options available on the website.

Sogou Editor, also known as Pinyin, provides features for customizing its dictionary, appearance, and function. The dictionary of Sogou Pinyin can be enriched by adding so-called cell dictionaries, which contain words in special fields. The appearance of Sogou Pinyin can be changed using skins and animation. The function of Sogou Pinyin can be extended using extensions such as mouse-writing. Besides Pinyin input, it also includes stroke count method input.

According to the official website, the Sugou editor is used for office, smart education, smart home, mobile travel, smart wearable devices, entertainment devices, fitness, finance, and more.

We tried to download this .hap package on our HarmonyOS device but it’s not accessible. Therefore, we won’t provide a download to this software and we don’t recommend for you do so for the time being.

(source – Sugou)

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This new smart control tablet is built by Chinasoft International and it is powered by Rockchip RK3568 quad core A55 platform. This Chinasoft home control tablet has pre installed KaihongOS operating system, which is based on open-source HarmonyOS, OpenHarmony.

In terms of display, the tablet features a 10.1-inch fully scratch-resistant glass with multi-touch support. It is designed mainly for smart home use cases.

Chinasoft said the KaihongOS provides a powerful base for this tablet for the smart home ecosystem. It will create a digital smart user experience suitable for different fields such as homes, real estate, and hotels.

The company cooperates with local ecosystem partners to speed up OpenHarmony transformation of equipment. It also contributes to the development of the digital industry.

Previously, Chinasoft International launched a 15 inch industrial central control system tablet. It is equipped with RK3568 chipset and has a massive 15-inch TFT LCD liquid crystal touch screen.

Chinasoft International Limited (hereinafter referred to as Chinasoft International) is one of the industry’s leading global software and information technology services companies and a listed company on the main board of Hong Kong.

OpenHarmony:

At Huawei Developer Conference 2022 (HDC 20) Huawei launched HarmonyOS operating system. In the following year, Huawei announced it to donate all of its source code to China’s OpenAtom foundation.

Since then, OpenAtom is expanding cooperating with industry partners, and collaborating to increase the number of users. To do so, Huawei is distributing compatibility certificates with the latest open source software versions.

(via – ithome)

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