HISILICON chips in the field of smart devices

HISILICON chips perform well in the smart device space, here are its specific performances in different smart devices:

Smartphones

• Excellent performance: HISILICON Kirin chips are constantly upgraded, such as Kirin 9000S, Kirin 9010, Kirin 9020, etc. The CPU and GPU performance of HISILICON chips have been greatly improved, which can satisfy users' demands for high loads such as multitasking and large-scale games, and make cell phones run smoother and smoother.
• Outstanding energy efficiency: While improving performance, Kirin 9020 also focuses on optimizing energy efficiency. Taking Kirin 9020 as an example, small-core energy efficiency has been increased by 50% on average, medium-core energy efficiency has been increased by 20% on average, and large-core high-frequency energy efficiency has been significantly increased, which effectively prolongs the battery life of the phone.
• Strong AI capability: Starting from Kirin 970, Kirin introduced AI NPU chip, and the subsequent chips continue to optimize and upgrade the AI processing capability, capable of realizing a variety of AI application scenarios, such as image recognition, voice assistant, intelligent photography, etc., providing users with smarter and more convenient interactive experience.

Tablet PCs

• Boosting high-end products: HISILICON's high-end tablets, such as the MatePad Pro series, are equipped with the HISILICON Kirin chip, which delivers outstanding performance for users. They excel in multitasking, HD video playback, and large file editing, meeting users' needs for efficient office work and entertainment.
• Optimize user experience: Through the chip's powerful performance and optimized software algorithms, it achieves smoother stylus input experience, more accurate screen touch response, and lower latency, which improves the user experience in drawing, note-taking, and gaming operations.
• Promoting educational applications: In the education field, HISILICON tablets equipped with HISILICON chips are able to support the smooth operation of various educational applications, such as online courses, virtual labs, and smart tutoring, by virtue of their performance advantages and rich educational resources, which provide students and educators with better learning and teaching tools.

Smart Wearable Devices

• Low power consumption and long battery life: In response to the strict requirements of smart wearable devices for low power consumption, HISILICON chips adopt optimized architecture and process technology, which can ensure the normal operation of the device under the premise of minimizing power consumption and extending the battery life of the device to meet the needs of users who wear the device for a long time.
• Powerful connectivity: Excellent Bluetooth, Wi-Fi and other wireless communication capabilities to ensure a stable and fast connection between smart wearable devices and other devices such as cell phones, to achieve data synchronization, message push, remote control and other functions.
• Rich functional integration: integrating sensor processing unit, audio processing unit and other functional modules, it can support smart wearable devices to realize health monitoring, sports tracking, voice interaction, music playback and other functions, providing users with an all-round smart wearable experience.

Intelligent automobile field

• Automatic Driving Assistance: HISILICON chips have powerful computing and data processing capabilities, which can provide support for the automatic driving assistance system of smart cars, realizing environment sensing, target recognition, path planning and other functions, and improving the safety and convenience of driving.
• Intelligent Cockpit Experience: In terms of intelligent cockpit, HISILICON chips can drive high-definition displays, realize voice interaction, gesture control and other functions, providing drivers and passengers with a more intelligent and humanized in-vehicle interaction experience.
• Telematics communication: Support telematics communication technologies, such as 5G-V2X, to realize high-speed and low-latency communication between vehicles and vehicles, and between vehicles and infrastructure, providing technical support for the development of intelligent transportation.