XINYI SoC chip

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XY1100

XY1100 is a high-performance, highly integrated SoC chip suitable for low-speed IoT scenarios.

The chip is fully compatible with the 3GPP TS 36.211 protocol, and for the convenience of users, the chip integrates a protocol stack and a SIM card interface. The chip provides a low-power, low-cost, BOM-simplified solution for IoT applications. XY1100 is a highly integrated NB-IoT chip based on ARM Cortex-M3, supporting UART, SPI, I2C, ADC, USB, USIM, and other interfaces. is a high-performance, highly integrated SoC chip suitable for low-speed IoT scenarios.

The chip is fully compatible with the 3GPP TS 36.211 protocol, and for the convenience of users, the chip integrates a protocol stack and a SIM card interface. The chip provides a low-power, low-cost, BOM-simplified solution for IoT applications. XY1100 is a highly integrated NB-IoT chip based on ARM Cortex-M3, supporting UART, SPI, I2C, ADC, USB, USIM, and other interfaces.

XINYI Information Technology( ”XINYISEMI” ), established in 2017, is committed to becoming a leading AIoT cellular SoC enterprise in the industry. The company has research and development centers in Shanghai, Singapore, Nanjing, Chengdu, and Beijing; sales offices in Aisa, Europe and North America and a supply chain center in Hong Kong.

The founders and core team come from globally renowned chip and communication companies.

Since its establishment, the company's chips have served more than 200 IoT customers, providing products and services to many regions in Asia, Europe, America, etc.

XINYI Information Technology is dedicated to the research and development of integrated communication and sensing cellular IoT intelligent terminal SoCs. In the future, it will further integrate with AI to promote the technological development of the IoT industry.

in recent years, with the development of AI, IoT, and cloud computing, the global shipment of network cameras has continued to rise, widely used in various industries such as smart cities, smart transportation, smart campuses, education and healthcare, and outdoor environmental monitoring. IPC network cameras can achieve real-time video capture, emergency alarms, multi-terminal viewing, and video storage, providing strong support for security management.

Depending on the power supply method, IPC network cameras can be divided into two types: constant power and battery-powered. Battery-powered cameras generally require low-power solutions. The XY4100LC CAT.1 bis SoC chip from Xinyi Information Technology can meet the requirements for high-speed data transmission, supports deep sleep, and can be awakened by sensor events such as infrared and light sensitivity for quick networking. It integrates SDKs from mainstream cloud platforms, greatly simplifying customer development work and cost.