Qiyang

17/02/2023

I want to seek distributor of electronic industrial controal products.
We are supply embedded development board and IOT control pc

06/02/2023

10/01/2023

IAC-IMX6UL-KIT

09/01/2023

IMX8M PLUS-kit

03/01/2023

Qiyang Solutions: Intelligent power room IoT solution, watch over the safety of the room around the clock

Qiyang i.MX6 core board with ARM Cortex-A9 architecture, compatible with single and dual quad-core, main frequency up to 1.0GHz, high-performance low-power processor, widely used in various industries, strong stability, suitable for all kinds of industrial applications.

Core board configuration of four 256MB DDR3 memory and a 4GB eMMC flash memory, smooth running system software, support for server room monitoring history data storage, but also according to demand configuration of a variety of storage solutions.

In terms of expandability, i.MX6 supports multiple UART interfaces, supports RS232 and RS485 for electrical isolation, improves circuit anti-interference capability and guarantees safe and stable operation of equipment in the complex environment of the server room; has USB, CAN, I2C, SPI, SDIO and other interfaces to enrich the data bus for acquisition and control, and can be extended with multiple serial peripheral interfaces to meet the server room access to power equipment as well as sensing equipment.

Support Gigabit network port wired communication, support Wi-Fi, Bluetooth wireless communication, can use MINI PCIE interface to expand 3G/4G module, a variety of communication methods to collect data in real time upload as well as receive the upper command, can view real-time operating status and data through the computer web terminal and cell phone terminal, to achieve sound and light, SMS, telephone and other warning methods.

Optional industrial-grade design, all industrial-grade components, -40℃~+85℃ wide temperature, able to adapt to various harsh working environments, to ensure stable communication performance.

The core board supports embedded Linux system, with secondary development and software portability, to ensure the security and stability of the system.

Based on the Qiyang i.MX6 core board to expand the monitoring host with multiple serial ports to meet the access needs of multiple devices in the power room and realize the centralized management of the power room. In addition, the monitoring host can also be applied to data center monitoring, bank monitoring, guardhouse monitoring, hospital monitoring, factory monitoring, tunnel monitoring, coal mine monitoring, substation monitoring, mobile server room and other server room monitoring solutions

23/12/2022

Qiyang Solutions: ARM+FPGA based AED automated external defibrillator solution

The Qiyang IAC-IMX8MM-CM core board is based on the NXP i.MX8M mini high-performance low-power processor with quad-core Cortex-A53 + single-core Cortex-M4 architecture to meet the needs of AED devices running ECG analysis algorithms to determine whether electric shock resuscitation is required; the Cortex-M4 core performs real-time system monitoring to guarantee the device's real-time and The Cortex-M4 core performs real-time system monitoring to ensure the real-time and reliability of the device, but also allows the device to maintain extremely low power consumption in standby mode.

The core board is equipped with a professional power management chip, which can power both the CPU and DDR memory, and has a variety of built-in protection circuits to easily implement the power functions required by the i.MX8M Mini processor.

The core board can provide a variety of audio interfaces, with powerful audio functions, to achieve voice playback, to guide the correct use of the operator; at the same time, it supports AED devices to achieve automatic recording function, which can be applied to noisy environments, so that the relevant personnel can easily understand the scene through the recording at a later stage.

i. The MX8M Mini processor has rich I/O interface resources and is highly scalable. Support MIPI display, can be connected to high-definition screen, to achieve local video animation playback of AED equipment; support the connection of a variety of sensors and various modules, to obtain front-end ECG data, battery storage and discharge data, etc.; lead a USB interface, convenient for AED equipment through the U disk data export and system settings.

For AED management, remote equipment maintenance and management is achieved through Internet of Things technology, configured with Wi-Fi and 4G wireless networking functions, which can upload equipment operation status and equipment self-test reports to the cloud management platform; support GPS/BeiDou/base station and other positioning modes; when AED equipment displacement, self-test abnormalities, data abnormalities, battery power abnormalities, etc., the system automatically notifies alarm information to management staff to solve problems in time and ensure the availability of AED equipment.

The core board can be industrial grade to ensure the reliability and safety of the equipment. The i.MX8M Mini core board module was selected for design and Linux/Android system to reduce development difficulties and speed up time to market.

Increasing the deployment of AEDs in public places is not only an important step in building an urban emergency protection system, but also a remarkable sign of social civilisation progress. It is expected that in the next decade, the popularity of AEDs will grow and the market scope will be further expanded.

22/12/2022

Qiyang Solutions: Edge Computing + Machine Vision für intelligentes Upgrade der Qualitätsprüfung von Produktionslinien

Edge Machine Learning

Qiyang IAC-IMX8MP-CM core board is based on NXP i.MX8M Plus quad-core Cortex-A53 + single-core Cortex-M7 architecture processor. The processor is capable of implementing edge-side advanced machine learning reasoning in areas such as industry and IoT. The processor has a built-in NPU with an arithmetic power of up to 2.3TOPS and supports various AI frameworks such as tensorflow-lite, armNN, OpenCV, Caffe, etc. With the high-performance Cortex-A53 core combined with the NPU, edge devices will support machine learning and inference input with little or no human intervention to make decisions on the local end. With the i.MX8M Plus processor, machine learning workloads can be shifted to end devices at the edge of the network, reducing data transfer to and from the cloud, providing better latency and shorter response times while ensuring data reliability and security.

Image Vision Processing

The processor has powerful multimedia capabilities, supporting 1080p60, h.265 / 4, VP9, VP8 video decoding and 1080p60, h.265/4 video encoding, integrated dual ISP image signal processing, and dual camera inputs for stereoscopic images. The processor's ISP is capable of complex image processing tasks such as fast multiple exposures with high dynamic range (HDR), wide-angle fisheye distortion correction, and also handles image enhancement, rendering clear images even in low-light conditions for accurate machine learning recognition and processing.

Industrial Reliability

The i.MX8M Plus processor has excellent industrial features to meet the high quality and reliability requirements needed for industrial applications. The processor supports ECC's DRAM controller to effectively reduce soft error rate (SER); integrated time-sensitive network TSN to guarantee data transmission at the right time; dual Gigabit Ethernet ports for stable network communication; integrated 800MHz Cortex-M7 co-processor to assist the main core, which can execute real-time processing system and ensure low latency; two CAN-FD peripheral interfaces Connect other systems to support low-latency communication; support industrial-grade temperature width to adapt to industrial complex environment.

19/12/2022

IMX8MP

16/12/2022

GF-RK3399-CM core board

GF-RK3399-CM core board adopts Rockchip RK3399 six-core processor, based on dual-core Cortex-A72+quad-core Cortex-A53 small and large core architecture, GPU adopts Mali-T860, supports multi-format video codec, multiple display interfaces, up to 4K resolution; suitable for tablet PC, security monitoring, Internet of Things Off and other fields.

15/12/2022

●QY-RK3288S motherboard

QY-RK3288S motherboard adopts Rockchip RK3288 Cortex-A17 quad-core processor with main frequency up to 1.8GHz and Mali-T764 GPU, which has powerful graphics processing and hardware decoding capability, and is equipped with Android OS, which can be used in health all-in-one machine, visual access control and other product solutions.

14/12/2022

STAMP-IMX6ULL-CM Core Board

STAMP-IMX6ULL-CM core board is based on NXP high efficacy and high cost performance processor i.MX6ULL, with single ARM Cortex-A7 core and main frequency up to 800MHz. stamp port interface, stable performance, suitable for all kinds of IoT gateway applications.

13/12/2022

IAC-IMX6UL-CM Core Board

The IAC-IMX6UL-CM core board is based on the NXP Cortex-A7 single-core processor with a main frequency of 528MHz, and is highly cost-effective, supporting up to 8 serial ports and rich in core resources.