Highfive AIoT Healthcare Electronic Design and Manufacturing Services with Best Consulting –ODM & OEM from 2005

• We are in the midst of mass adoption of artificial intelligence (AI) and edge computing. This trend is driven by the need for real-time data processing and analysis as close as possible to the data source to reduce latency and bandwidth consumption.
• Edge computing gateways are central hubs that connect IoT devices to edge infrastructure. It converts IoT protocols into data formats that can be processed at the edge and is an important part of edge computing. The gateway is located between the edge device and the cloud, acting as a central repository for the device, reducing the processing pressure on the cloud and providing only useful processed and efficient data. It is a critical device.

ECG Smart Watch  4G

Advantages of ECG smart watches

• The cost of use paid by consumers is much lower than in hospitals.
• In terms of convenience, the best way to use it is with convenient measurement.
• After the wearer is authorized to start ECG measurement, he will not feel the process of ECG measurement at all, and his daily life will not be disturbed, which can minimize the cost of use.
• Data accumulation is completed unintentionally.
• ECG function tests are placed on widely available products, such as watches and bracelets. Under this idea, when users purchase the watch itself, the ECG is just a function, so the purchase cost may be lower;
• Users need to place their left and right hands on the device for measurement, that is, only users can actively measure, and user habits need to be cultivated.Goes Here

mmWave Radar Fall Detector Pro

• Voice communication and Wall Installation
• Realize the recognition of human falls. It is easy for the elderly to fall, which often occurs in slippery places such as toilets and bathrooms, and in the kitchen during daily activities. It can accurately obtain personnel location information, provide non-contact, perform personnel detection through accurate point cloud data, and implement fall alarms, receive alarms, and cancel alarm reports.
• Personnel presence identification and reporting.
• The determination time and alarm time after a fall can be set.
• Drop height and drop sensitivity can be set.
• Privacy protection, protect the privacy of monitored objects.
• This product has all-day, all-weather, safety, convenience, high sensitivity, stable performance, strong anti-interference, privacy protection, and low power consumption.
• Millimeter wave radar detection can effectively overcome the adverse effects of light at the same time
• Voice interaction. It means interacting with people, taking the initiative to ask the person who fell, or the person who fell asking about the equipment.

mmWave Breathing Heartbeat Monitor

Radar is a radar detection module based on the millimeter wave Doppler radar theory, adopts 60G millimeter wave radar technology to realize the non-contact perception of personnel’s breathing rate and heart rate. This module is based on the enhanced Doppler radar signal processing theory, and achieves wireless perception of the status of personnel in a specific place through the synchronous sensing technology of Doppler parameters of personnel movement and physiological parameters of personnel.

FEATURES

● Radar detection based on FMCW signal

● Realize synchronous perception of human respiratory rate and heart rate

● The detection distance of breathing and heartbeat is 0.4-2m

● Low output power, no harm to human body

● It is not affected by temperature, humidity, noise, air flow, dust, light and other environmental factors

● The product supports secondary development and adapts to a variety of scenario

● General UART communication interface, providing general protoco

● Four groups of IO are reserved, which can be input and output according to user-defined or simple interface simulatio

Industrial Design

Mechanical Design

Hardware Design

Firmware Development

IoT Cloud Platform Development

Hiedesign offers a variety of ARM processor-based system-on-module SoMs, from the Cortex-A7 to the more powerful Cortex-A72 core.

You can choose from different companies, including Allwinner, MTK, NXP, Renesa, Rockchip, ST and other ARM processor suppliers. We welcome custom design services, allowing modifications to our existing hardware and the flexibility to reduce or add components and features.

We can also provide fully customized solutions to meet customer requirements, including turnkey designs.

In addition, the system on each module has a dedicated development board, providing a comprehensive development platform for evaluation and application development. It’s a great demonstration of SoM connectivity capabilities and performance.

5G/4G/ZigBee-IoT/M2M/mmWave Radar

Wireless Connectivity / WiFi/Bluetooth

Smart RF/NFC/RF Identification/IR Control

Embedded System/Touch & Input Sensing

USB/CAN/Ethernet/SPI/Infrared Interface