Products
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Mobile outdoor energy storage power supply solution control motherboard PCBA circuit board
The new energy control board has the characteristics of high integration, intelligent control, protection functions, communication functions, energy saving and environmental protection, high reliability, strong safety and easy maintenance. It is an important part of new energy equipment. Its performance requirements include voltage resistance, current resistance, temperature resistance, humidity resistance, corrosion resistance, durability and other characteristics to ensure the stability and reliability of the equipment. At the same time, new energy control boards also need to have good anti-interference capabilities.
It is widely used in renewable energy, electric vehicles, smart grids and other fields. It is one of the important technologies to achieve efficient utilization of new energy and energy conservation and emission reduction to cope with complex working environments. -
Jetson AGX Orin NVIDIA Developer Kit Development Kit Server-level ai
Suitable for different application fields
The developer suite can build advanced robotics and edge AI applications for industries such as manufacturing, logistics, retail, service marketing, healthcare and life sciences.
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Original NVIDIA Jetson Orin Nano development board kit AI Artificial intelligence Product characteristics
The Jetson Orin Nano series modules are small in size, but the 8GB version offers AI performance up to 40 TOPS, with power options ranging from 7 watts to 15 watts. It delivers 80 times higher performance than the NVIDIA Jetson Nano, setting a new standard for entry-level edge AI.
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NVIDIA Jetson Orin NX core board 16GB module AI AI 100TOPS
The Jetson Orin NX module is extremely small, but delivers AI performance up to 100 TOPS, and power can be configured between 10 watts and 25 watts. This module delivers up to three times the performance of the Jetson AGX Xavier and five times the performance of the Jetson Xavier NX.
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Raspberry Pi CM4
Powerful and small in size, Raspberry Pi Compute Module 4 combines the power of the Raspberry PI 4 in a compact, compact board for deeply embedded applications. The Raspberry Pi Compute Module 4 integrates a quad-core ARM Cortex-A72 dual video output along with a variety of other interfaces. It is available in 32 versions with a range of RAM and eMMC flash options, as well as with or without wireless connectivity.
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Jetson Xavier NX Development Kit AI Intelligent development board NVIDIA embedded module
Suitable for embedded applications
The Jetson Xavier NX is currently available for smart edge devices such as robots, drone smart cameras, and portable medical devices. It can also enable larger and more complex deep neural networks
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NVIDIA Jetson Nano B01 development kit AI module embedded motherboard
JETSON NANO B01
Jetson Nano B01 is a powerful AI development board that helps you get started quickly learning AI technology and applying it to a variety of smart devices.
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Nvidia original Jetson TX2 Development board Core module Original backboard High-performance Ubuntu motherboard
NVIDIA Jetson TX2 delivers speed and power efficiency for embedded AI computing devices. This supercomputer module is equipped with NVIDIA PascalGPU, up to 8GB of memory, 59.7GB /s of video memory bandwidth, provides a variety of standard hardware interfaces, adapt to various products and form specifications, and achieve a true sense of AI computing terminal.
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Knee massager temperature controller pcb assembly PCB multilayer laminating services pcba oem
Application:Electronic device, Oem electronic, Telecommunication
Supplier Type:Factory, Manufacturer, Oem/odm
Surface Finishing:Hasl, Hasl lead free
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Raspberry Pi CM3
The CM3 and CM3 Lite modules make it easier for engineers to develop end-product system modules without having to focus on the complex interface design of the BCM2837 processor and concentrate on their IO boards. Design interfaces and application software, which will greatly reduce the development time and bring cost benefits to the enterprise.
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Car charging pile motherboard control board SMT chip processing PCBA processing Charging pile solution circuit board manufacturer
The car charging pile PCBA motherboard is the core component used to control the charging pile.
It has a variety of functions. Here is a brief introduction to its main features:
Powerful processing capability: The PCBA motherboard is equipped with a high-performance microprocessor, which can quickly handle various charging control tasks and ensure the safety and stability of the charging process.
Rich interface design: PCBA motherboard provides a variety of interfaces, such as power interfaces, communication interfaces, etc., which can meet the data transmission and signal interaction needs between charging piles, vehicles and other equipment.
Intelligent charging control: The PCBA motherboard can intelligently control the charging current and voltage according to the battery power status and charging needs to avoid battery overcharging or undercharging, effectively extending battery life.
Complete protection functions: The PCBA motherboard integrates a variety of protection functions, such as over-current protection, over-voltage protection, under-voltage protection, etc., which can cut off the power supply in time when abnormal conditions occur to ensure the normal operation of the system. Safety of the charging process.
Energy saving and environmental protection: The PCBA motherboard adopts an energy-saving design, which can adjust the power supply current and voltage according to actual needs, effectively reducing energy consumption and reducing the impact on the environment.
Easy to maintain and upgrade: PCBA motherboard has good scalability and compatibility, which facilitates later maintenance and upgrades, and can adapt to changes in different models and different charging needs.
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Customizable industrial grade control panel
Industrial-grade motherboard PCBA needs to have excellent performance and stability and is suitable for various industrial automation, robots, medical equipment and other applications. Its highly reliable connection and layout design ensures that the motherboard will not malfunction during long-term operation, improving the overall performance and service life of the device.
In addition, the motherboard PCBA has good compatibility and scalability, allowing it to connect and expand with various peripherals and sensors to meet the needs of different application scenarios. At the same time, its easy maintenance and upgrade features reduce usage costs and maintenance difficulties.
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