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End-to-end electronic manufacturing solutions covering PCB fabrication, component sourcing, assembly, design support, and compliance testing, supporting projects from rapid prototyping to high-volume mass production, with strict adherence to industry regulatory and performance requirements for high-tech electronic products.

Edge AI Accelerator hardware supports 70 to 275 TOPS peak AI computing power, with passive cooling, rugged enclosure design, rich I/O interfaces, and 4G/Wi-Fi connectivity, enabling low-latency, high-stability deep learning inference deployment at the edge for various autonomous device and smart scenario applications.

Medical AI PCB design solutions meet the high-performance, high-reliability requirements of AI-powered medical hardware, supporting high-speed signal transmission, low-latency processing, high heat dissipation, and compliance with medical safety and EMC standards to ensure stable operation in clinical scenarios.

Custom PCB manufacturing services cover single/double-sided, multilayer, high-frequency, HDI, rigid-flex, heavy copper, IC substrate, and specialty board fabrication. We deliver high-precision, high-reliability PCBs with strict impedance control, fine line width capability, and fast turnaround for prototype to mass production needs.

High-accuracy automated PCB assembly solutions supporting SMT, DIP, and mixed-technology processing, compatible with ultra-small 01005 packages, 0.3mm minimum pin pitch, and large-format PCBs up to 600*450mm, ensuring consistent high yield for prototyping to mass production.

High-precision pick and place PCB assembly supports a wide range of component packages, board sizes, and material types, delivering reliable, high-yield assembly for low-volume prototyping to high-volume mass production of high-density electronic products, with strict process control to meet stringent industry performance requirements.

High-performance energy measurement PCB solutions tailored for power metering, grid edge monitoring, and industrial energy management scenarios, supporting multilayer, heavy copper, high-frequency, and embedded component configurations to deliver stable signal transmission, high measurement accuracy, and long-term reliability.

Edge computing thermal PCB design integrates specialized thermal management structures including thermal transfer plates, thermoelectrically separate copper substrates, and embedded copper blocks to dissipate concentrated heat from high-power edge computing controllers, ensuring reliable signal integrity and long-term stable operation in harsh industrial and outdoor deployment environments.

Medical IoT PCB solutions are tailored to address core demands of connected medical devices, including high-speed signal integrity, anti-electromagnetic interference, low-noise weak signal acquisition, biocompatibility, and long-term operational reliability, supporting full lifecycle production from prototyping to mass manufacturing.

Professional PCB prototype manufacturing services cover diverse board specifications including high-speed, high-frequency, HDI, rigid-flex, heavy copper and IC substrates, with precision control of line width, pitch, impedance and dimensional tolerance, supporting fast turnaround for R&D verification and small-batch trial production to reduce product development cycles.

Edge computing PCB manufacturing services support high-speed signal transmission, high-density component placement, and wide-temperature stable operation, covering HDI, rigid-flex, high-frequency, heavy copper, and embedded component PCB types for all edge hardware use cases, with no minimum order limits for prototyping and mass production.

Industrial power supply PCB design solutions support heavy copper construction, high voltage tolerance, and optimized thermal management, addressing core challenges of power electronic equipment including heat accumulation, voltage breakdown, and long-term operation stability in harsh industrial environments.