Relying on the technological advantages of MediaTek's (MTK) SOC, our PCBA solution breaks through three dimensions: hardware architecture design, process innovation, and scenario adaptation, enabling precise matching of chip performance with terminal hardware requirements while ensuring production efficiency and controllable costs.

1、 High integration hardware architecture: simplifies terminals, frees up design space, makes chip size more compact, and improves power efficiency.

Based on the characteristics of "high integration and multi-mode combination" of MTK chips, PCBA implements three core integrated designs:

·Deep integration of communication modules: For MTK 5G/4G chips (such as MT8771), multi-layer heterogeneous integration of communication core components such as RF front-end, baseband, and power amplifier with the main control chip is achieved, reducing the board level area by 30%; Through signal integrity simulation optimization, the peak rate loss of 5G is controlled within 5%, and the stability of 4G network is improved by 20%.

·Multimedia module integration: Centered around the MTK chip's 8K decoding and high refresh rate display capabilities, PCBA integrates customized display driver circuits and high-power audio amplification modules, supporting multiple protocol interfaces; Through power timing optimization, the startup time of the screen display/audio module and chip is shortened to less than 100ms, suitable for scenarios such as tablets and car central control.

·AI computing power expansion integration: For MTK chip APUs (such as MT8792's APU MDLA 5.0), PCBA supports external computing power acceleration modules and achieves computing power expansion through board to board high-speed connectors. In intelligent cameras and industrial inspection equipment, AI inference speed is increased by 40% while maintaining PCBA's lightweight and thin nature.

2、 Customized scenario adaptation: precise hardware matching across all domains

Combining MTK chip scene coverage capability, provide differentiated PCBA customization:

·Consumer electronics (smart devices): Based on MTK ultra-low power chips (such as MT8766), achieve "coin sized PCBA integrated full module"; Optimize the stacked design, integrate the antenna and PCBA in a conformal manner, and increase the Bluetooth transmission distance to 20 meters, meeting the requirements of "ultimate compactness+stable connection".

·Industrial Internet of Things (Gateway, Sensor Node): Based on MTK 4G/5G chips, PCBA with wide temperature and voltage adaptation, working temperature -40 ℃~85 ℃, power input supporting 9V~36V; Integrate storage expansion and industrial bus interface to achieve "local preprocessing of device data+cloud synchronization", reducing the complexity of industrial field wiring.

3、 Power consumption and stability optimization: Energy efficiency advantages of amplifying chips

By using three major technological methods, MTK chips can achieve "more durable and reliable" performance:

·Refined power management: Adopting a hybrid architecture of "digital+analog power", a multi-phase power supply circuit is customized for each core power consumption curve of MTK. The standby power consumption of the whole machine is reduced by 25%, and the fluctuation of full load power consumption is within ± 3%, extending the terminal battery life.

·Collaborative design of heat dissipation and EMI: The high heat MTK chip is thermally coupled with the heat dissipation copper foil/embedded heat dissipation block, and the terminal shell is used to cool the chip by 8 ℃; By optimizing routing and grounding through EMI simulation, the packet loss rate of MTK high-speed communication (5G, WiFi 6E) is less than 0.1%.

·Mass production reliability guarantee: Establish a joint testing system for "PCBA+MTK chips", validate over 20 tests during the prototype stage, use AOI+X-Ray dual testing for mass production, achieve a PCBA yield rate of ≥ 99.5%, and pass MTK official technical certification. Compatibility and stability are synchronized with the original factory standards.

MediaTek IoT solutions actively promote the innovative development of artificial intelligence, providing various platforms for enterprises, startups, emerging brands, and leading OEM manufacturers to design IoT devices with edge AI computing capabilities and create new user experiences, in order to seize new market opportunities.

high performance

MediaTek provides energy-efficient and high-performance IoT chips and intelligent modules to help customers optimize their product portfolio to support essential applications.

AI driven multimedia advancement

Multimedia requires higher CPU and GPU performance, as well as complex and advanced edge processing capabilities, to achieve fast and accurate results. MediaTek integrates AI cores and accelerators, enhancing the intelligent processing capabilities on the edge side.

connectivity

MediaTek provides developers and manufacturers with advanced Wi Fi protocols and Sub-6GHz 5G technology for industrial, consumer, and enterprise applications, enabling connectivity anytime, anywhere. High performance, high energy efficiency | Flexible, high-speed interface | Supports 5G modems from global operators.

Excellent Customer Support

From concept to design to manufacturing, MediaTek collaborates with customers and provides support, sharing professional knowledge, providing detailed documentation, in-depth training, and powerful developer tools to ensure the success of the collaboration.

safety

MediaTek is committed to providing highly secure AIoT chips and intelligent modules that customers can rely on to develop products that they trust.

One platform, multiple applications

MediaTek provides a single platform for the development of industrial, commercial, and enterprise AIoT applications, reducing development costs and enabling products to be launched faster.

Our PCBA solution is not only a "chip carrier", but also a "performance amplifier" - deeply bound MTK technology iteration, maximizing the release of chip computing power, communication, and multimedia advantages from the hardware level, supporting terminal innovation in all fields with customized capabilities, and helping product technology and experience lead in both dimensions. We are committed to making technology products more accessible because we believe that technology can improve human life, connect with the world, and everyone has the potential to use technology to create infinite possibilities.