Global 
United States 
Japan 
As a Qualcomm Authorized Design Center (ADC), we help global customers by providing a wide range of services including designing, developing, customization, and integrating Qualcomm-based solutions in the space of WLAN / Networking, Vision, and Internet of things (IoT) with faster time to market.
With in-house state-of-the-art manufacturing and testing facilities, we also support customers in quick prototyping, testing, turnkey projects (Hardware & Software), and mass manufacturing of their products to meet the demand.
Faster your product development | Accelerate time-to-market
VVDN’s development kit and SOMs based on the Qualcomm processor help customers in quick prototyping of their next product and enable faster time-to-market. We also help customers build customized SOM/ SBC based on Qualcomm processors.
The VVDN-QCS610 development kit is a compact and powerful solution for advanced visual intelligence applications. The development kit is a combination of the powerful Qualcomm® QCS610 SoC and carrier board developed by VVDN.
The development kit provides a platform for the full evaluation of the Qualcomm® QCS610/QCS410 SoC with a built-in Neural Processing Engine for on-device edge AI capabilities.
The VVDN-QCS410 development kit is a compact and powerful solution for advanced visual intelligence applications. The development kit is a combination of the powerful Qualcomm® QCS410 SoC and carrier board developed by VVDN.
The development kit provides a platform for the full evaluation of the Qualcomm® QCS410 SoC with a built-in Neural Processing Engine for on-device edge AI capabilities.
In Development
In Development
QCS 8250 development kit latest offering from VVDN is a powerful compact solution for edge computing applications. The QCS 8250 development kit comprises of SOM (based on Qualcomm®’s QCS8250 IoT Octa-core SoC) and Carrier Board designed and developed by VVDN. The SOM provides multiple standard interfaces such as UART, I2C, SPI, configurable GPIOs, CAN, USB 3.1. It can support multiple cameras with six 4-lane MIPI CSI and two 4-lane MIPI DSI
The system is intended for kickstarting the development of applications that requires intelligent processing including connected cameras, Video collaboration, retail self checkout, AR/VR, health care, fleet management, Digital signage and other AI applications on the edge.
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