PathPartner Announces PT605 System on Module (SoM) & Smart Camera Reference Design Kit based on Qualcomm® QCS605 SoC
PathPartner's PT605 System - on - Module (SoM) and the Smart Camera Reference Design Kit enable ODMs and OEMs to leverage the power of Qualcomm's QCS605 SoC and build next-generation smart cameras and AI-enabled IoT devices in an accelerated and reliable manner.
FREMONT, Calif., Jan. 25, 2021 /PRNewswire-PRWeb/ -- PathPartner Technology, a product R&D and engineering specialist announced today the launch of PT605 SOM & smart camera reference design kit based on Qualcomm® QCS605 SoC. The unique combination of PathPartner's high-performance SOM, versatile smart camera reference design kit and comprehensive device engineering services is designed to enable device makers to efficiently address the growing demand for AI-enabled cameras and IoT devices.
PathPartner's PT605 SOM, built on Qualcomm's QCS605 SoC, is a compact, production-ready module that can be used directly in end product designs for smart cameras and AI-enabled IoT devices. The Smart camera reference design kit, on the other hand, comprises of the SOM, a carrier board, several accessories and base software, that enables OEMs to quickly develop prototypes and proof-of-concept for their next-generation AI applications. They are ideal for advanced applications combining edge computing, machine learning, sensor processing, voice enablement, and wireless connectivity such as smart home cameras, robotics, drones, AR/VR devices, industrial IoT, enterprise surveillance and smart displays.
"Moving AI workloads from the cloud to the devices is rising through the roof to address growing concerns around data privacy, communication latencies and unreliable connectivity. Device makers are adopting this change and bringing next-wave of innovation in smart IoT devices such as those for video surveillance, dashboard cameras, drones, video conferencing, and so on. PathPartner's production - ready PT605 SOM and versatile reference kit combined with a full range of software services will enable device makers to build feature rich products, save development costs and bring products to market faster," said Ramkishor Korada, Co-Founder, EVP - Marketing, Business Dev and Sales at PathPartner Technology.
PathPartner's PT605 SoM is made in India and is production ready. For pricing and order requests, please write to : [email protected]
For more details, please visit:
PT605 System on Module - https://www.pathpartnertech.com/products/pt605-som-based-on-qualcomm-qcs605-soc/
Smart Camera Reference Design Kit - https://www.pathpartnertech.com/products/smart-camera-reference-design/
About PathPartner Technology
PathPartner is a product R&D and engineering specialist. We help our clients develop, productize, and maintain advanced technology products. With our full - stack engineering services, re-usable solution accelerators, and unparalleled experience in transforming innovative ideas into full-fledged products, PathPartner provides its clients with the advantage of top-of-the-line technologies, superior performance and faster time-to-market. With extensive expertise in embedded systems, computer vision, deep learning, multimedia and imaging technologies, PathPartner provides next-gen technology solutions to customers in the automotive, internet of things, intelligent devices and digital media products domain.
PathPartner's catalog of products and services continues to expand. To know more details and collaborate on next-gen products, please visit http://www.pathpartnertech.com or write to us at [email protected]
Qualcomm is trademark of Qualcomm Incorporated, registered in the United States and other countries. Qualcomm QCS605 is a product of Qualcomm Technologies, Inc. and/or its subsidiaries.
Contact:
Sushmita Sharma
Director of Marketing
PathPartner Technology
[email protected]
Media Contact
Sushmita Sharma, PathPartner Technology, +91 8067722000, [email protected]
Ramkishor Korada, PathPartner Technology Inc, +1 408 242 7411, [email protected]
SOURCE PathPartner Technology
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