A Pc-on-Module designed for AI edge capabilities, these power-saving models improve industrial automation and vision-focused functions.
Congatec, an embedded and edge computing know-how vendor, has launched SMARC Module 2.1 Pc-on-Module based mostly on Texas Devices Jacinto 7 TDA4x or DRA8x processors. The state-of-the-art industrial-grade modules are appropriate for top-tier Synthetic Intelligence (AI) edge duties, boasting an ultra-low energy (ULP) footprint, twin Arm Cortex-A72 cores, superior AI accelerators, and enhanced 3D graphics capabilities. Consuming a mere 5 to 10 watts, the modules are designed for industrial cell equipment necessitating 2D/3D digicam, radar, and lidar analytics. This makes them appropriate for automated guided autos (AGVs), autonomous cell robots (AMRs), building, and farming gear. Moreover, they shine in vision-centric industrial automation or medical functions that demand potent but energy-efficient AI processing on the sting.
The SMARC modules are outfitted with two Cellular Business Processor Interface (MIPI) Digital camera Serial Interface (CSI) digicam interfaces. The conga-STDA4, powered by the TDA4x processor, incorporates an Picture Sign Processor (ISP), imaginative and prescient accelerators, and readily accessible pre-trained AI fashions from the TI Mannequin Zoo. This facilitates a clean transition into the realm of AI-driven software design. Furthermore, it includes a Robotic SDK, amplifying its capabilities. Then again, the DRA8x variations current a budget-friendly various, missing the imaginative and prescient processing accelerators. Engineered for rugged industrial situations, each module variations can function in prolonged temperature ranges from -40 °C to +85°C. Additionally they assist Time Delicate Networking (TSN) and incorporate cybersecurity protections.
“By integrating the highly effective Texas Devices JacintoTM 7 TDA4x and TI DRA8x processors in our high-performance SMARC Module 2.1 ecosystem, congatec simplifies the design-in course of for this superior Arm Cortex-A72 based mostly SoC know-how. This enables vision-based situational consciousness designers in numerous embedded industries to deal with their core competencies, saving upfront prices and lowering time to market, particularly for industrial amount manufacturing”, explains Martin Danzer, Director of Product Administration at Congatec.
Industrial OEMs, particularly these with restricted time and finances for bespoke designs, stand to achieve from the SMARC high-performance ecosystem. This method simplifies the design journey, ensures strong design safety, and minimizes one-time engineering (NRE) bills.