As technology continues to advance, collaborations and breakthroughs are driving progress across critical industries. From Synaptics and Google teaming up to enhance Edge AI for IoT, to Samsung's strategic initiatives in robotics, and Relec's high-efficiency bidirectional DC-DC converter for e-mobility, innovation and partnerships are laying the foundation for the future.
Synaptics and Google Partner to Advance Edge AI for IoT
Synaptics and Google have joined forces to push the boundaries of Edge AI for IoT applications. Their collaboration focuses on optimizing multimodal processing for context-aware computing, enabling smarter, more interactive devices.
The partnership integrates Google’s MLIR-compliant machine learning (ML) core with Synaptics’ Astra AI-Native compute platform. Combining scalable, low-power edge computing hardware with open-source software and tools, the platform accelerates the development of AI-enabled IoT devices. These devices can process vision, sound, voice, and other sensory inputs, ensuring seamless interactivity in applications such as wearables, home appliances, entertainment systems, and industrial control.
Synaptics Astra leverages the company’s expertise in neural networks, robust AI hardware, and advanced compiler design. Meanwhile, Google’s ML core, compliant with the Multi-Level Intermediate Representation (MLIR) standard, offers an efficient and flexible foundation for machine learning at the edge.
“We are on the brink of a transformative era in Edge AI devices, where innovation in hardware and software is unlocking context-aware computing experiences that redefine user engagement,” said Vikram Gupta, Senior Vice President at Synaptics.
This partnership sets the stage for new breakthroughs in Edge AI, empowering industries with smarter IoT solutions across consumer, enterprise, automotive, and industrial sectors.
Samsung Establishes Future Robotics Office, Increases Stake in Rainbow Robotics
Samsung Electronics has launched a Future Robotics Office, reporting directly to its CEO, signaling a strategic commitment to robotics innovation. As part of this initiative, Samsung invested $181 million to boost its stake in Rainbow Robotics from 15% to 35%. Jun-Ho Oh, founder of Rainbow Robotics and creator of Korea’s first humanoid robot, Hubo, will resign from Rainbow to lead Samsung’s new robotics division.
Rainbow Robotics specializes in collaborative robots, dual-arm mobile manipulators, and autonomous mobile robots for manufacturing and logistics automation. Despite its technological expertise, the company remains unprofitable, reporting a $2.7 million loss on $6.6 million in sales during Q3 2024.
“By combining Samsung Electronics’ AI and software expertise with Rainbow Robotics’ robotic technology, the collaboration aims to accelerate the development of intelligent, advanced humanoids,” stated Samsung.
The humanoid robotics market is projected to reach $38 billion by 2035, according to Goldman Sachs, as robotics becomes a key focus across industries. Competitors are also making moves: Hyundai acquired Boston Dynamics in 2020, and Tesla plans to launch its humanoid robot, Optimus, in 2026.
With its strengthened partnership and new robotics office, Samsung is positioning itself as a major player in the rapidly evolving robotics industry.
750W 48V-to-12V Bidirectional DC-DC Converter for E-Mobility Applications
Relec has introduced the Calex 48S12.750BCE, a 750W bidirectional DC-DC converter designed for 48V-to-12V hybrid battery systems in e-mobility applications. This converter ensures efficient energy management between main and auxiliary battery systems, enabling seamless 12V battery charging during normal operation and providing support or emergency charging for the 48V battery when needed.
With a high-side voltage range of 32 – 63.2V and a low-side range of 6 – 16V, the device delivers up to 96.7% efficiency. The unit is air-cooled, housed in a sealed IP67-rated enclosure (123 x 177 x 44.5mm) for protection against dust and water, and operates across -40°C to +100°C, provided sufficient cooling is maintained. Convection cooling is supported up to +75°C, while forced air is required beyond this temperature.
The converter features a CAN 2.0b interface for system data monitoring, parameter adjustment, and control. The internal PCB temperature can be monitored via CAN, with operation advised below 110°C; the unit latches off at 123°C for protection. Remote on-off control is available via CAN or a dedicated pin.
This versatile solution is tailored for energy-efficient, reliable performance in demanding e-mobility applications.
From the intelligent upgrade of IoT devices and diverse applications in robotics to efficient energy management in electric mobility, these innovations and strategic moves are reshaping the modern industrial landscape. As these advancements continue, we can look forward to a smarter, more efficient, and interconnected future.
