Embedded Computing Design

Medical computing solutions, such as all-in-one medical cart panel PCs, are designed to support the growing need for mobility in healthcare environments. Mobile computing solutions like these support advancements in digital healthcare services, as well as the overall need for safe, flexible, and modern medical products.

Compared to their outdoor counterparts, indoor mobile robots are relatively easy to design, as they generally don’t have to worry various weather elements, difficult flooring that needs to be traversed, or unexpected obstructions. The indoor robot is designed to navigate and operate in places like homes, offices, warehouses, hospitals, or factories. These robots use a combination of sensors, software, and sometimes artificial intelligence to understand and interact with their surroundings.

In a recent release, Rapidus Corporation, a semiconductor company, and Esperanto Technologies, a RISC-V computing solutions provider, announced a new partnership and Memorandum of Cooperation.

AI-enabled robotics and autonomous mobile robots (AMRs)  are more frequently integrated into critical, industrial environments that rely on efficient, high-speed data transfer between systems like automotive cameras and sensors. 

Global connectivity, compatibility, flexibility, performance optimization, and reduced complexity are critical components during the development of IoT devices. For IoT products such as tracking, telematics, and other scenarios that demand extensive worldwide coverage, it is important to leverage solutions that simplify connectivity for deployments such as those for both the developer and the end user. 

Industrial enterprise, edge, and data center environments require the reliable and consistent performance of the devices that operate within them. With many of these devices being safety-critical, they must support ruggedization, high-performance capacities, and power and thermal efficiency.

The Industrial computing space is getting more complicated all the time, and it can seem daunting when looking at the breadth of offerings and options available. A great place to start is with the “building block” approach.

Fibocom, a global provider of IoT (Internet of Things) wireless solutions and wireless communication modules, announced it is proud of winning the Embedded Computing Design’s Best in Show award during Embedded World 2024 with groundbreaking empowerment and excellent performance of its 5G premium smart module SC171 in the 5G mining industry.

Software development processes are becoming increasingly challenging as newer and more advanced technologies are pushed to the forefront. Developers need software solutions that continuously support code quality, productivity, reliability, and the ability to utilize high-quality software efficiently and effectively in various applications and industries.

All entries are judged using a 15-point rubric, that assesses design excellence, relative performance, and market impact/disruption. Judging is managed by the ECD Content Team.

All entries are judged using a 15-point rubric, that assesses design excellence, relative performance, and market impact/disruption. Judging is managed by the ECD Content Team.

Today’s embedded processors are tasked with supporting advanced AI workloads that also enable power efficiency and low latency. Additionally, customers also need solutions that are flexible, scalable, and easy to develop in various environments, and sometimes under stringent circumstances.

Open-source AI hardware solutions are often designed to be an easy and accessible way for students, hobbyists, and even professional developers, to get started with their AI application development projects. These computing platforms typically utilize an industry form factor that can further support robotics, facial recognition, touchless HMIs, and real-time automation projects.

High-performance computing (HPC) applications are responsible for managing large amounts of critical data. There is also a growing demand to ensure that this data remains secure during transmission and storage, especially in extreme environments.

Despite the fact that most of the hype around advanced driver assistance systems, or ADAS, is focused on getting closer to consumer autonomous driving, the real mass of implementations and driving force behind the technological advancements that have been made recently is in the fleet and commercial spaces.

Embedded and edge computing designs can often benefit from out-of-the-box hardware solutions that eliminate the need for extra components like FPGAs but can still support safety-critical and high-performance applications like smart city and smart factory applications.

The Embedded Computing Design editorial staff is pleased to present this year’s embedded world Best-in-Show nominees in the following categories: 

The Embedded Computing Design editorial staff is pleased to present this year’s embedded world Best-in-Show nominees in the Wired & Wireless Connectivity (Including IoT & Industrial) category:

The Embedded Computing Design editorial staff is pleased to present this year’s embedded world Best-in-Show nominees in the Security category:

The Embedded Computing Design editorial staff is pleased to present this year’s embedded world Best-in-Show nominees in the MEMS & Sensors category: