SP Industrial Advances AI Edge Server Computing with New High-End SSD and DRAM

As data trends move towards a distributed model, operations are now being conducted at the edge of the network, closer to the data's origin. Edge computing emerges as a beacon of efficiency, offering a secure platform that maximizes the benefits of data collection from devices. This shift aims to achieve near real-time analysis and rapid response speeds. Projections indicate that by 2025, a staggering 75% of data will be generated outside central data centers.

Power Up Your Portable Gaming Consoles with These Compact Storage Solutions

Gaming has evolved from a predominately children’s form of entertainment to one of the fastest growing markets in the entertainment industry. It is estimated that the number of gamers worldwide will hit 3.32 billion by 2024[1]. The advancement of technology is the primary driving force behind this boom. For example, the adoption of SSDs and microSD cards enhances in-game performance by reducing latency and loading times. In addition, storage solutions with larger capacities and longer lifespans have been developed to keep pace with the increasing size of game files. With 512GB and beyond, gamers can now store extensive libraries of titles on a single, tiny SSD or microSD card, eradicating the need to sacrifice game data for space. Silicon Power equips gamers with two storage solutions that are designed to increase performance and capacity on portable gaming consoles, the MEM3K0E M.2 2230 NVMe SSD and the Superior Gaming microSDXC card.

Join SP Industrial at Embedded World in Germany

Taipei, Taiwan – March 3rd, 2023 – From March 14-16, the Embedded World exhibition and conference will take place in Nuremberg, Germany. As the leading international trade fair for the multifaceted world of embedded systems, this event is the best way to get an overview of the state-of-the-art in this sector, from hardware and software to services and tools.

SP Industrial Powers AMR Technology With Intelligent Solutions

An Autonomous Mobile Robot, or AMR, is a type of robot that can understand, interpret, and move around its environment independently, without an operator or a fixed path. To do so, it uses a combination of artificial intelligence and physical robotic elements such as wheels, legs, or tracks. Cameras and sensors allow it to navigate through obstacles and carry on with its tasks. It is a giant leap forward from its predecessor, the autonomous guided vehicle, or AGV.