Search Results for ai in beamforming
Industrial Automation Redefined? Exploring AI in Robotics
Industrial automation, which harnesses advanced control systems to manage equipment across various sectors, is minimizing the need for human intervention and streamlining processes. At the heart of this revolution lies the powerful combination of robotics and artificial intelligence (AI).
Future of High-Performance Computing and Interconnect Technologies ...
High-performance computing is a critical component across various sectors, including scientific research, engineering, and artificial intelligence (AI). Its ability to process vast amounts of data quickly has driven significant advancements in fields such as genome sequencing, engineering simulations, and big data analytics.
AI / Machine Learning - Amphenol
Amphenol provides reliable integrated signal integrity High-Speed IO, Backplane, and Mezzanine Connectors meet the expansive goals of AI/ML. Adhering to standards, high performance storage and memory with high-speed magnetic modular jacks and wire connectors, are available for all your AI/ML applications.
Artificial Intelligence (AI) I/O Cables & Modules for Sale | Cables on ...
Buy Artificial Intelligence (AI) High-Performance Cable Assemblies and Modules factory-direct from the global leader in High-Speed I/O interconnects – Amphenol.
Profiling Connectivity in Machine Learning Applications - Amphenol CS
AI algorithms can predict possible failures and prevent their occurrence in myriads of applications ranging from navigation assistance that helps us with a quick commute through the traffic, to applications within sophisticated data centers or industries, making lives easier and infallible.
The Role of Artificial Intelligence in Hyperscale Environments
With AI’s significant capabilities for power monitoring, security management, and more, the role of AI within hyperscale environments is propelling the industry to a more sustainable and resilient future.
Beamforming vs. MIMO antennas - RFS Technologies
Beamforming arrays are inherently different from MIMO in that the multiple columns of dipoles work together to create a single high gain signal. While both techniques work well, an antenna optimized for one method, does not work well for the other.
Robotics Applications | Drones | Warehouse Robots | Robotic Arms
Computer vision and sensor technologies are integral components of drone AI as they enable object detection, classification, tracking, and other crucial functions during the drone's flight. In warehouse robots and robotic arms, sensors detect a change in velocity, position, acceleration, and torque.
Future-Proofing Your Network: Cabling for Tomorrow’s AI-Powered Needs
Explore the essential strategies for future-proofing your network in the age of AI and telecommunications innovation. Learn how to prepare your infrastructure for tomorrow's high demands with expert insights and the potential impact of BEAD-funded ISP builds.
Amphenol's Connectivity Solutions for Artificial Intelligence at the AI ...
Amphenol is gearing up to showcase its high-performance AI product offerings and demonstrate the vital role of connectivity in AI and ML applications at the AI Hardware Summit 2023.
Quick Start Guides - airmar.com
Find quick-start guides for Airmar’s advanced marine and industrial products. Access step-by-step instructions, setup tips, and troubleshooting advice to get started with your Airmar technology quickly and efficiently.
Robotics Brochure 2024 - Amphenol
components of drone AI as they enable object detection, classification, tracking, and other crucial functions during . Amphenol’s robust connectors and cable assembly solutions are suitable for a wide range of robotics applications, including
2024 Wrapped: What’s the Buzz at Amphenol this year?
This year, Amphenol has unveiled several innovative products that enhance high-speed connectivity solutions like the Paladin ® HD2 224Gb/s Backplane Interconnect System and UltraPass ™ OverPass ™ Assemblies, finding applications in Data Centers, Supercomputers, and AI/ML applications to mention a few.
Solving Cooling Interconnects for Next-Gen Data Centers and AI Applications
To improve cooling capacity and reduce long-term capital expenditure, the market is turning to alternative methods to air-cooling. Liquid and immersion cooling can be implemented for all components in the AI and HPC architecture, including XPUs, storage, and networking.
Meet Amphenol at IZB
Amphenol has always been at the forefront of advancing autonomous vehicle technology through its innovative offerings in interconnect systems. By providing high-performance cable assemblies and connectors, Amphenol has been spearheading the automotive industry via ADAS and advanced autonomous driving.
Amphenol's Rugged Connectors for Immersion Cooling Systems
Enter Immersion Cooling — a technology that uses servers submerged in non-conductive, dielectric liquids, effectively dissipating heat without the need for bulky cooling infrastructure. This innovative approach not only enhances energy efficiency but also creates a quieter, more reliable environment for high-performance computing.
The Brain of Modern Vehicles: Understanding Car Computing
At the core of car computing lies the Central Computing Unit, often referred to as the vehicle's brain. This pivotal component is responsible for aggregating and integrating a myriad of electronic systems, ensuring that every aspect of the vehicle operates in harmony.
Amphenol releases ExaMAX2® Gen2 to unlock AI hardware computing power ...
The connector industry is facing great challenges with the increasing demand for large-scale GPU clusters by AI technologies, especially in terms of signal density, signal integrity, as well as heat dispersion and power consumption.
Applications | Connector Solutions | Amphenol
Amphenol offers a wide range of high-performance storage connector solutions for M.2, EDSFF, NGSFF, SAS, U.2, U.3, SATA and PCIe applications meeting a wide range of vertical and right angle configurations for usage across server and storage equipment and next-generation enterprise applications.
Hyperscale Computing: Innovation for Data Centers
Hyperscale computing refers to the facilities required in distributed computing environments to efficiently scale from a few servers to thousands, and is commonly used in environments such as Big Data and Cloud Computing.