Search Results for transfer of technology
Future of High-Performance Computing and Interconnect Technologies ...
This new standard offers substantial improvements in bandwidth, crucial for compute-intensive applications. With PCIe ® 6.0, data transfer speeds are significantly enhanced. This allows more efficient computations in HPC and cloud computing environments.
The Evolution of PCI Express® - Amphenol CS
PCI Express ® provides a point-to-point interconnect solution for communication between two devices. PCIe ® Gen1 was introduced in 2003 and supported a transfer rate of 2.5GT/s and a data rate of 250MB/s per lane.
PCIe® Gen 7.0 Doubles Data Rate to 128 GT/s For Data-Intensive Markets
PCIe ® Gen 7 will deliver a raw bit rate of 128 GT/s, enabling bi-directional data transfer rates of up to 512 Gb/s when configured as x16. Compared to the PCIe ® 6, which had only 64 GT/s raw data rate and up to 256 Gb/s via x16 configuration.
Markets - Amphenol Canada
From powering individual systems to providing secure and efficient transfer of data, Amphenol has the technology to accommodate any C4ISR application. Amphenol allows our soldiers to continue to obtain the most important resource of all, knowledge.
CABLE ASSEMBLIES - Amphenol PCD
systems to providing secure and efficient transfer of data, Amphenol has the technology to accommodate any C4ISR application. Amphenol allows our soldiers to continue to obtain the most important resource of all, knowledge. MIL-DTL-55116 Audio Cables: • For harsh environment applications using Amphenol M55116 connectors
Amphenol Corporation to Acquire CIT Business From Carlisle
WALLINGFORD, Conn.--(BUSINESS WIRE)-- Amphenol Corporation (NYSE: APH), a leading global provider of high-technology interconnect, antenna and sensor solutions, today announced a definitive agreement to acquire the Carlisle Interconnect Technologies (“CIT”) business of Carlisle Companies Incorporated (NYSE: CSL) for $2.025 billion in cash ...
Amphenol’s High-Performance COM-HPC Connectors
It enables high-speed data transfer and efficient power management and addresses the increasing demands for performance in applications like IoT, medical, datacom, and industrial automation. COM-HPC is reshaping the tech-scape and driving innovation across various sectors.
Vehicle and Industrial Automation Connectivity in Future Designs
The convergence of AI, robotics and IoT is leading to the development of smart factories and autonomous systems. The technologies require infrastructure that allows for higher data transfer speeds with space-conscious RF interconnect and waterproof IP67-rated solutions to support the versatility of this technology.
DUAL CHANNEL 100G ETHERNET COPPER TO FIBER CONVERTER - Amphenol Aerospace
We have taken two existing high-speed technologies and combined them into a media converter. Now youu can transfer high speed data seamlessly from copper to fiber and from fiber to copper.
Amphenol Corporation - Amphenol Corporation Completes Acquisition of ...
WALLINGFORD, Conn.-- (BUSINESS WIRE)-- Amphenol Corporation (NYSE: APH) today announced it had completed the acquisition of CommScope’s (NASDAQ: COMM) Outdoor Wireless Networks (OWN) and Distributed Antenna Systems (DAS) businesses.
Applications | Connector Solutions | Amphenol
Modern Data Centers focus on data storage and transfer of data through virtual networks connected across multiple cloud platforms, making advanced technologies like Big Data, AI, and machine learning possible.
Mastering Bandpass Filters: A Guide for RF & Electrical Engineers
Understanding the basics of transfer functions helps make sense of their real-world applications. Let's explore where they are used in practice. Audio Applications — Bandpass filters maintain sound signal integrity while removing unwanted noise.
Maximizing Data Center Efficiency: The Symbiosis of Cabling and Cable ...
In this blog post, we’ll delve into the crucial intersection of these two components, and how their harmonious synergy can enhance the performance and resilience of your data center.
The Brain of Modern Vehicles: Understanding Car Computing
Technology has always been driving towards making the automotive experience more automated and seamless. With more and more electrical components integrated into the car, it has been steadily transitioning from a purely mechanical device to an engine that has a mind of its own.
Military & Aerospace Operations AT A GLANCE - Amphenol-Air LB
providing secure and efficient transfer of data, Amphenol has the technology to accommodate any C4ISR application. Amphenol allows our soldiers to continue to obtain the most important resource of all, knowledge. Soldier Systems: The modern warfighter is a walking network, connected to multiple sensors, their command, and each other.
DDR SDRAM - Evolution of High-Performance Volatile Memory - Amphenol CS
DDR-SDRAM stands for Double Data Rate - Synchronous Dynamic Random Access Memory and it is a common type of memory used-organized RAM in most of the processors. As the name suggests, SDRAM is synchronous and relies on the clock for signals, thus creating pre-defined cycles for data transfers.
Power Up with Amphenol: Exploring Applications of Battery Connectors
Battery connectors play a pivotal role in ensuring efficient power transfer and reliable performance. Our extensive range of battery connectors offer solutions for both charging and discharging, providing robust connections to meet specific requirements, whether standard or custom.
Smarter Vehicles - CAN Bus to Automotive Ethernet - Amphenol CS
Automotive Ethernet delivers unmatched data transfer speeds up to 100x faster than CAN bus, and will establish the necessary standards for advancing autonomous vehicle technology. Connectors like NETBridge from Amphenol ICC are ideal for automotive Ethernet connections.
Amphenol’s Connectivity Solutions for AI and ML
Mezzanine connectors, with their high-speed capabilities, ensure efficient and low-latency data transfer between components such as GPUs, FPGAs, CPUs, memory modules, and accelerator cards. This enables real-time processing and analysis of data, improving overall system performance.
Driving into the Future with ADAS Interconnects - Amphenol CS
In ADAS, the connectors are used to connect sensors, computing, and several other components that make up the system. The circuits together work to transfer data, power, and signals between cameras, antennae, Radar-LiDar sensors, display units, and control units.