Search Results for nvidia x100
OverPass™ Internal High Speed Interconnect - Amphenol CS
Let us help you achieve the best signal integrity and mechanical cable solution for your OverPass application. Submit PRODUCT ENQUIRY here. Amphenol CS offers high-speed internal I/O interconnect system helps to establish connection from near ASIC to card or board location anywhere in the system.
High Speed I/O Connector | Selector | Amphenol
Amphenol is a technology leader in the design, manufacture, and supply of high-performance IO connectors. Our global footprint and track record is unparalleled in the industry, with a customer base that includes all major data center, networking, HPC, telecom, server and storage system platform providers. Have any questions?
Minitek® Pwr CEM-5 PCIe® Connector System - Amphenol CS
Amphenol introduces the Gen 5, Minitek® Pwr PCIe® connector system. This new introduction CEM 5.0 PCI Express® 12VHPWR auxiliary hybrid connector and cable assembly support the 600W GPU cards. The 12VHPWR connector is not designed to mate.
EXAMAX2 ® 112Gb/s High-Speed Backplane Connector - Amphenol CS
Supporting 112Gb/s PAM4 Performance. The EXAMAX2 ® backplane connector system supports 112Gb/s PAM4 industry specifications. It maintains mating interface compatibility with previous ExaMAX products to allow cost/performance flexibility for designers.
Optical Interconnect for Hyperscale Data Center with AI / ML ...
To address this challenge, there is a requirement for improved off-package interconnect solutions that can provide the necessary bandwidth, low latency, and scalability to meet the needs of modern HPC and AI/ML workloads.
nvidia news | Amphenol Global Search | Amphenol
Exhibiting smooth linear transmission beyond 40GHz, the lowest crosstalk in the market, and consistent SI performance over its entire mat. While maintaining the same mating interfaces, XCede connector design provides designers with readily available 85Ω and 100Ω solutions to meet a wide variety of application needs, including Ethernet and PCI.
OverPass™ External High Speed Interconnect - Amphenol CS
Amphenol CS offers high-speed external I/O interconnect system operating at 56Gb/s PAM-4 for up to 400Gb/s aggregated bandwidth solution.
nvidia experience | Amphenol Global Search | Amphenol
Search Results for nvidia experience Profiling Connectivity in Machine Learning Applications - Amphenol CS We're interested in knowing about NVLink proprietary technology from Nvidia, and its associated hardware platform called DGX-2.
OverPass™ Cabled Backplane | High Speed - Amphenol CS
Let us help you achieve the best signal integrity and mechanical cable solution for your OverPass application. Submit PRODUCT ENQUIRY here. Have any questions? Talk with us directly using LiveChat.
ExaMAX+ ® High Speed Backplane Connector System - Amphenol CS
Innovative beam-on-beam mating interface minimizes residual stub length for improved signal integrity performance while providing exceptionally low mating forces. 100% mating compatible with previous ExaMAX products. Footprint impedance control is improved by smaller press-fit tails.
ExaMAX ® 56Gb/s High-Speed Backplane Connector - Amphenol CS
MIGRATION PATH TO HIGHER BANDWIDTH APPLICATIONS. ExaMAX ® backplane connector system is designed for higher bandwidth applications from 25Gb/s to 56Gb/s. The optimized connector design delivers superior signal integrity performance resulting in low crosstalk noise and low insertion.
ExaMAX2® Connector System: Elevating Performance and ... - Amphenol CS
Unveiling ExaMAX2®: A Revolution in Data Transmission. The ExaMAX2 ® Connector System emerges as a beacon of innovation, designed to support the 100Ω 112Gb/s PAM4 and 85Ω PCIe 7.0 industry specifications.
XCede® | Backplane Connectors | Amphenol
The Xcede ® product family allows for scalable data rates up to 56Gb/s with minimal cost. The flexibility of the design and available configurations allow for a complete solution for all system architectures. Have any questions? Talk with us directly using LiveChat.
Backplane Connectors for PCIe® Applications - Amphenol CS
Starting with XCede ® HD LC, this product can support up to PCIe ® 3.0 speeds easily. For PCIe ® 4.0, designers can use standard XCede ® HD and leverage XCede ® HD Plus if extra signal integrity margin is required.
PCIe ® Gen 6 Mini Cool Edge IO Connector - Amphenol CS
NEXT-GENERATION HIGH-SPEED INTERCONNECT SOLUTION - UP TO 64G PAM4 FOR PCIE® GEN 6. Amphenol introduces the next-generation OverPass™ solution - Mini Cool Edge IO.
Board to Board | High Speed Backplane - Amphenol CS
Our unique combination of in-depth system expertise and broad spectrum of high-performance interconnect backplane products helps meet this challenge head on with real world solutions.
MXM 3.0 Connectors | Server & Storage | Amphenol
Amphenol's MXM connector is a high-density PCIe ® solution that supports next-generation server system architectures. These are non-proprietary, industry standard sockets. This helps to upgrade the graphics processor in a device, without changing the whole system or relying on proprietary vendor upgrades.
PCIe ® Gen 6 High Speed Interconnect Solutions - Amphenol CS
Amphenol introduces to the market the next generation interconnect solution – ExtremePort™ Swift is a 0.60mm pitch, extremely low-profile connector capable of transmitting high-speed signal up to PCIe ® Gen 5 and target for PCIe ® Gen 6 under extreme mechanical condition.
Profiling Connectivity in Machine Learning Applications - Amphenol CS
We're interested in knowing about NVLink proprietary technology from Nvidia, and its associated hardware platform called DGX-2. It’s been touted as a faster and more scalable alternative to PCIe. In this light, would you think that NVLink would mark a disruptive growth, outdoing PCIe?
Amphenol releases ExaMAX2® Gen2 to unlock AI hardware computing power ...
As an enhanced version of the ExaMAX2 ® family, ExaMAX2 ® Gen2 offers significant performance improvements over the previous generation. This upgrade will make ExaMAX2 ® connector one of the best-performing 112G connectors in terms of signal integrity (including reflection and isolation).