Search Results for EXAMAX
ExaMAX ® 56Gb/s High-Speed Backplane Connector - Amphenol CS
ExaMAX is a backplane connector system that supports data rates of 25Gb/s to 56Gb/s with low crosstalk and insertion loss. It features a beam-on-beam contact interface, an embossed ground structure, and a modular design for various applications.
ExaMAX+ ® High Speed Backplane Connector System - Amphenol CS
The ExaMAX+ backplane connector system is designed to meet 56Gb/s PAM4 industry specifications with plenty of SI margin while maintaining mating interface compatibility with previous ExaMAX products.
EXAMAX | Amphenol Global Search | Amphenol
ExaMAX is a beam-on-beam contact interface connector that supports data rates from 25Gb/s to 56Gb/s. It has low crosstalk, insertion loss, and mating forces, and is compatible with various industry specifications and applications.
Centaur ExaMAX for Military 85 ohms - Amphenol Aerospace
Centaur ExaMAX® backplane connector system meets industry specifications requiring 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 loss while minimizing channel performance variation for every differential pair.
EXAMAX2 ® 112Gb/s High-Speed Backplane Connector - Amphenol CS
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.
ExaMAX ® 56Gb/s Backplane Cable - Amphenol CS
The ExaMAX I/O system offers cable assemblies and I/O connector solutions for both internal and external applications. ExaMAX I/O products are capable of delivering high speed performance of 25 Gb/s per channel with a path to 40 Gb/s and higher.
ExaMAX ® 56Gb/s High-Speed Orthogonal Connector - Amphenol CS
The ExaMAX ® high-speed orthogonal connector system is designed to enable superior 25Gb/s electrical performance and provide a path to 56Gb/s in anticipation of further increases in bandwidth requirements.
ExaMAX ® VS High-Speed Backplane Connector - Amphenol CS
ExaMAX ® VS backplane connector system meets industry specifications requiring higher bandwidth applications up to 25Gb/s. The high performance connector system provides both mechanical robustness and superior signal integrity.
ExaMAX® High Speed Backplane Connector System - Amphenol CS
ExaMAX® backplane connector system meets industry specifications requiring 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 loss while minimizing channel performance variation for every differential pair.
ExaMAX® 56Gb/s High Speed Orthogonal Connector System - Amphenol CS
ExaMAX® high speed orthogonal connector system is designed to enable superior 56Gb/s electrical performance for increasing bandwidth requirements and the data rates used for high speed signaling.
ExaMAX - Cable Solutions Guide - Amphenol CS
ExaMAX® I/O products are capable of delivering high speed performance of 25 Gb/s per channel with a path to 40 Gb/s and higher. The ExaMAX® I/O system delivers superior linear board signal density and meets the performance requirements of the OIF-CEI- 25G-LR industry standard.
EXAMAX2® Cable Assembly | High Speed Backplane | Amphenol
EXAMAX2 ® Cable Backplane Systems offer high density cable assemblies for both internal and external applications that are capable of delivering high speed performance of 112Gb/s per channel. EXAMAX2 ® cable applications include internal OverPass™ cables, external I/O cables, cabled midplane and cabled backplane. Have any questions?
ExaMAX HIGH SPEED BACKPLANE CONNECTOR SYSTEM - Amphenol CS
ExaMAX® high speed backplane connector system is designed to enable superior 25Gb/s electrical performance and provide a path to 56Gb/s in anticipation of further increases in bandwidth requirements and the data rates used for high speed signaling.
10131766-101LF | ExaMAX® | Amphenol
ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 12 column, 240 position, Right Angle Receptacle, No Guide Pin.
ExaMAX VS High Speed Backplane Connector System
ExaMAX ® VS backplane connector system meets industry specifications requiring higher bandwidth applications up to 25Gb/s. The high performance connector system. provides both mechanical robustness and superior signal integrity. ExaMAX ® VS delivers low crosstalk noise and low insertion loss while minimizing channel performance
ExaMAX2® Connector System: Elevating Performance and ... - Amphenol CS
ExaMAX2 ® sets a new standard in performance with reduced crosstalk, a key achievement that enhances its value in the industry. This advancement, achieved in both 85Ω and 92Ω systems, ensures that signal quality remains uncompromised even in high-density applications.
ExaMAX IO Connector System - Amphenol CS
ExaMAX® VS I/O system offers cable assemblies and I/O connector solutions for both internal and external applications. ExaMAX® I/O products are capable of delivering high speed performance of 25 Gb/s per channel with a path to 40 Gb/s and higher. The ExaMAX® I/O system delivers superior linear board signal density and
10136168-11JLF | ExaMAX® | Amphenol
ExaMAX ® 56Gb/s High Speed Backplane Connector, Receptacle, Right Angle, Press-Fit, 6 Pair, 16 Column, 320 Position, Right Guide Pin, 2.00mm (0.079in) Column Pitch
Backplane Connectors for PCIe® Applications - Amphenol CS
A newly designed and released ExaMAX ® 2 version is targeting support of future PCIe ® Gen 6 and higher speed specifications. Most importantly, all the different versions of ExaMAX ® can support cross mating, either forward or backward mating applications.
Addressing High-Speeds with ExaMAX® - amphenol-cs.com
Amphenol’s ExaMAX ® I/O offers cable assemblies and connector solutions for both internal and external applications. The internal I/O system is offered in both a cabled backplane and point-to-point internal cables that feature positive latching and integrated guidance to ensure a robust interconnection.