Search Results for examax
Centaur ExaMAX for Military 92 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 ...
10128351-12JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 6 column, 120 position, Vertical Header, Left Guide Pin.
HS31102025 | Examax Copper Cable Assemblies | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 2-Pair, 10 column, 80 position, Vertical Header, No Guide Pin. Part Specification Detail. Part Specification Detail. The information below is for reference only. For more technical details, refer to product specification and application specification.
10135237-11JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 10 column, 200 position, Right Angle Receptacle, Right Guide Pin.
10136160-11JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 4-Pair, 10 column, 140 position, Right Angle Header, Right Guide Pin.
10128316-103LF | ExaMAX® | Amphenol
10131770-12JLF. ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 16 column, 320 position, Right Angle Receptacle, Left Guide Pin.
10130338-103LF | ExaMAX® | Amphenol
10131768-12JLF. ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 14 column, 280 position, Right Angle Receptacle, Left Guide Pin.
10125350-12JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 6 column, 120 position, Right Angle Header, Left Guide Pin.
10131768-12JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 14 column, 280 position, Right Angle Receptacle, Left Guide Pin.
10136163-101LF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 10 column, 200 position, Right Angle Header, No Guide Pin.
10131760-11JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 6 column, 120 position, Right Angle Receptacle, Right Guide Pin.
10131768-101LF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 14 column, 280 position, Right Angle Receptacle, No Guide Pin.
10132650-11JLF | ExaMAX® | Amphenol
10131770-11JLF. ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 16 column, 320 position, Right Angle Receptacle, Right Guide Pin.
10154028-101LF | ExaMAX® | Amphenol
Amphenol is one of the leading manufacturers of examax 112gb/s high speed backplane connectors. Contact us today for more details of Examax, part number 10154028-101LF JavaScript seems to be disabled in your browser.
10135234-11JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 8 column, 160 position, Vertical Header, Right Guide Pin.
10136160-12JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 4-Pair, 10 column, 140 position, Right Angle Header, Left Guide Pin.
10123151-101LF | ExaMAX® | Amphenol
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Cable Assemblies | Products | Amphenol
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. The ExaMAX® I/O system delivers superior linear board signal density and meets the performance ...
10136161-11JLF | ExaMAX® | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 6 column, 120 position, Right Angle Header, Right Guide Pin.
Centaur ExaMAX for Military 85 ohms | Centaur High Bandwidth 38999 PCB ...
ExaMAX® 85Ω 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 ...