Search Results for UE36

With four channels of data in one pluggable, the system interface is capable of transferring data up to 16Gb/s per Channel, and replacing up to 4 standard SFP+ receptacles. https://www.amphenol.com/search/UE36 ...

Amphenol is one of the leading manufacturers of High Speed Input Output connectors. Contact us today for more details of QSFP DD, part number UE36-C16200-05A3A

Contact us today for more details of QSFP DD, part number UE36-C16200-05001. Each port supports up to 400Gb/s in aggregate over an 8 x 50Gb/s electrical interface. The cage and connector design provides backwards compatibility to QSFP28 modules which can be inserted into a QSFP DD port and connected to 4 of the 8 electrical channels.

Genuine Amphenol 400G QSFP-DD (QSFP Double Density) loopback adapter modules provide the ideal 400-Gigabit Ethernet/HDR InfiniBand rated port testing solution for QSFP-DD enabled ports (28.0 Gbps x 8 channels -- 8X). ...

Up to 64Gb/s PAM4, PCIe ® Gen 4, PCIe ® Gen 5, PCIe ® Gen 6, over 1.0 meter transmission distance. Extends transmission range far more over the conventional PCB routes. Supports both cable and card edge applications with one identical connector.

The cage and connector design provides backwards compatibility to QSFP28 modules which can be inserted into a QSFP DD port and connected to 4 of the 8 electrical channels. It is one of the industry’s leading multi-lane pluggable form factors used across Ethernet, Fibre Channel and InfiniBand. Mating Force: 90N max. Unmating Force (Cage): 50N max.

Amphenol is one of the leading manufacturers of High Speed Input Output connectors. Contact us today for more details of QSFP DD, part number UE36-C26200-05A3A

Amphenol's QSFP DD interconnect system is comprised of a 76 position, 0.8mm pitch connector built for use in high speed serial applications. Each port supports up to 400Gb/s in aggregate over an 8 x 50Gb/s electrical interface.

Amphenol QSFP DD (Double Density) passive copper cable assemblies double the number of channels from 4 to 8 lanes when compared to the existing 100G QSFP cabling systems, enabling more bandwidth within the same mechanical envelope. Compatible with 25G/Lan.

UE36-B16200 | Amphenol Global Search | Amphenol The 0.60mm pitch connector come with a slim form factor design, capable of transmitting high-speed signal up to 64G PAM4/PCIe ® Gen 4/PCIe ® Gen 5/PCIe ® Gen 6, and allowing much greater signal path lengths while maintaining SI performance when compared to conventional pcb routing methods ...

Search Results for ue36-c16xxx UE36-C16200-05C4A | QSFP DD | Amphenol 2. Vertical or Right Angle. 6. 11.2. 3.7. 3. Amphenol is one of the leading manufacturers of High Speed Input Output connectors. Contact us today for more details of QSFP DD, part number UE36-C16200-05C4A.

Features & Benefits: 38999-Qualified Insulator and EMI Spring. The 0.60mm pitch connector come with a slim form factor design, capable of transmitting high-speed signal up to 64G PAM4/PCIe ® Gen 4/PCIe ® Gen 5/PCIe ® Gen 6, and allowing much greater signal path lengths while maintaining SI performance when compared to conventional pcb ...

Our solutions include Signal & Mid Power Wire-to-Board, Board-to-Board, Input/Output, FFC/FPC and Backplane. We offer interconnection systems from 2.54mm pitch down to 0.40mm pitch, supporting speeds up to 25Gb/s.

Amphenol is one of the leading manufacturers of High Speed Input Output connectors. Contact us today for more details of QSFP DD, part number UE36-C16211-06A4A

Amphenol is one of the leading manufacturers of High Speed Input Output connectors. Contact us today for more details of QSFP DD, part number UE36-C16200-05B32

Amphenol is one of the leading manufacturers of High speed Connectors. Contact us today for more details of QSFP DD Connector, Part Number UE36-C16200-05A4A

UE36-B16200 | Amphenol Global Search | Amphenol The 0.60mm pitch connector come with a slim form factor design, capable of transmitting high-speed signal up to 64G PAM4/PCIe ® Gen 4/PCIe ® Gen 5/PCIe ® Gen 6, and allowing much greater signal path lengths while maintaining SI performance when compared to conventional pcb routing methods.