Molex zQSFP+ I/O Connector Female 6-Port 228-Position, 171565-3003

The Molex zQuad Small Form Factor Pluggable Plus (zQSFP+) is expertly designed for high-speed I/O applications facilitating seamless connections between boards and modules. This innovative stacked integrated 2-by-3 connector and cage system features an elastomeric gasket ensuring reliability and performance in demanding environments. With its gold-over-nickel plating and down/up light pipe design this component not only enhances data transmission but also significantly improves durability across numerous mating cycles. Engineered for versatility it supports a range of applications making it an ideal choice for any high-performance electronic setup.

The Molex zQuad Small Form Factor Pluggable Plus (zQSFP+) is expertly designed for high-speed I/O applications facilitating seamless connections between boards and modules. This innovative stacked integrated 2-by-3 connector and cage system features an elastomeric gasket ensuring reliability and performance in demanding environments. With its gold-over-nickel plating and down/up light pipe design this component not only enhances data transmission but also significantly improves durability across numerous mating cycles. Engineered for versatility it supports a range of applications making it an ideal choice for any high-performance electronic setup.

Supports data rates of up to 28.0 Gbps for enhanced performanceConstructed with high-temperature thermoplastic for superior durabilityEmploys low-halogen materials to meet stringent environmental standardsCompatible with PCB thickness of 1.57mm for easy integrationRight-angle orientation facilitates efficient space utilisation in design

Supports data rates of up to 28.0 Gbps for enhanced performanceConstructed with high-temperature thermoplastic for superior durabilityEmploys low-halogen materials to meet stringent environmental standardsCompatible with PCB thickness of 1.57mm for easy integrationRight-angle orientation facilitates efficient space utilisation in design