Molex SpeedMezz Connector Family
Molex SpeedMezz Connector Family offers high densities, low profiles, data rates up to 56Gbps per differential pair. These products provide easy upgrading with common receptacle footprints. Molex SpeedMezz Connector Family delivers versatile solutions for high-speed mezzanine, rugged edge card, and lower speed applications.
Features
- SMT solder tail with pin-in-paste solder nail for superior signal integrity over press-fit
- Multiple circuit sizes of 22, 60, and 82 offer high-density signal solutions with flexible pin counts
- SpeedCable delivers complete cabling solution for connections between distances, more cost-effective than copper flex, terminated to SpeedStack™, SpeedEdge™, or SpeedField™ connectors
- SpeedEdge provides longer, steeper lead-in square shape, improves mating to edge cards, and accommodates blunt PCBs
- Receptacle shares same footprint, offers design flexibility by enabling simple change-out from one connector product line to another without having to redesign the PCB
- SpeedStack is capable of holding an edge card for connection flexibility
Applications
- Telecommunication / networking
- Servers
- Routers
- Switches
- Storage
- Remote radio antennas
- Base stations
- Mobile
- Defense
- Scanning equipment
- Medical
- Diagnostic Imaging
- Picture archival and communications (PACS)
- Consumer
- Cameras
- Handheld scanners
Additional Resources
- Digital Product Board: SpeedMezz Connector Family
- Digital Product Board: High-Speed Edge-Card Connectors
- Digital Product Board: High-Speed Copper Flex and Rigid Flex Assemblies
- Application Brief: SpeedMezz Connector Family
- Application Brief: Programmable Controllers and Main Boards
- Application Brief: Personality Cards and Main Boards for Advanced Computing
Featured Connectors
Molex SpeedStack Mezzanine Connector System
High-density, low-profile solution with data rates up to 40Gbps per differential pair.
Molex SpeedEdge™ Edge-Card Mezzanine Connectors
High-density, low-profile solution with data rates to over 40Gbps per differential pair.
Opublikowano: 2022-06-23
| Zaktualizowano: 2022-06-27