TE Connectivity, a provider of connectivity and sensor solutions, has unveiled its 56G MezzaWave connectors and cable assemblies. These solutions are designed to support high-demand applications across sectors including edge AI, data centres, industrial automation, robotics, aerospace, and defence.
The 56G MezzaWave connector family uses an open-pin-field array platform and supports data rates up to 56 Gbps PAM4, aimed at next-generation modular systems.
The series offers design flexibility, with a 1.27mm pitch option, pin counts ranging from 80 to 560, and stack heights between 7 and 10mm. Its drop-in compatibility allows direct replacement of existing components without requiring system redesign.
By combining ball grid array (BGA) technology with an enhanced mechanical design, MezzaWave connectors support high-speed data transfer. They are rated for up to 1,000 mating cycles and operate across a temperature range of -55ºC to 125ºC. The connectors comply with VMEbus International Trade Association (VITA) and American National Standards Institute (ANSI) standards, aiming to provide routing and grounding flexibility for system integration.
Key benefits of TE’s 56G MezzaWave connectors and cable assemblies include:
- High-performance data support: Capable of handling data rates up to 56 Gbps PAM4, maintaining signal integrity in high-density systems.
- Design flexibility: Multiple pin counts, stack heights, and a 1.27mm pitch support optimised footprint and routing; integrated 1.6A power pins help reduce component count.
- Seamless upgrades and cost-effectiveness: Drop-in compatibility allows direct component replacement, reducing redesign costs; BGA technology may provide cost savings of 20–30%.
- Reliability for demanding environments: Solder ball terminations enhance connection, and the rugged design supports consistent performance. Compliance with VITA 57.1 – FMC and VITA 57.4 – FMC+ standards supports interoperability and system integration.
These features make the 56G MezzaWave connectors suitable for applications where high data rates and system reliability are required.
