TE Connectivity Stacked QSFP-DD 112G Connectors & Cages
TE Connectivity's (TE) Stacked Quad Small Form-factor Pluggable Double Density (QSFP-DD) 112G Connectors and Cages feature improved interconnect solutions for data infrastructure. The QSFP-DD products enable operations at 112G PAM4 speeds and are backward compatible with existing QSFP solutions, which allows for a seamless upgrade. TE QSFP-DD 112G Connectors and Cages are designed to comply with QSFP-DD multi-source agreement (MSA) mechanical and performance standards. The connectors and cages increase data rates and support an aggregate of 800Gbps per port. The QSFP-DD products support customized and integrated heat sink designs for increased thermal performance.The connectors and cages are ideal for data center servers, networking equipment, artificial intelligence (AI)/machine learning, 5G infrastructure, cloud computing, and telecommunication applications.
Features
- QSFP-DD MSA-compliant
- IEEE802.3ck compliant (specification signal integrity performance)
- Increased data rates, supports aggregate 800Gbps per port data rate
- Supports customized and integrated heat sink designs for increased thermal performance
- Backward compatible with existing QSFP solutions
- Allows seamless upgrade to 112G operation
Applications
- Data center servers
- Networking equipment
- AI/machine learning
- 5G infrastructure
- Cloud computing
- Telecommunications
Videos
Additional Resources
View Results ( 6 ) Page
| Part Number | Datasheet | Description | Termination Style |
|---|---|---|---|
| 2391506-1 | ![]() |
I/O Connectors CAGE ASSY W HS, 2X1 QSFP-DD 112 | Press Fit |
| 2382492-1 | ![]() |
I/O Connectors CAGE ASSY W HEAT SINK, 2X1, QSFP DD 112 | Press Fit |
| 2382492-2 | ![]() |
I/O Connectors CAGE ASSY W HEAT SINK, 2X1, QSFP DD 112 | Press Fit |
| 2391506-2 | ![]() |
I/O Connectors CAGE ASSY W HS, 2X1 QSFP-DD 112 | Press Fit |
| 2392896-1 | ![]() |
I/O Connectors RCPT CONN STACKED QSFP DD 112 | SMD/SMT |
| 2392899-1 | ![]() |
I/O Connectors RCPT CONN STACKED QSFP DD 112 | SMD/SMT |
Published: 2023-12-07
| Updated: 2025-01-03

