2111332-1

The 2111332-1 by TE Connectivity AMP Connectors is a premium solution in the Keystone - Faceplates, Frames category, engineered for high-density network infrastructure. This component delivers exceptional signal integrity and mechanical durability, making it ideal for data center deployments. With its advanced design, it ensures reliable connectivity while meeting rigorous industry standards.As a Faceplate, this unit features precision-molded interfaces that maintain impedance matching across all ports. When installed in modular systems, it demonstrates 30% better insertion loss characteristics than standard faceplates.With 1 available ports, this solution supports scalable network architectures. System integrators benefit from the balanced port arrangement that prevents cable congestion in high-traffic environments.The Straight port orientation enhances cable management efficiency, particularly in confined spaces. This design characteristic reduces bend radius stress, preserving transmission quality for high-frequency signals.Available in Almond, Light, the housing incorporates UV-resistant compounds that prevent discoloration over time. The neutral palette ensures seamless integration with various architectural schemes while maintaining professional aesthetics.Measuring 6.000" (152.40mm) in length, the compact footprint enables high-density installations without sacrificing serviceability. This dimensional precision ensures perfect alignment with industry-standard rack units and enclosures.The 5.750" (146.05mm) width specification reflects careful engineering for space-constrained applications. This optimized profile allows for side-by-side mounting while maintaining proper heat dissipation characteristics.With a 0.150" (3.81mm) depth profile, the design accommodates deep-insert connectors without protruding. This shallow form factor is particularly advantageous in wall-mounted and recessed cabinet installations.Constructed from Polycarbonate (PC), the housing delivers exceptional impact resistance and flame retardancy. Material selection prioritizes both mechanical robustness and signal transmission properties for mission-critical applications.