2111041-3

The 2111041-3 from TE Connectivity AMP Connectors represents the pinnacle of Keystone - Faceplates, Frames technology for defense systems. Its tamper-proof design and EMP hardening make it the preferred choice for secure communications and battlefield networks, meeting stringent MIL-SPEC requirements for ruggedized equipment.The Double Gang configuration incorporates TEMPEST shielding for classified information protection. This advanced design provides 70dB attenuation against RF leakage, exceeding NSA 94-106 standards.As a Faceplate, this solution features hermetic glass-to-metal seals that maintain environmental integrity. When subjected to explosive atmosphere testing, it prevents spark propagation in hazardous conditions.With 6 ports, the layout supports redundant tactical networks. The fiber-optic capable design enables both copper and optical media in the same secure enclosure.The Straight orientation was optimized for rapid deployment in field conditions. This soldier-proof design allows for blind mating under night vision conditions.The White finish utilizes IR-absorbing pigments for reduced thermal signature. This camouflage technology meets MIL-STD-3009 requirements for multispectral concealment.Including Label Cover/Holder with Labels, the design addresses modern warfare requirements. The integrated crypto bypass enables secure communication with legacy equipment during joint operations.Compatible with RJ45 Connectors, it forms the backbone of JTRS-compliant systems. The solution is qualified for ground, naval, and airborne platforms.The 4.500" (114.30mm) dimension reflects optimization for man-portable equipment cases. This precise engineering allows for two-finger operation with gloved hands.4.560" (115.82mm) width specification ensures compatibility with SINCGARS radio racks. The design incorporates quick-release mechanisms for rapid equipment replacement in combat situations.With 0.220" (5.60mm) depth, the profile meets MIL-STD-810G shock requirements. This ruggedized design survives 40G operational shocks without performance degradation.Constructed from Polycarbonate (PC), the housing demonstrates exceptional resistance to chemical warfare agents. Material testing confirms decontamination survivability after 50 cycles of DS2 exposure.