Data Connector Engineering Hub
Explore LLT data connector architecture by protocol, shielding strategy, and installation scenario. This selection hub helps engineering and sourcing teams compare waterproof connector designs, data connector structures, and cable connector supplier capabilities with practical deployment logic.
Protocol stability under EMI, vibration, and mixed cable routing
Waterproof sealing architecture for indoor-outdoor industrial deployments
Panel-mount and docking variants that reduce maintenance downtime
Scalable connector/cable harness design for long lifecycle programs
EMI Shielded M12
M12 Full Series | Fully overmolded, semi-overmolded, and cable-overmolded metal variants
Waterproof: IP67 Protocol: Copper sleeve grounding to shell creates a Faraday-cage path for stable signal transmission.
AegisLink RJ45
Standard communication protocol connector series for harsh industrial Ethernet deployments
Waterproof: IP67/IP68 depending on structure Protocol: Designed for shield continuity, stable Ethernet throughput, and repeatable waterproof mating in field service cycles.
AegisLink RJ45 is engineered for industrial communication backbones where enclosure sealing and protocol stability must coexist. The portfolio supports through-wall puncture structures, front-panel socket architecture, and rear-panel installation methods for different equipment assembly flows.
AegisLink RS485/232
Serial communication connector architecture for robust field devices and control modules
Waterproof: IP67/IP68 depending on structure Protocol: Supports serial bus reliability with sealing and shielding fundamentals reused from the AegisLink communication platform.
For control systems still built around RS485 or RS232 topologies, connector stability directly affects data quality and maintenance cost. AegisLink Serial adopts waterproof and shielding design principles to protect protocol continuity in mixed indoor-outdoor and machinery-adjacent applications.
M-Pushlok Ultra
High-pin-count circular data connector family with optional Anti-Vib contact architecture
Waterproof: IP67/IP68 depending on specification Protocol: Push-lock plus anti-vibration pin options reduce micro-movement and contact instability under dynamic loads.
M-Pushlok Ultra is developed for multi-signal circular interfaces that require fast mating, vibration resistance, and dependable long-cycle behavior. Optional Anti-Vib pin architecture improves anti-loosening performance for mobile machinery and high-motion equipment.
Docking Multi-Pin
Customizable docking connector architecture for modular pin layout and hybrid signal distribution
Waterproof: Project-defined Protocol: Modular block design supports custom pin-map strategy for mixed data and control interfaces.
Docking Multi-Pin is intended for systems that need configurable pin assignment and modular stacking geometry. The architecture enables project-level customization of signal routing, current allocation, and connector envelope to match chassis, board, and cable harness constraints.
Connect this family to environment-driven pages so buyers can move from application problem to connector architecture faster.
Weatherproof connector design for base station control boxes, RF subsystems, and outdoor telecom infrastructure.
Recommended direction: Shielded Circular / RJ45 WaterproofLightweight and reliable connector systems for UAV payload modules, control units, and communication links in low-altitude operations.
Recommended direction: M12 / LP12 / Data+Power HybridChemically resistant connector solutions for sewage sensing nodes and industrial effluent monitoring systems.
Recommended direction: IP68 Circular / Corrosion-Resistant SeriesUse adjacent family pages to compare mounting style, electrical range, and installation method.
These CMS-driven cards represent the most useful published references for early comparison.
M12 Threaded
LLT-M12-10004F1051
M25 Threaded
LLT-M25-20308F3054
M25 Threaded
LLT-M25-05024F3054
M16 Threaded
LLT-M16-05008M2861
M12 Threaded
LLT-M12-05006M3064
Find exact products by series, structure type, and model or application terms.
M12 Threaded
M25 Threaded
M25 Threaded
M16 Threaded
M12 Threaded
Start with environment exposure, sealing target, lock structure, enclosure or cable interface, and service method. Then compare the published Data Connector references below by series, structure type, and application fit before RFQ.
Review ingress protection, current and voltage window, pin or interface layout, and installation method together. This family already includes references around IP67/IP68. Current examples in the published range include 10A. Termination methods such as by Solder should also be checked against assembly and service conditions.
Yes. LLT can support connector selection together with cable exit direction, overmold planning, panel fit review, and related harness discussion when the project requires more than a catalog-only comparison.