Tailored connector systems designed around the unique demands of each vertical — from telecom carriers to factory floors.
Complete fiber optic and RF connector systems for carrier-grade networks. Our FTTH connector kits reduce field installation time by up to 40%, while our RF assemblies maintain PIM performance below -155 dBc even after 500 mating cycles.
Vibration-resistant connectors certified to EN 50155 for rolling stock applications. Our heavy duty connector series withstands continuous vibration, thermal cycling from -40 to +85 degrees C, and 20,000+ mating cycles without performance degradation.
High-current connectors and terminal blocks engineered for solar inverters, wind turbine nacelles, and grid infrastructure. Rated up to 150A with UV-resistant housings for 25-year outdoor service life.
Sensor, fieldbus, and Industrial Ethernet connectors supporting PROFINET, EtherCAT, and IO-Link protocols. M12 X-coded connectors deliver 10 Gbps throughput for demanding machine vision and robotics applications.
Choosing the right connector infrastructure involves evaluating trade-offs specific to your deployment scenario. Below are two common decision points our application engineers help customers navigate.
The choice between full fiber deployment and leveraging existing copper infrastructure with technologies like G.fast depends on project-specific factors:
Offers future-proof bandwidth capacity, lower long-term maintenance costs, and superior latency and reliability for next-generation applications including 5G backhaul and enterprise cloud services.
Delivers lower upfront deployment cost, faster rollout using existing infrastructure, and sufficient bandwidth for current demand through G.fast vectoring — often the pragmatic choice for operators managing brownfield upgrades.
Harting's position: We supply connectors for both approaches. Our fiber connector kits serve FTTH rollouts, while our coaxial and terminal block range supports hybrid deployments. The right choice depends on your subscriber density, existing plant, and payback timeline.
Network architects face a fundamental architecture decision that directly affects connector and cabling requirements:
Provides a unified management plane, single point of support, proven interoperability, and faster deployment. Connector standardization is simpler but creates vendor dependency.
Avoids vendor lock-in and enables best-of-breed component selection with lower hardware costs through white-box switches. Requires broader connector compatibility and more rigorous cable management.
Harting's position: Our multi-standard interoperability — covering IEC, DIN, and proprietary interfaces — reduces the connector complexity of disaggregated deployments. For integrated stacks, we offer vendor-qualified assemblies with guaranteed compatibility.
Our application engineers will work with your team to design a connector system that meets your exact requirements.
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