CE certified RF195 cable EU market access

　　CE Certified RF195 Cable: Seamless Access to the EU Market

　　For manufacturers and buyers operating in the European Union, compliance with CE marking isn’t just a regulatory checkbox—it’s a gateway to market access, ensuring products meet strict safety, health, and environmental standards. Our CE certified RF195 coaxial cable is engineered to not only meet but exceed these requirements, delivering reliable performance while eliminating barriers to entry in the EU’s dynamic industrial, telecommunications, and aerospace sectors.

　　Why CE Certification Matters for EU Market Entry

　　CE marking is mandatory for products sold within the EU, signifying conformity with essential requirements outlined in European Directives—including the Radio Equipment Directive (RED) 2014/53/EU, which governs radio frequency (RF) devices. For RF cables like the RF195, CE certification validates that the product:

　　Meets strict electromagnetic compatibility (EMC) standards, ensuring it doesn’t interfere with other electronic equipment or suffer from external interference.

　　Complies with health and safety regulations, including limits on hazardous substances (aligned with RoHS 2011/65/EU) and safe operation in industrial and consumer environments.

　　Undergoes rigorous testing for performance and durability, guaranteeing reliability in EU-specific applications—from 5G infrastructure in urban centers to industrial automation in manufacturing hubs.

　　By choosing a CE certified RF195 cable, EU-based buyers avoid costly delays, rejections at customs, or legal penalties, streamlining the procurement process and ensuring seamless integration into their systems.

　　RF195 Cable: Performance Engineered for EU Applications

　　Beyond compliance, our RF195 cable is designed to thrive in the EU’s diverse technical landscape. Its core features make it a standout choice for industries ranging from telecommunications to aerospace:

　　Low Loss, High Frequency Support: With attenuation as low as 4.2 dB per 100 feet at 1 GHz, the RF195 excels in transmitting high-frequency signals—critical for EU’s expanding 5G networks, smart city infrastructure, and IoT deployments. It supports frequencies up to 6 GHz, aligning with the EU’s 5G rollout plans and future-proofing installations.

　　Robust Construction for European Environments: The cable’s dual shielding (aluminum foil + tinned copper braid) ensures EMI/RFI immunity, vital for dense urban areas or industrial zones where electronic interference is common. Its PVC jacket, rated for -40°C to 85°C, withstands the EU’s varied climates—from Nordic winters to Mediterranean summers—while resisting UV radiation and chemical exposure.

　　Flexibility and Versatility: With a 4.95mm diameter and tight bend radius, the RF195 fits into space-constrained EU applications, such as compact industrial machinery, railway communication systems, or rooftop 5G small cells. It’s compatible with standard connectors (SMA, TNC, N-type), simplifying integration with existing EU-manufactured equipment.

　　Compliance Backed by Rigorous Testing

　　Our CE certification process for the RF195 cable involves exhaustive testing by accredited EU laboratories, covering:

　　EMC Testing: Verification of emission levels to ensure the cable doesn’t disrupt nearby devices, and immunity to external signals—critical for compliance with EN 301 489-1 (EMC standards for radio equipment).

　　RoHS Compliance: Screening for restricted substances (e.g., lead, mercury) to meet EU environmental regulations, ensuring safe disposal and reducing ecological impact.

　　Mechanical and Environmental Durability: Testing for resistance to vibration, temperature cycling, and moisture ingress (IP67-rated options available), aligning with EU standards for industrial and outdoor use.

　　Every unit is traceable to its certification batch, with documentation available to EU customers for customs clearance and internal compliance audits.

　　Ideal EU Applications for CE Certified RF195 Cable

　　The RF195’s combination of CE compliance and performance makes it indispensable across key EU sectors:

　　Telecommunications: Connecting 5G base stations, small cells, and fiber backhaul systems in cities like Berlin, Paris, and Madrid, where EMC and frequency support are non-negotiable.

　　Industrial Automation: Integrating into smart factories in Germany’s Ruhr Valley or Italy’s manufacturing hubs, ensuring reliable signal transmission between sensors, controllers, and IoT devices.

　　Aerospace and Defense: Supporting avionics and radar systems in EU aerospace clusters (e.g., Toulouse, France), where compliance with strict safety standards is mandatory.

　　Transportation: Powering communication systems in EU railways, electric vehicles, and maritime vessels, where durability and EMC immunity prevent operational disruptions.