Cable RG58 TNC(M)-FME(F) 10m for GPS Antenna
                      Enhance your GPS system with the 10m RG58 TNC(M)-FME(F) Antenna Cable (Part Number: 91056-001). This high-quality coaxial cable is designed to optimize signal performance, featuring durable TNC male and FME female connectors for a secure, reliable connection. With minimal signal loss and reduced interference, it ensures accurate positioning and seamless navigation. Ideal for outdoor adventurers, professional navigators, and tech enthusiasts, this easy-to-install cable is perfect for boosting your GPS device's performance. Upgrade your setup with this durable and efficient cable today.
                    
                  
                  
                
                
                
                
                                
                                    26.27 £
                
                
                                    
                
                                                    
                                    
                            
        
                            
                    Tax included
        
        21.36 £ net price (non-EU countries)
Karol Łoś
Product Manager
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+48603969934 +48507526097
 +48507526097
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Description
Cable RG58 TNC Male to FME Female 10m - Ideal for GNSS01 GPS Antenna
This high-quality Cable RG58 TNC Male to FME Female offers a reliable connection for your GPS and GNSS antennas. With a length of 10 meters, it provides excellent flexibility and reach for a variety of applications.
- Connector Type: TNC Male to FME Female
- Cable Type: RG58 - known for durability and stable signal transmission
- Length: 10 meters (approximately 32.8 feet), perfect for extended setups
- Compatibility: Designed for GNSS01 GPS antennas and other compatible devices
- Applications: Ideal for GPS, GNSS, and other communication systems
Enhance your setup with this robust and dependable cable, ensuring optimal performance for your GPS antenna systems.
Data sheet
            
            CUPLLKFR12
          
              
      
              
      
              
      
              
      
              
      
              
      
              
      
              
      
              
    





































 
                           
            