N-Type to RP-SMA Antenna Cables:  Coax Types, Specs, Applications 

Double-Shielded Coaxial Cable Types Used in RP-SMA to N Cables:  We offer two options: LMR-100-equivalent and LMR-200 equivalent.

Double-shielded LMR-100 and LMR-200 coaxial cable types' specifications compared: Both have low signal loss characteristics.

Compare the specifications of our double-shielded coax, to single-shielded coaxial cable types, such as these below, which have higher signal loss and are commonly used in the making of RPSMA to Type-N antenna cables: 

  1. RG-58/U: A widely used coaxial cable, particularly known for its flexibility. It's often used in situations where the cable needs to be moved or flexed frequently.
  2. RG-174: A smaller diameter coax, suitable for tight spaces and applications where space is at a premium.
  3. RG-316: Known for its high temperature resistance and robustness, this coax is often used in high-stress environments.

Suitability for Specific IoT Applications

IoT, characterized by its interconnected devices, calls for efficient and high-performance cables. RP-SMA to N cables are particularly suited for:

  1. Long-Range Communication: Their low attenuation rates make them a prime choice for applications that need to transfer data over longer distances.
  2. Industrial IoT: Given the rugged nature and high performance, these cables can be used in environments like factories where devices need to withstand external influences.
  3. Smart Home Applications: They serve to connect various smart devices, ensuring a seamless data transfer.

Compatible Wireless Protocols and Technologies

RP-SMA to N cables are compatible with a myriad of wireless protocols, including but not limited to:

  • Wi-Fi (across various standards)
  • Zigbee
  • LoRaWAN
  • GSM/3G/4G/5G

Torque Ratings

An often overlooked but vital aspect is the torque rating. Generally, the recommended torque for hand tightening RP-SMA connectors is about 3-5 in-lbs, whereas for N connectors, it's around 12-15 in-lbs when using a torque wrench.

Key Features

  • Low Loss: Ensures that minimal signal is lost during transmission.
  • High Frequency: Suitable for applications demanding high-frequency performance.
  • Durable: Made with materials to withstand various external conditions.

Materials Composition

Most RP-SMA to N cables consist of:

  • Conductor: Usually made of solid or stranded tinned copper.
  • Insulation: Polyethylene or PTFE.
  • Shielding: Single or double shielded with either silver or tinned copper braid.
  • Outer Jacket: Typically made from PVC or a fire-resistant compound.

Types and Applications

Broadly speaking, there are two types:

  1. Straight Cables: These are standard cables without any bends or curves.
  2. Right Angle Cables: These have a 90-degree bend, useful for tight spaces or specific mounting requirements.

RP-SMA to N cables have become increasingly relevant in the ever-growing world of Internet of Things (IoT) applications. These cables, specifically designed for high-frequency performance, are instrumental in bridging different devices and ensuring smooth wireless communication. 

RP-SMA to N

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N-Type to RP-SMA Antenna Cables:  Coax Types, Specs, Applications 

Double-Shielded Coaxial Cable Types Used in RP-SMA to N Cables:  We offer two options: LMR-100-equivalent and LMR-200 equivalent.

Double-shielded LMR-100 and LMR-200 coaxial cable types' specifications compared: Both have low signal loss characteristics.

Compare the specifications of our double-shielded coax, to single-shielded coaxial cable types, such as these below, which have higher signal loss and are commonly used in the making of RPSMA to Type-N antenna cables: 

  1. RG-58/U: A widely used coaxial cable, particularly known for its flexibility. It's often used in situations where the cable needs to be moved or flexed frequently.
  2. RG-174: A smaller diameter coax, suitable for tight spaces and applications where space is at a premium.
  3. RG-316: Known for its high temperature resistance and robustness, this coax is often used in high-stress environments.

Suitability for Specific IoT Applications

IoT, characterized by its interconnected devices, calls for efficient and high-performance cables. RP-SMA to N cables are particularly suited for:

  1. Long-Range Communication: Their low attenuation rates make them a prime choice for applications that need to transfer data over longer distances.
  2. Industrial IoT: Given the rugged nature and high performance, these cables can be used in environments like factories where devices need to withstand external influences.
  3. Smart Home Applications: They serve to connect various smart devices, ensuring a seamless data transfer.

Compatible Wireless Protocols and Technologies

RP-SMA to N cables are compatible with a myriad of wireless protocols, including but not limited to:

  • Wi-Fi (across various standards)
  • Zigbee
  • LoRaWAN
  • GSM/3G/4G/5G

Torque Ratings

An often overlooked but vital aspect is the torque rating. Generally, the recommended torque for hand tightening RP-SMA connectors is about 3-5 in-lbs, whereas for N connectors, it's around 12-15 in-lbs when using a torque wrench.

Key Features

  • Low Loss: Ensures that minimal signal is lost during transmission.
  • High Frequency: Suitable for applications demanding high-frequency performance.
  • Durable: Made with materials to withstand various external conditions.

Materials Composition

Most RP-SMA to N cables consist of:

  • Conductor: Usually made of solid or stranded tinned copper.
  • Insulation: Polyethylene or PTFE.
  • Shielding: Single or double shielded with either silver or tinned copper braid.
  • Outer Jacket: Typically made from PVC or a fire-resistant compound.

Types and Applications

Broadly speaking, there are two types:

  1. Straight Cables: These are standard cables without any bends or curves.
  2. Right Angle Cables: These have a 90-degree bend, useful for tight spaces or specific mounting requirements.

RP-SMA to N cables have become increasingly relevant in the ever-growing world of Internet of Things (IoT) applications. These cables, specifically designed for high-frequency performance, are instrumental in bridging different devices and ensuring smooth wireless communication.