N Connector Extension Cable 3M LMR400 Low Loss Cable

N Connector Extension Cable 3M LMR400 Low Loss Cable Specification

Product Type
N Connector Extension Cable

Number of Conductor
1

Conductor Diameter
2.74 mm (approx., typical of LMR400)

Conductor Number
Single core

Armored Material
No

Jelly Filled
No

Rip Cord
No

Insulation
Foam Polyethylene

Installation Guideline
Suitable for indoor and outdoor use, flexible for easy routing

Jacket
Black PE (Polyethylene)

Color
Black

No Of Core
1

Heat Proof
Yes

Connector Type
N Male to N Female

UV Resistance
Yes

Attenuation
0.22 dB/m @ 2.4 GHz (typical for LMR400)

Application
RF Communication, Antenna Extensions, Wireless Networking, WiFi, and Cellular Booster Installations

Frequency Range
Up to 6 GHz

Shielding
Tinned Copper Braid + Aluminum Foil

Operating Temperature Range
-40°C to +85°C

Impedance
50 Ohms

Flame Retardant
Yes

Cable Length
3 Meter

Cable Type
LMR400 Low Loss Coaxial Cable

N Connector Extension Cable 3M LMR400 Low Loss Cable Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About N Connector Extension Cable 3M LMR400 Low Loss Cable

Description:RF Coaxial Cable,N Straight Male,N StraightMale,LMR400 Cable Assembly

RF Coaxial Cable,N Straight Male,N Straight Male,LMR400 Cable Assembly
Used for Wireless communication and Wireless LAN;
Application include Mobile Phone, PC, GPS, Network Storage Equipment, Medical, Lighting, Remote Control, etc;
Pre-assemblied with different RF connectors for choice. Size and cable length can be customized;
From the OEM Original Factory, same quality with much better price.

Superior Signal Performance

Engineered with LMR400 low loss coaxial cable, this product provides excellent signal clarity for RF, WiFi, and cellular setups. Its advanced shielding minimizes interference, making it a reliable choice for professional and home installations.

Durable Construction for All Environments

With flame-retardant properties, UV-resistant materials, and a PE jacket, the cable is built for durability. It withstands harsh temperatures from -40C to +85C, ensuring long-lasting performance both indoors and outdoors.

Easy and Versatile Installation

Thanks to its flexibility and robust insulation, the cable can be easily routed during installation. Whether for antenna extension or cellular booster setup, it handles complex paths without compromising signal quality or reliability.

FAQs of N Connector Extension Cable 3M LMR400 Low Loss Cable:

Q: How does the low loss design of the LMR400 cable benefit RF applications?

A: The LMR400 low loss design reduces signal attenuation to just 0.22 dB per meter at 2.4 GHz, ensuring stable, high-quality connections ideal for RF communication, WiFi, and cellular booster installations.

Q: What installation environments are suitable for this N Connector Extension Cable?

A: This cable is suitable for both indoor and outdoor installations due to its UV resistant and flame-retardant jacket. It can withstand temperatures from -40C to +85C, providing reliable service in various climates.

Q: When should I use an N Male to N Female extension cable?

A: Use this extension cable when you need to extend the reach between RF devices, antennas, wireless networking equipment, or cellular boosters, especially where low loss and robust shielding are critical.

Q: Where can this cable be applied in networking setups?

A: It is widely used in wireless networking environments, antenna extensions, RF communication setups, and cellular signal booster installations, providing flexibility for both commercial and residential applications.

Q: What is the process for installing this cable?

A: Installation involves securely connecting the N Male to your source device and the N Female to your target device, ensuring the connectors are tightly fastened. The flexible cable design allows for easy routing along walls or through conduits.

Q: Why choose an LMR400 cable over other coaxial cable types?

A: LMR400 cables offer lower signal loss, superior shielding, and enhanced durability compared to standard coaxial cables, benefiting users with sustained signal quality and reliable performance over longer distances.