4.3-10 Male Connector for 1/2" Corrugated Cable
$24
SKU
431-S-S-12

4.3-10 RF connectors are designed to meet the extreme demands of 4G and 5G antenna equipment.

With the introduction of very high order modulation schemes like 256QAM, and very low PIM targets, mobile network operators have requested a transition from older-style N connectors to modern 4.3-10 RF connectors. The use of N connectors in off-air repeater systems (such as those built with the Cel-Fi GO) is no longer permitted, requiring all DAS to now be outfitted with 4.3-10 connectors.

This model of 4.3-10 connector is weatherproof when installed to a IP65 female connector.

Recommended Use

4.3-10 connectors are perfectly matched to half-inch corrugated coaxial cable. Electrical performance aside, 4.3-10 connectors are water and dust resistant from factory - signal deterioration from moisture ingress has become a thing of the past.

Cable Suitability

Half-Inch (1/2") corrugated coaxial cable is a heavy duty feeder cable designed for integration into large antenna systems. Half-Inch feeder cables are one of three main cable types used in Distributed Antenna Systems.

This cable uses a solid corrugated copper outer conductor providing 110 dB of shielding effectiveness, and most importantly meets very low PIM targets.

Interface Specification

ParameterParameter
Series Body Shape
Straight
Gender
Male
Mounting
Free Hanging

Technical Specification

RF Performance
Operating Freq. Range 0 to 6 GHz Input Impedance
50 Ω
VSWR No Data Insertion Loss No Data
Physical Characteristics
Body Material(s)
Brass
Contact Material(s)
Beryllium Copper
Body Plating
Nickel
Contact Plating
Phosphor Bronze
Dimensions No Data Operating Temperature -40 to 85 °C
Weight
100 g
Mating Cycles
> 500
Brand

HB Radiofrequency forms an essential part of the Halberd Bastion enterprise. HB Radiofrequency engineer high performance 3G, 4G, and 5G components such as antennas, cable assemblies, and RF connectors. Equipment is sourced through the company's extensive global vendor network, providing best-in-class performance.