LMR600 Times cable

Cable

LMR600 Times

LMR600 Times Coaxial Cable

Custom LMR600 Times cable assemblies. Choose from 4 compatible connectors and any length from 1 to 300 feet.

From $19.80 + $4.05/ft
Build Custom LMR600 Times Cable

Specifications

Diameter

.600 INCH

Impedance

50 Ohm

Frequency

DC – 6 GHz

Vel. Factor

86%

Max Voltage

2500 VRMS

Shield

Aluminum foil + tinned copper braid

Jacket

PE

Bend Radius

3.0 in (76mm)

Weight

10.0 lb/100ft

Temp Range

-40°C to +85°C

About LMR600 Times

LMR-600 is a Times Microwave ultra-low-loss 50-ohm coaxial cable with a 0.600" outer diameter, designed for demanding long-run installations where signal loss must be minimized. Supporting frequencies up to 5.8 GHz, it is the first choice for tower-to-radio runs exceeding 100 feet, distributed antenna systems (DAS), and high-power broadcast feedlines.

Attenuation (dB per 100 ft)

100 MHz

1.0 dB

450 MHz

2.1 dB

900 MHz

3.0 dB

1.8 GHz

4.4 dB

2.4 GHz

5.1 dB

5.8 GHz

8.4 dB

Select End A Connector (4 available)

Choose the connector for the first end of your cable.

Common Applications

Commercial Tower Feedlines
High-Power RF Systems
Broadcast Antenna Runs
Low-Loss Long Distance Runs

Frequently Asked Questions

What connectors are compatible with LMR600 Times?

LMR600 Times is compatible with 4 connector types including N MALE, N FEMALE, PL259 UHF Male, SO239 UHF Female, and more. All connectors can be paired in any combination.

What is the impedance of LMR600 Times?

50 Ohm — standard for RF systems, test equipment, and antenna feedlines.

What frequency range does LMR600 Times support?

LMR600 Times supports frequencies from DC to DC – 6 GHz.

How are LMR600 Times cables assembled?

Every LMR600 Times cable assembly is hand-terminated and continuity tested at our US facility before shipping. We do not drop-ship pre-made cables — each one is built to your specifications.

What lengths are available for LMR600 Times?

LMR600 Times is available from 1 ft up to 300 ft. Use the cable builder for any custom length.