Network Analyzer
The new S5243 2-port 43.5 GHz network analyzer features a 140 dB typical dynamic range and a measurement speed of 15 µs per point. This is the company’s highest frequency […]
Compact VNA
The new S5243 2-port 43.5 GHz Compact VNA was introduced at the IMS2020 show. The S5243 network analyzer will feature a 140 dB typical dynamic range and a typical measurement […]
Home Labs are Making a Comeback in the Pandemic
by Brian Walker, Senior RF Design Engineer, Copper Mountain Technologies Over the last few months, many of us have worked from home where possible. During this time, the tech industry […]
Copper Mountain Technologies Announces Power Calibration Integration with LadyBug Technologies
LadyBug Technologies’ line of power sensors is now supported in Copper Mountain Technologies S2VNA software. Starting with S2VNA SW v.20.3.1 LadyBug power sensors LB4xx, LB5xx, and LB59xx can be used […]
Automatic Calibration Module
The ACM2506 is a new automatic calibration module (ACM) with a frequency range of 20 kHz to 6.5 GHz. ACMs expedite the calibration process while limiting human error and reducing […]
Two-Port Compact VNAs
The company has released the SC Series Compact VNAs for 2-port 2-path measurements. The SC Series network analyzers feature a 140 dB dynamic range, 15 dBm output power, and a […]
Veteran Sales Professionals Join Copper Mountain Technologies
Copper Mountain Technologies is proud to welcome RF and telecom industry veterans to its US sales team. To support its rapidly expanding customer base in the United States, CMT welcomes […]
Two-Port Vector Network Analyzer
The S5180 vector network analyzer (VNA) delivers lab grade performance in a compact package. This portable 3.8 kg/134 oz. VNA can be battery powered and used in the field, in […]
Frequency Banded Solutions for VNA Millimeter-wave Measurement
by Brian Walker, Senior RF Design Engineer, Copper Mountain Technologies As Radio Frequency (RF) technology evolves, frequencies of operation climb to accommodate wider data bandwidths for communications and greater spatial […]
