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Bigger and Faster  Technology Advances  in Communications Networks

 

The only constant in the communications industry is change.

 

Communication networks are moving from voice and data communications to full-blown connected application ecosystems. Technological innovations will support the consolidation of communication systems under one 5G roof to meet end-user application needs. This includes data, voice, video, Internet of Things (IoT), and crucial communications. The 5G connected application ecosystem will provide much higher throughput, ultra-low latency, dramatically increased network capacity, reliability, and secure services.

 

The aerospace and defense (A / D) industry triggered many of these commercial communications technologies. The industry continues to push the boundaries of what is possible in threat detection, sophisticated military communications, and Low-Earth Orbit (LEO) satellites.

 

You are inventing technologies to support paradigm shifts. Your innovations will make communication networks more efficient, support broader frequency ranges, and much wider bandwidth requirements. 5G, IoT, and WLAN-enabled devices will give users widespread availability of high-speed coverage and support for data-intensive applications. Satellites and other devices will provide multiple-input and multiple-output (MIMO) functionality and greater spectral efficiency.

 

Your technological advances are bigger than ever and moving faster than ever — all of which pose complex test challenges.

 

Overcome Test Challenges  with Keysight Signal Analyzers

 

The technology shift in communications presents unchartered territory for many RF engineers. Some of the challenges you may experience are:

 

• characterizing a millimeter-wave air interface

• identifying potential interference issues

• ensuring compliance with evolving standards

• learning about RF design

• capturing out-of-band emissions

• field-testing an expanding wireless ecosystem

 

Keysight offers signal analysis solutions to address your toughest test challenges.

 

New to RF Design? 

We’ll Help You Get Up to Speed on RF Test.

 

RF design and test does not have to break your budget. Our entry-level signal analyzer and signal generator provide an easy-to-use, solid foundation for accurate, cost-effective testing in general-purpose applications.

 

Today’s leading ENTRY-LEVEL RF instruments or essential signal characterization

 

• Make essential frequency and power measurements with superior level accuracy.

• Do more with PowerSuite such as adjacent channel power (ACP), complementary cumulative distribution function (CCDF), and EMC emission measurement.

• Dig deeper into your wireless devices with Pathwave X-Series measurement applications on the CXA for further digital demodulation analysis.

• Pair the N9000B CXA X-Series signal analyzer with the N5166B CXG RF vector signal generator for industrial IoT/consumer electronics characterization.

 

Product

Maximum frequency

Maximum analysis bandwidth

Phase noise at 1 GHz

(10 kHz offset)

DANL at 1 GHz

Third-order intermodulation distortion (TOI) at 1 GHz

N9000B CXA

signal analyzer

26.5 GHz

25 MHz

-110 dBc / Hz

-163 dBm

+17 dBm

Product

Maximum frequency

Maximum

RF bandwidth

(internal / external)

Phase noise at 1 GHz

(10 kHz offset)

Frequency switching

Maximum output power at 1 GHz

N5166B CXG signal generator

6 GHz

120 MHz / 200 MHz

-119 dBc / Hz

5 ms

+18 dBm