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In the modern tech industry, 5G and cloud are the two biggest trends that are seeing significant uptake across the globe. These trends have disrupted the way networks are built, causing a shift from the traditional practice of building cellular networks.

Every wireless device must obtain approval from the Federal Communications Commission (FCC) before it can be launched in the U.S. and many other countries around the world that follow the FCC.

When digital audio was first introduced in the 1970s, it was regarded with suspicion and dismissed as sterile and lifeless. Even today, audiophiles swear by purely analog systems, despite the technical advantages of digital audio quality.

PathWave BenchVue software gives you the capability to easily control your instruments and perform in-depth analysis on your measurements. Besides that, the PathWave BenchVue software apps supports more than 700 Keysight Instruments and are continually expanding.

PathWave BenchVue software gives you the capability to easily control your instruments and perform in-depth analysis on your measurements. Besides that, the PathWave BenchVue software apps supports more than 700 Keysight Instruments and are continually expanding.

The telecommunications sector is rapidly evolving, more so since it is no longer limited to providing only basic phone and internet services. It therefore comes as no surprise that advancements in the telecommunications industry over the past two decades continue to transform traditional sectors such as agriculture, education, health, energy, and transport.

Of the many up-and-coming technologies discussed today, 5G often tops the list. Innovators and technologists are investigating its potential across numerous industries, and one of the most prominent industries to come up is the media and entertainment industry.

Real-time waveform generation enables verification of receiver designs in all stages, from baseband subsystem coding all the way to sensitivity tests. When considering a vector signal generator of choice, there are various parameters to look at: switching modes for signal generation, creating your own waveforms, and exploring different testing scenarios.

The Internet of Things (IoT) has brought about new applications for connected devices. Manufacturers are moving beyond headsets and keyboards

What factors play into making the best oscilloscope probe decision? Depending on your oscilloscope and probe choice, you can detect signals in the frequency and time domains. In the time domain, synchronized analog waveforms, digital waveforms, and decoded serial protocols can be recorded.

What factors play into making the best oscilloscope probe decision? Depending on your oscilloscope and probe choice, you can detect signals in Keysight Smart Bench Essentials: a family of industry-grade test & measurement (T&M) instruments specifically designed for modern-day teaching labs.

Learn important troubleshooting techniques for Power Rail Measurements.

Technological advances are changing the way telcos operate and do business. The introduction of new and innovative technology and devices is changing the telecommunication industry as we know it. The telecommunications industry is a key driver of digital transformation due to its broadband networks and transmission services.

With the availability of new mid-band spectrum, mobile network operators (MNOs) are setting up stand-alone 5G networks and exploring the unique use cases the technology offers. New applications that use the benefits of 5G are appearing as well including autonomous driving systems, smart imaging medical systems, and other new applications that demonstrate the value of 5G networks that offer wide coverage, high bandwidth, and low latency.

DC power supplies are segmented between bench versus ATE use cases. Bench power supplies have large, legible displays and a user interface so you can easily control all aspects of the power supply from the front panel. In addition, the output terminals are easily accessible from the front.

Software release version 2.1.7 is now available for download

Since the discovery of electricity, the electrical power grid has been a critical aspect of people’s lives. As the world ventures into the future, electrical power grids are more critical than ever for any infrastructure. It plays a vital role in the functioning of modern societies. However, a question arises: how can people future-proof the existing electrical power grids? The simple answer is implementing 5G technology into electrical power grids and transforming them into a smart grid infrastructure.

Why is the Keithley DAQ6510 data acquisition system the go-to “DAQ” for so many test and measurement engineers? Because they’re picky—and in this line of work, being picky is a job requirement. Engineers need precise, repeatable measurements for an unpredictable set of tests, and they need to capture as much data as physically possible.

Think about your cell phone. It’s fast, easy to use and multi-functional (at least millions of iPhone users think so). You can accomplish a wide range of tasks just by touches on the screen. It can be used for limitless applications. And you reach for it continually every day. Modern oscilloscopes operate in much the same way.

There’s a simple reason you’ll find at least one function generator in every lab and teaching facility. Arbitrary function generators (AFGs) are one of the most versatile and widely used tools on any bench. The signal generator pairs with an acquisition instrument like an oscilloscope or spectrum analyzer to create a complete measurement solution.