5G Infrastructure

These prognostications for telecommunications technology come from the perspective of a provider of network testing and validation solutions.

These compact devices and modules become final additions for RF radios handling voice, data, and video over a wide range of frequencies and bandwidths.

Growing adoption of 5G mobile technology is disrupting connectivity. But what does this mean for in-building communications, where approximately 80% of all mobile voice and data...

The steady proliferation of space debris has led to concerns for the long-term health and well-being of active communications satellites.

Occupying a small footprint, a low-power optimized SoC blasts away barriers to implementation of low-cost O-RUs.

Moving to 5.5G and 6G will require a solid telecommunications infrastructure to handle the next wave of connected devices.

The emergence of 5G cellular networks promises a lot, but it’s still some time away from complete global deployment. While 5G tech offers some exclusive features and benefits,...

As the telecom industry evolves from a proprietary hardware-driven world to 5G O-RAN architectures, addressing all possible security concerns has become the top priority for network...

With 5G cellular forging ahead, understanding the economics behind the investment decisions is crucial to overcoming complexities around deploying 5G.

The success of 5G open networks depends on both end-to-end performance and core testing. We speak to Ian Langley at VIAVI Solutions and Shamik Mishra at Capgemini Engineering ...

Viavi’s latest field instrument feeds the O-RAN revolution in 5G cell sites by getting them operational faster and at lower installed cost.

Small cells are crucial for mobile operator 5G network deployments, enabling increased coverage, high data rates, and low latencies. We talk with Rex Chen of LitePoint about some...

We talk to Raza Khan, senior marketing manager at Semtech, about 5G fronthaul applications.

Pushing past lab experiments and field trials toward commercial deployments, O-RAN technology is set to ramp up significantly this year. However, successful expansion will bank...

Fully compliant with the latest O-RAN interface specification, these compact, cost-optimized units are specifically targeted at indoor deployment.

An increase in 5G deployments will trigger a rise in complementary technologies that offer low-power flexibility, cost-effective power, and low-bandwidth options for massive Internet...

Offering performance of 1600 GOPS and dynamic multithreading, CEVA’s DSP architecture reaches operating speeds of 1.8 GHz at 7 nm.

Wireless carriers around the world are accelerating the buildup of 5G network infrastructure with major investments in spectrum, base stations, microcells, and hotspots.

With 5G comes with huge cost and power implications, thus requiring a shift back from FPGA platforms to ASICs. What are the reasons for the move, and how can it be done cost-effectively...

Analog Devices’ new integrated solution for mmWave 5G applications includes dual- and single-polarization beamformers along with a mmWave up/down converter.

NOR flash products that offer functional safety and secure-boot mechanisms are making their way to the market. However, various factors must be weighed when choosing the best ...

The drive to achieve 5G network speeds creates an extremely challenging hardware environment from a power- and space-density perspective.

Once considered sci-fi technology, artificial intelligence is rapidly working its way into many facets of our daily lives, and will accelerate further with the data avalanche ...

5G will bring mobility to mmWave communications as the next-gen wireless network attempts to serve more people and even things with a major expansion of mobile services.