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Improving T/R Module Test Accuracy and Throughput

Improving T/R Module Test Accuracy and Throughput

Phased arrays have been used in radar applications for many decades. Recent trends are driving their adoption into other applications such as electronic warfare (EW), satellite systems and even 5G communications.


5G Voice Over New Radio (VoNR)

5G Voice Over New Radio (VoNR)

In-depth guidance for navigating 5G VoNR in terms of the network deployment and connectivity options to support voice over NR and enable the relevant VoNR data services.


5G: Managing Component-Level Risks for Commercial Success

5G: Managing Component-Level Risks for Commercial Success

Explore the present state of 5G, use cases in each market, and component-level risks during the development of 5G networks.


How to Ensure Quality Data That Enables Autonomous Driving

How to Ensure Quality Data That Enables Autonomous Driving

Explore how data analyses are being accelerated for autonomous vehicles.


Real-Time Filter Tuning Flow

Real-Time Filter Tuning Flow

Tuning microwave filters requires specialized technicians, which can be very expensive and time-consuming. Using a tool that enables non-specialized technicians to perform this task could be the key to accelerating design and manufacturing processes while still maintaining high-quality performance.


5G is Born - Infographic

5G is Born - Infographic

5G capabilities cover many different applications, standards, and capabilities. Enhanced mobile broadband (eMBB), massive machine type communications (mMTC), and ultra-reliable low latency communications (URLLC) all contribute to the extended coverage and never-before-seen reliability with unparalleled accessibility.


From IoT Factories to Operating Rooms: How to Design Better Comms Systems

From IoT Factories to Operating Rooms: How to Design Better Comms Systems

While a factory floor and a medical operating theater share little in common, the equipment used in both areas must deliver trusted and precise operation, which is often mission critical. With the need for smarter systems, more data, and higher fidelity, bandwidth requirements are increasing.


Concepts of Signal Integrity - Differential Pairs

Concepts of Signal Integrity - Differential Pairs

Differential pairs are a means of transmitting electronic data using complementary signals. It carries two types of signals: a differential signal excited when the net pair is driven in the odd mode, and a common signal when the net pair is driven in the even mode.