Join Keysight experts for complimentary 60-minute webinars:
Physical Layer Modeling Principles of 5G New Radio – March 13, 2019
Big Data Analytics: Enabling the Smart Factory – January 9, 2019
Easier Hybrid Cloud Management – February 5, 2019
Unable to make it? Register for on...
Whether designing an IoT or 5G device, one thing is certain: there are difficult challenges ahead. IoT device designers need to optimize battery life for real-world operation. 5G device designers must deliver higher throughput and lower latency connections, while supporting multi-element antennas at millimeter-wave...
The exceptional measurement performance of millimeter-wave instruments can be compromised if you miss the fundamental practices of good measurements.
It is essential to follow proper connector procedures to make accurate, repeatable measurements. Download the eBook to learn how you can take full advantage of your...
The availability of LTE network coverage in a customer location is not a true indication of a fully operational NB-IoT or LTE-M service. IoT devices are typically installed in remote locations such as basements and garages where the network signals are weak. Failure events...
Both scanners and test UEs will be available for field testing in 5G. In legacy technologies, scanner was best suited for coverage measurements because it can measure all cells from all networks in one go. UE is always limited to one operator and does not necessarily...
The availability of LTE network coverage in a customer location is not a true indication of a fully operational NB-IoT or LTE-M service. IoT devices are typically installed in remote locations such as basements and garages where the network signals are weak. Failure events...
The availability of LTE network coverage in a customer location is not a true indication of a fully operational NB-IoT or LTE-M service. IoT devices are typically installed in remote locations such as basements and garages where the network signals are weak. Failure events...
Learn about the new challenges in new spectrum and bandwidth, MIMO (multiple input, multiple output) and beam steering, OTA testing, and 5G NR coexistence with other wireless communications systems.
Find out how to address the complexities in Keysight’s new eBook, Top Considerations for 5G New Radio...
5G New Radio (NR) introduces many changes compared to the existing LTE air interface, impacting the field testing and assessment of QoE and radio network performance. This webinar highlights the 5G NR key technological concepts and explains their impact on field testing.
This webinar will...
If you design IoT medical devices, you care about coexistence testing. EMI testing is essential, but it doesn’t guarantee your device will operate in the presence of competing signals.
Watch Keysight’s webinar to learn how coexistence testing can make the difference between your device’s success...
Massive MIMO (mMIMO) and beamforming are buzzwords widely used in the telecom industry when referring to 5G and latest advancements of LTE. The challenge is that MIMO comes in many different variants, some of them having been in use already for years in legacy...
In the new age of Internet of Medical Things, battery life plays an increasingly important role in medical device design. Gaining insights into your device’s power consumption can inform your design decisions and help you maximize its life.
Read Keysight’s application note for key battery-drain...
5G NR is coming, and the physical layer specifications are shaping up. Designed to achieve faster data rates and ultra-low latency, these specifications present new measurement challenges because of mmWave frequencies and over-the-air testing. Keysight’s new 4-part white paper will help you take the...
Designing for 5G New Radio (NR) means dealing with new technologies, as they’re being defined. It's easy to get lost in the buzz words as you try to focus--beamforming, over-air-testing, mmWave, numerology, and on and on. Keysight’s poster focuses on 7 things you need...
3GPP brought us a step closer to achieving the ambitious vision of 20Gbps data rates for mobile wireless with the completion of the non-Standalone (NSA) part of Release 15 in December last year. The systems that mobile operators will need to use to realize...
For the test industry, this year's Mobile World Congress (MWC) came down to two major themes: 5G and the internet of things, with a little virtualization thrown in just to keep things lively.
So who was doing 5G test demos at MWC? The real question...
New Radio (NR) is the 3GPP effort for defining and standardizing a new Radio Access Technology (RAT) for 5G. NR will cover a wide set of use cases (eMBB, URLLC, and mMTC) and introduce new cutting-edge technologies such as millimeter-wave and beamforming. The first...
IoT devices may not work as designed when exposed to real world conditions. Build confidence in your IoT device design by simulating real-world RF environmental conditions during test and ensure reliable and robust IoT device performance.
LoRaWAN radio technology offers powerful and flexible capabilities making it attractive for many IoT applications. The long-range communications, flexible hardware, open source software, and other LoRaWAN features must be thoroughly characterized.
Ensure robust transmission and reception of your LoRaWAN IoT device using optimal test solutions.
IoT spans from consumer apps such as smart homes, connected cars and wearables, to industrial apps covering energy systems, agriculture, mining, transportation, healthcare and more. This complimentary poster maps the various wireless protocols being used and evaluated to build out the IoT infrastructure.
In today’s mobile networks, revenue per transported bit is constantly decreasing, while the complexity of the network and traffic volumes are increasing. Hence, driving operational efficiency and reducing OPEX are of paramount importance to evolving network operators. One of the key areas for gaining...
Understanding how millimeter-waves (mmWave) will function in real-world environments can be challenging. With increasingly smaller wavelengths in the 5G environment, test errors are more common. Learn how to thoroughly test 5G mmWave devices for real-world functionality by reading the "OTA Test for Millimeter-Wave 5G...
IoT is an emerging technology currently in piloting and live implementation phase at a number of operators across the globe. IoT is expected to multiply the number of mobile connections in coming years, being one of the main growth initiatives for operators and network...
Internet of Things (IoT) is today’s megatrend in wireless communication industry. Machine to machine wireless connectivity is being adopted in various verticals at increasing pace. Number of IoT devices deployed by 2020 is expected to increase to ~20 Billion.
Cellular IoT (CIoT) is defined as...
