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By Redding Traiger | April 22, 2025

Second-generation tech extends range by 50 percent

SPARK Microsystems introduces its second-generation ultra-wideband (UWB) wireless transceiver, the SR1120. The SR1120 extends SPARK’s established performance leadership in data delivery while enabling significantly lower power consumption, latency, and better interference robustness compared to Bluetooth, Wi-Fi, and 2.4 GHz radios. SPARK UWB’s data throughput leadership versus Bluetooth has doubled from 20X to 40X higher data rates (40.96…

By Martin Rowe | April 17, 2025

OFC 2025: AI, power, and 1.6T

San Francisco — At last year’s OFC 2024, the next speed of optical connections (1.6T) was all talk with one exception. In a back room, Keysight demonstrated a 1.6T optical link between an arbitrary waveform generator and a bit-error-rate tester. The demonstration was a transmission of raw, unstructured bits. One thing was clear, AI was…

By Redding Traiger | April 16, 2025

Improved VNAs cover 5G FR1, Wi-Fi, and Bluetooth bands

Copper Mountain Technologies is announcing the release of the new Value Series Vector Network Analyzers. The V Series will include three 2-Port, 2-Path measurement models: V0402 4.5 GHz VNA, V0602 6.5 GHz VNA, and V0902 9 GHz VNA. All models have a starting frequency of 100 kHz. These VNAs deliver highly accurate measurements with the ideal feature…

By Aharon Etengoff | April 16, 2025

How 5G network slicing works: part 2

Network slicing, which makes private networks possible, provides enterprises with dedicated network resources. It works by interacting with a set of network functions. Part 1 of this series covered how 5G network slicing enables operators to deploy, modify, and scale customized virtual networks, along with key slicing techniques and connectivity models. Part two discusses the…

By Redding Traiger | April 15, 2025

Report analyzes 6G integrated sensing and communication

ETSI releases the first Report that outlines a comprehensive analysis of advanced Integrated Sensing and Communication (ISAC) use cases and deployment scenarios, setting the foundation for future 6G systems. This Report, ETSI GR ISC 001, developed by ETSI ISAC ISG, is a major step toward identifying the critical functional and performance requirements necessary to support…

By Ian Wong, Sr. Director of RF and Wireless Architecture, VIAVI Solutions | April 15, 2025

Overcome Open RAN test and certification challenges

LaaS Testing can streamline deployment and enhance efficiency for reliable Open RAN The race to build 5G networks has gone on for several years, extending coverage and providing access to advanced services. Initiatives such as Open RAN make for high-performing, robust, and agile mobile infrastructures that are in the interest of consumers and businesses, as…

By Martin Rowe | April 10, 2025

OFC 2025: Interoperability demos

The Ethernet Alliance and Optical Internetworking Forum featured interoperability demonstrations at data rates up to 800 Gbps. San Francisco — With so many companies and products comprising the optical networking ecosystem, interoperability is paramount. All those semiconductors, optical modules, switches, routers, servers, test equipment, and the software that makes them function must first provide their…

By Aharon Etengoff | April 9, 2025

How 5G network slicing works: part 1

Network slicing, which makes private networks possible, provides enterprises with dedicated network resources. It works by interacting with a set of network functions. The 3GPP defines network slicing as a core 5G feature. It partitions a single physical network into multiple virtual network slices. Each slice operates as an independent end-to-end network optimized for specific applications and services. This…

By Jeff Shepard | April 2, 2025

How does mobile edge computing work?

Mobile edge computing (MEC), also called multi-access edge computing or simply multi-access computing, is part of the confluence of the Internet of Things (IoT) and mobile devices. MEC doesn’t mean processing data on mobile devices. MEC simply processes data closer to its origin. Instead of sending data to the cloud, MEC utilizes edge computing resources…

By Redding Traiger | March 26, 2025

Sequans announces production of latest LTE module

Sequans announces that its Cassiopeia CA410 module will enter mass production in the first week of April 2025. This LTE Cat 4 module has secured certifications with Southern Linc and Anterix, and complies with CBRS requirements, underscoring its readiness for deployment across diverse utility applications. In addition to the Anterix’s 900 MHz spectrum and the CBRS…

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Featured Contributions

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  • Wi-Fi 7 and 5G for FWA need testing
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