Mouser Electronics, Inc. provides engineers with valuable and reliable resources in its 5G content center. The center offers a wealth of knowledge about expanding this reliable, low-latency network. This global wireless standard offers increased bandwidth, enabling devices to connect over greater distances at faster speeds, and improving machine-to-machine communication for a connected future. The proliferation of IoT and the rollout of 5G are driving the evolution of edge computing and data center infrastructure to support ultra-reliable, low-latency communications, massive machine-like communications, and enhanced mobile broadband services. This rollout coincides with the development of Industry 4.0, which increases the number of vulnerable online endpoints and the risk of cyberattacks. Engineers must be diligent in creating more secure systems through risk management plans and by promoting a cybersecurity culture.
The latest trends and updates in the technology standard come together in a single hub for engineers to gain knowledge on all aspects of 5G. As it continues to transform different aspects of our lives, Mouser partners with leading manufacturers to curate articles, blogs, ebooks, and products to build a fast and reliable connected world. In one of Mouser's installments of its Empowering Innovation Together™ series, experts delve into the benefits that private 5G networks bring to the Industrial IoT, such as lower latency and machine-to-machine communication.
Electronic components and network products, as well as the following solutions for 5G applications:
The QPB9380 dual-channel LNA-switch module from Qorvo is an RF front-end module (FEM) that integrates a two-stage LNA and a 20W power management switch in a dual-channel configuration. The devices operate in the 2.3 to 5 GHz frequency range and deliver a 1 dB noise figure in a compact 6 mm² package. Typical applications include 5G radio, small cell BTS, and wireless infrastructure.
FP90 4x4 MIMO antennas are future-proof with 4G and 5G frequency deployments up to 7125 MHz. These antennas offer a variety of connector options to accommodate leading in-vehicle routers and gateways. With an IP67 rating, they operate in temperatures ranging from -40 to 85 °C and feature customizable connector, cable length, and port configurations. The antennas are designed for diverse automotive applications, from public transportation to emergency services.
SNYPER-5G spectrum analyzer is a high-performance, multilingual cellular signal analyzer and recorder. This spectrum analyzer is designed to measure 5G NR, 4G LTE, LTE-M, NB-IoT, and 2G/GSM networks. Typical applications include evaluating the performance of preferred network operators, determining optimal antenna placement, and improving cellular inspection of new and existing installations.
RUTX50 5G industrial router is a multi-network industrial device that enables 5G mobile communication for high-speed, high-data-volume applications. The router integrates 5G technology with various industrial hardware interfaces and features, ensuring future scalability and expandability. It features dual-SIM 5G mobile communication combined with five Gigabit Ethernet ports and dual-band Wi-Fi®, enabling ultra-low-latency data transfer. Compatible with the Remote Management System (RMS), the router is optimized for remote management and monitoring of large fleets of devices.
5G25 flex-to-board RF connectors feature a shield design that supports high-frequency signals up to 25 GHz. These connectors allow designers of RF antenna modules and mobile devices to combine RF and non-RF signals, reducing the need for additional connectors. 5G25 connectors are suitable for consumer, industrial, medical, and defense applications.
