Wireless Standards, Installations, Security and More!

whitePaper | September 27, 2022

The modern distributed workplace—including enterprises with thousands of branches and remote workers—requires updated approaches to cloud, networking, and security infrastructure. Cloud migration has opened the door to a huge increase in sophisticated applications, requiring networks that can carry traffic to an increasingly remote workforce. In turn, this creates a unique set of new requirements for security, including special capabilities to handle unpredictable locations of users, applications, and traffic flows.

whitePaper | July 28, 2023

According to Counterpoint Research, the 5G+Wi-Fi 7 market will see cumulative shipments of over 7 billion devices through 2027 and grow at more than 100% annually between now and 2027 driven by leading applications including smartphones, gateways and routers, and the automotive sector.

whitePaper | January 10, 2020

The Fourth Industrial Revolution offers an opportunity for diverse sectors to enhance their competitiveness and contribution to regional economies, while supporting the United Nations Sustainable Development Goals. This industrial revolution is powered by both established and emerging technologies, including the internet of things, artificial intelligence, advanced data analytics, robotic process automation, robotics, cloud computing, virtual and augmented reality, 3D printing and drones. One key enabler that allows these technologies to realize their full potential is connectivity.

whitePaper | December 18, 2019

Edge is a vital aspect of 5G as the weight of bandwidth demand continues to increase. By 2025, the average amount of data traffic that will go through a North American smartphone is predicted to be 25 GB per month, according to the Ericsson Mobility Report, a tenfold jurnp from 2016's average traffic amount. Driving this jump is an increased reliance on streaming, advanced video graphics, and a rise in bandwidth-heavy applications. This means the bandwidth demand on SG will be, by today’s standards, astronomical.

whitePaper | January 15, 2020

Synchronization in carrier networks has been in use forever, but because of its elevated role in 5G, it is now getting more attention. Mobile cellular networks must be synchronized so that towers (base stations) with overlapping coverage do not interfere with each other causing dropped calls or service degradation. The NodeBs used in Third Generation (3G) cellular communications rely on satellite communications for synchronization, as do the Baseband Units (BBUs) used in Fourth Generation (4G) cellular communications.

whitePaper | August 1, 2021

Enhanced mobile broadband (eMBB), ultra-reliable low latency communications, and massive machine-type communication (mMTC) are well understood and highly anticipated 5G use cases. The big challenge for network operators is how to support these use cases, and more, on the same network. Much of the buzz to date has centered on 5G-NR (new radio), virtualized core, and mm-Wave spectrum. Receiving far less attention, but equally important as the new radio interface, is the evolution of the transport network that connects 5G nodes to enable the key 5G use cases—simultaneously.