HPE and TELUS Launch First 5G Open RAN in Canada

Hewlett Packard Enterprise (HPE) and TELUS have launched Canada’s first 5G Open Radio Access Network (Open RAN), a significant advancement in the nation’s mobile network capabilities. Central to this initiative are HPE’s ProLiant DL110 Gen10 servers, which handle the Distributed Units across roughly 3,000 sites, essential for ensuring robust and agile data handling in 5G networks.

This collaboration marks a transformative step in Canada’s technological progression, preparing for a surge in network traffic from IoT, immersive virtual reality, and AI applications. With the implementation of Open RAN, TELUS is enabled to tap into a broader range of tech solutions, enhancing flexibility, performance, and cost efficiency. This move is key for Canada, as it paves the way for a digital future powered by cutting-edge and adaptable 5G connectivity.

Pioneering Sustainable 5G Deployments

HPE’s ProLiant servers play a crucial role in TELUS’s commitment to cutting its data traffic’s energy intensity by half over the next decade. The adoption of Open RAN technology signifies the telecom industry’s shift towards more sustainable networks. This initiative represents both parties’ dedication to developing robust, scalable, and eco-conscious 5G infrastructures.

As HPE and TELUS push for Open RAN, they’re setting new standards for network adaptability essential for meeting rising data demands due to ongoing remote work trends, the need for more connectivity in remote areas, and the surge in high-bandwidth applications. This collaboration not only showcases a bold innovation strategy but also emphasizes their joint commitment to protecting the environment. It is an approach that could place Canada at the vanguard of building sustainable and powerful wireless networks, marking a stride forward for both technology and planetary stewardship.

Explore more

Why Are Companies Suddenly Hiring Again in 2026?

The sudden ping of a LinkedIn notification or a direct recruiter email has recently transformed from a rare digital relic into a daily occurrence for many professionals. After a prolonged period characterized by “ghost” job postings and a deafening silence from human resources departments, the professional landscape has reached a startling tipping point. In a single month, U.S. job openings

HR Leadership Is Crucial for Successful AI Transformation

The rapid integration of artificial intelligence into the modern corporate landscape is no longer a futuristic prediction but a present-day reality, fundamentally reshaping how organizations operate, hire, and plan for the future. In today’s market, 95% of C-suite executives identify AI as the most significant catalyst for transformation they will witness in their entire professional lives. This shift represents a

Does Your Response Speed Signal Your Professional Status?

When an incoming notification pings on a high-resolution smartphone screen, the decision to let it sit for hours rather than seconds is rarely a matter of simple forgetfulness. In the contemporary corporate landscape, an employee who responds to every message within the blink of an eye is often lauded as a dedicated team player, yet in many elite professional circles,

How AI-Native Architecture Will Power 6G Wireless Networks

The fundamental transformation of global telecommunications is no longer defined by incremental increases in bandwidth but by the total integration of cognitive computing into the very fabric of signal transmission. As of 2026, the industry is witnessing the sunset of the era where Artificial Intelligence functioned merely as an external troubleshooting tool for cellular towers. Instead, the groundwork for 6G

The Global Race Toward 6G Engineering and Commercial Reality

The relentless momentum of global telecommunications has reached a pivotal juncture where the transition from laboratory theory to tangible engineering hardware defines the current technological landscape. If every decade of telecommunications has a “north star,” the year 2030 is currently pulling the entire global engineering community toward its orbit with an irresistible force. We are currently navigating a critical three-year