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Mobile Syrup

Rogers and Microsoft enter new 5G partnership

Microsoft and Rogers have entered a partnership to preview the former’s Azure Programmable Connectivity (APC), a solution that helps developers build 5G applications.

According to Microsoft, APC will support “network-aware applications that span compute targets and program the networks in between.”

Microsoft has partnered with several telecom companies across the globe, and Rogers is serving as its Canadian partner.

“Rogers’ longstanding partnership with Microsoft has resulted in a number of industry-first solutions for Canadian businesses and consumers and this latest collaboration will open many new doors,” Ron McKenzie, Rogers’ Chief Technology and Information Officer, said. “Together we are empowering Canadian developers to innovate and shape the future of 5G applications, all powered by Rogers’ national 5G network, the largest in the country.”

Under APC’s private preview, selected developers will be able to access location-based API through Rogers’ 5G network to build applications allowing their devices to be located anywhere.

The partnership builds on other 5G partnerships Rogers has partaken in, including the University of Waterloo and the University of British Columbia. ‘

Source: Microsoft and Rogers

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Mobile Syrup

Tbaytel bringing 5G to Thunder Bay in January

Tbaytel will use Ericsson’s network to launch 5G services in 60 sites in Thunder Bay in January 2023.

The company says it will expand the service to other markets by the end of 2023.

“5G networks will enhance our mobile experience providing us opportunities to reimagine how we use our smartphones and connected devices,”  said company president and CEO Dan Topatig said.

“It will bring faster data speeds for downloads and streaming, larger network capacities to support more connected customers and continuous network reliability to enrich Tbaytel’s overall mobile experience.”

The company is also partnering with Rogers to launch the service.

Tbaytel is initially planning on using a combination of network spectrums for a “superior combination of coverage area and capacity.” Low band spectrum will provide coverage for long distances and desirable service in rural areas. Mid-band, on the other hand, will boost speed and provide ultra-low latency.

Image credit: Tbaytel

Source: Tbaytel