Next-gen Private Mobile Networks

A new generation for mobile connectivity with 5G and beyond

Overview

Mobile networking technology has progressed far beyond its original purpose of enabling communication between individuals. We are now seeing the deployment of 5G, which offers higher speeds, lower latency, and greater bandwidth. Subsequently, enterprises are embracing this technology to meet the growing demand for custom, secure, and resilient solutions to drive their digital transformation efforts. Private networks are enterprise networks that use dedicated communication infrastructure to provide secure, high-performance connectivity within a specific organization without relying on the public spectrum.

Although private networks have been technically feasible using slower, higher latency, 4G LTE, or fixed broadband services, 5G has shown its capacity to significantly enhance its capabilities and performance. Furthermore, it offers a functionally competitive, more cost-effective alternative that can support the growth of existing industries and also create entirely new business use cases and opportunities. While governments and corporations worldwide are already working toward developing the next generation of these technologies (6G), private mobile networking technology is poised to continue evolving into one of the foundations of enterprise digital transformation.

Industry Updates

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Market Sizing

The US Next-gen Private Mobile Networks market could reach USD 2.8 billion–4.4 billion by 2028

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Use cases


Next-gen private mobile networks have been adopted across various industries, such as industrials (including machinery), communication services (including diversified telecommunication services), consumer staples, healthcare, and materials, as they offer high-speed connectivity, low latency, and enhanced bandwidth.  

The technology has been applied mainly to provide reliable coverage in remote environments and support advanced applications such as facial recognition, AR/VR, and autonomous guided vehicles. Moreover, these networks have enabled industrial automation by supporting high-speed data transmission from IoT devices. 

We have identified key use cases below:

Market Mapping


The Next-gen Mobile Networks industry is dominated by incumbents operating across multiple segments, such as Ericsson, Verizon, and HP. These incumbents offer services across the End-to-end service providers, Peripheral and embedded hardware, and Telecom software segments. 

More disruptors operate in the Peripheral and embedded hardware and Telecom software segments, indicating that players are more commonly aiming to offer support services to develop private mobile networks. Meanwhile, most disruptors operating in the industry are in the go-to-market and minimum viable product stages, indicating the fairly nascent nature of the industry. However, players like Ribbon and Movandi are in their expansion stage, with players like BaiCells Technologies operating across multiple segments.

The Disruptors


The Next-gen Mobile Networks industry is led by startups in the Peripheral and embedded hardware and Telecom software segments that are listed or have raised substantial amounts of funding. The listed companies include SatixFy, a hardware provider, and Ribbon, which offers software. Several companies have raised more than USD 100 million in funding, most notably software provider Mavenir, which raised over USD 1 billion.

Despite the smaller number of startups operating within the segment, the Space-based service providers segment includes many large startups, such as the listed player SpaceX, and Astranis (which raised over USD 750 million in funding).

Funding History

Competitive Analysis


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Incumbents


Incumbents in the Next-gen Mobile Networks industry primarily consist of telecom giants like AT&T and Verizon, tech firms such as Cisco and VMware, and electronics manufacturers like Samsung and Intel. Many of these companies, including Cisco, Ericsson, Nokia, and Samsung, offer comprehensive solutions across multiple segments especially targeting the earth-based services, peripheral and embedded hardware, and telecom software segments.

Incumbents not only develop advanced telecom technologies internally but also form strategic partnerships with other industry leaders and third-party providers. These collaborations, spanning semiconductor firms, cloud services, and various other platforms, largely aim to enhance product capabilities and market presence. While less common, strategic acquisitions also occur, mostly to complement its product offerings (e.g., Qualcomm acquiring Cellwize in 2022).

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Notable Investors


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The evolution of mobile network technology

Mobile network technology refers to the infrastructure that supports voice and data network connectivity via the transmission of radio waves rather than fixed lines or fiber optic cables. Since the introduction of the first cellular network by Nippon Telegraph and Telephone (NTT) in 1979, cellular connectivity and its corresponding network infrastructure have progressed steadily over the past 40 years. 5G is the latest iteration of cellular technology and is widely considered a revolution in mobile network technology. 
It is a mobile service accessible via a supported device from anywhere with coverage. 5G uses radio frequency waves similar to previous generations, but these have a higher frequency to carry more information faster (potentially 100x faster than 4G). 
Compared to 4G—which uses frequencies in the megahertz range—the NR radio spectrum allocated for 5G has been separated into three different frequency ranges: Low-band (sub 1 GHz), mid-band (1–6 GHz), and high-band (24+ GHz millimeter waves). Low-band 5G can offer widespread coverage (over 4 mi) but isn’t as fast as higher bands (93 Mbps vs. 1 Gbps), which can only travel a few hundred meters. 

The evolution of mobile network technology

next-gen private mobile networks 1
The assignment of new spectrum bands, especially in the 3.5 GHz range, has played a pivotal role in increasing speeds, with average 5G download speeds reaching ~230 Mbps at the end of 2023 (a 5x increase compared to 4G). This range was also the most widely used 5G frequency band during that period. Along with the growing adoption of 5G globally, industry leaders have begun researching into the next generation. 6G will theoretically be able to use higher frequencies (in the terahertz range), provide higher capacity, and deliver lower latency than its predecessor. 
As of 2024, 6G is in the early conceptualization phase, with most research efforts focused on identifying future service needs, potential use cases, and the development of core technologies for the next decade. According to experts, 6G networks can potentially hit max speeds of 1,000 Gbps (1 Tbps) on a supported internet device. This is a 100x increase compared to the theoretical upper limit of 5G, which is currently ~10 Gbps. Researchers predict that 6G will continue on the lines of 5G, emphasizing high bandwidth (the maximum amount of data transmitted over a connection) and reliability. The primary requirement of 6G is the ability to serve growing traffic demand cost-efficiently. This can be achieved via higher efficiency of radio access technology and access to additional spectrum. 
Note: For more information about 6G, existing initiatives, and projected timeline for commercialization, please refer to our Insight, “The generation gap: Exploring the evolution of 6G.”
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