Learn how MNOs and MVNOs differ in their support of global IoT connectivity.
Mobile communication networks have come a long way since the launch of the first 1G network in Japan in 1979, followed by the US in 1980. Decades later, 5G deployments began in the USA in 2018 and expanded across Europe by the end of 2020.
As networks advanced, mobile network operators (MNOs) built and maintained the infrastructure, while mobile virtual network operators () used their networks to offer more flexible and affordable service without owning physical infrastructure.
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The expansion of IoT brings a greater need to choose the right network: MNO or MVNO? The right IoT SIM card can simplify network switching and global device management, but not all providers offer the same capabilities. In this article, we’ll break down the key differences between MNOs and MVNOs and help you decide which option best supports your IoT needs.
An MNO is a telecommunications provider that owns and operates its own infrastructure, like mobile towers, base stations, and core networks. By providing direct access to their cellular networks, MNOs offer a high level of control over network services. Industries such as healthcare, smart cities, and agriculture depend on MNOs for secure and reliable IoT connectivity. Thanks to their wide coverage and strong relationships with regulators, MNOs are well-equipped to support large-scale IoT deployments across multiple regions.
An MVNO is a telecommunications provider that does not own its own network infrastructure. Instead, it leases network access from MNOs and resells services to end-users, offering similar connectivity with more flexible pricing and plans. For industries scaling IoT solutions, MVNOs can be an appealing choice, providing cost-effective options with tailored pricing and flexibility without sacrificing performance.
While both MNOs and MVNOs provide network connectivity, they operate differently. MNOs own the network infrastructure, while MVNOs lease access to it. These differences can significantly impact which option is best for your IoT strategy, as shown below:
| Feature | MNOs | MVNOs |
|---|---|---|
| Network ownership and infrastructure | Owns and operates its own infrastructure, including towers, base stations, and core networks. | Does not own infrastructure. Leases network capacity and access from MNOs. |
| Operational cost and flexibility | Higher operational costs due to infrastructure maintenance. Less flexible in pricing and service offerings. | Lower operational costs. More flexibility in pricing and service plans. |
| Coverage and scalability | Provides broad, often global coverage. Highly scalable due to owning network infrastructure. | Coverage depends on the MNO’s network. Scalability limited by MNO agreements. |
| Service offerings | Offers full range of services (voice, data, etc.) with complete control over network and offerings. | Resells MNO services with customized plans but limited control over offerings. |
| Market focus | Serves a wide range of industries, including large-scale IoT deployments. | Often focuses on niche markets with tailored solutions and specialized pricing. |
| Regulatory influence | Significant influence on telecom regulations and policies. | Limited influence on telecom regulations. Typically follows MNO’s regulatory path. |
| Network security | Full control over network security protocols and infrastructure management. | Security depends on the MNO’s network security measures. Limited control over it. |
Overall, deciding between an MNO and an MVNO for your IoT strategy affects efficiency and effectiveness, with MNOs offering more control and scalability, while MVNOs provide cost-effective, flexible options.
As we look ahead to the launch of 6G networks around 2030, both MNOs and MVNOs will play crucial roles in shaping the future of wireless communication. While 5G is already impacting industries by offering faster speeds and lower latency, 6G will take these advancements even further, offering speeds up to 100 times faster than 5G. For MNOs, this new era presents an opportunity to leverage their infrastructure to support even more data-intensive applications like smart cities, autonomous vehicles, and industrial automation. As 6G unfolds, MNOs will likely expand their services, partnering with MVNOs to scale coverage and make the most of their networks.
MVNOs, on the other hand, will have the chance to capitalize on 6G’s enhanced capabilities by offering highly specialized solutions for industries such as IoT, healthcare, logistics, and manufacturing. With the ability to customize network slices and leverage eSIM APIs for seamless connectivity, MVNOs can provide tailored services that cater to the unique needs of these sectors. This flexibility will allow MVNOs to move beyond traditional mobile plans, offering innovative, data-driven solutions.
As both MNOs and MVNOs adapt to 6G, the future will bring even more opportunities for collaboration, customization, and innovation in an increasingly connected world.
MNOs and MVNOs both provide essential connectivity, but they serve different needs. MNOs own the network infrastructure, offering reliable, large-scale coverage, while MVNOs use that infrastructure to provide more affordable, flexible options. Understanding the difference between the two is key to making the right choice for your business. As technology like 5G and IoT continue to grow, the relationship between MNOs and MVNOs will evolve, opening up new possibilities for businesses.
If you’re considering MNO or MVNO solutions, Telnyx’s IoT SIM card and eSIM API offer the best of both worlds. We partner with MNOs for global connectivity and combine that with the flexibility and cost-effectiveness of an MVNO. Whether you're managing a large deployment or need a more tailored approach, Telnyx has you covered..
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