Connectivity infrastructure and digital operations support in one place

Yes, we are. We are strategically fitted within the ISP space. Our primary area of expertise is in the provision of last mile services to our customer. We have chosen a small foot print in order to provide a better customer experience.

Our business is based within the Abuja metropolis. However, we provide radio services outside the city for areas with no fibre connectivity.

This is a valid questions and is worth some explaining. With a shared bandwidth, you would be put in a pool with other users and users contend for the bandwidth. So if you subscribe for a 10MBPS for instance, you could get a maximum of 10MBPS which would be shared on your network with other users. However, you could also get less that the requested 10MBPS due to user contention.

With a dedicated bandwidth, you would get what you pay for and users on your network would get a guaranteed service?

1. Shared Bandwidth: In a shared bandwidth setup, multiple users or entities share the same network infrastructure and resources. The available bandwidth is divided among the users, and they compete for the shared resources. This is commonly seen in scenarios such as residential internet connections, public Wi-Fi hotspots, or shared office spaces. In shared bandwidth, the available capacity is dynamically distributed among the users based on their demand, which can result in fluctuations in speed and performance during peak usage times. If one user is consuming a large portion of the bandwidth, it may affect the available capacity for other users sharing the same network.
2. Dedicated Bandwidth: With dedicated bandwidth, an individual or organization has exclusive access to a specific amount of network capacity. The allocated bandwidth is dedicated solely to the user or entity, ensuring consistent performance and avoiding congestion caused by sharing resources. Dedicated bandwidth is commonly used in business environments where consistent and reliable internet connectivity is crucial, such as for mission-critical applications, large-scale data transfers, or real-time communication services. Dedicated bandwidth is typically provided through dedicated lines or connections, such as leased lines, fiber optic connections, or dedicated internet service agreements (ISPs).

Determining whether a 10 Mbps shared bandwidth is better than a 1 Mbps dedicated bandwidth depends on your specific needs and usage requirements. Here are some factors to consider when comparing the two:

1. Speed: In terms of raw speed, a 10 Mbps shared bandwidth is faster than a 1 Mbps dedicated bandwidth. If you require faster download and upload speeds or need to handle bandwidth-intensive tasks such as streaming high-definition videos or large file transfers, the 10 Mbps shared bandwidth would be more suitable.
2. Consistency: Dedicated bandwidth offers a consistent and guaranteed speed of 1 Mbps. This means that you have a dedicated portion of the network capacity allocated solely to your usage, ensuring stable performance regardless of other users' activities. In contrast, shared bandwidth can be affected by the usage patterns and demands of other users sharing the same network, leading to potential fluctuations in speed and performance.
3. Priority and Reliability: With a dedicated bandwidth connection, you typically receive priority over shared bandwidth users. This can be crucial for real-time applications, critical business operations, or scenarios where uninterrupted connectivity is essential. Shared bandwidth, on the other hand, may not provide the same level of priority or reliability, as it is subject to contention and the activities of other users on the network.
4. Cost: Dedicated bandwidth connections are generally more expensive than shared bandwidth options due to the exclusivity and guaranteed speed they provide. If your requirements align with the performance offered by a 1 Mbps dedicated bandwidth, it may be a more cost-effective choice compared to a higher-speed shared bandwidth option.

Consider your specific needs, usage patterns, and budget constraints to determine which option is better suited for your requirements. If consistent speed, reliability, and priority are crucial, and you can manage with a lower speed, a dedicated bandwidth connection might be the better choice. However, if higher speed and flexibility are essential, and you can tolerate potential speed fluctuations caused by sharing the network with other users, a higher-speed shared bandwidth might be more suitable.