In some country, the telecom consumption is still very high, some investors want to enter telecom domain, they are willing to invest in these countries. These investors are willing to invest some local small operators or create a new operator, they jump 2G/3G to 4G/5G directly, so they can surpass top operators easily in that country.
4G/5G Mobile Networks
RKTPL enables 4G/5G cellular networks for mobile network operators around the world. Our products enable the cost-effective deployment of 4G/5G networks to bring mobile broadband to rural areas where conventional solutions are inefficient or impractical. By supporting and following 3GPP network architecture and industry protocols our solutions ensure that our customers who have invested in our 4G mobile network solutions have an easy migration to 5G NR architecture. Network operators looking to start with 5G Stand-Alone deployments are also supported.
With RKTPL’ product portfolio, mobile network operators have the choice of deploying legacy 2G infrastructure to enable voice and SMS service or to consider VoLTE based deployment as well. Customers have the flexibility to make decisions to address their existing business needs as well as consider new technology and solutions as well.
FWA / WISP
Service providers deploying Fixed Wireless Access (FWA), or Wireless Internet Service Providers (WISPs), are building wireless broadband data networks using RKTPL’ packet core network platform, the EPC. The solution is highly scalable and we have enabled service providers of all sizes and capacities to take advantage of 4G LTE technology. With our roadmap to support 5G NR radios, our customers deploy the EPC with confidence.
We work closely with our service provider customers to tailor their deployment based on projected subscriber and traffic throughput requirements. Our network deployment architecture is highly flexible and supports the use of multiple remote gateways. The EPC can be deployed in the following VM environments: VMWare, KVM, and Azure. Customers can supply their own server hardware, appliances or VM environments as well.
Cellular Over Satellite
Satellite transmission based connectivity can be used to support the expansion of cellular networks by Mobile Network Operators (MNOs). Satellite backhaul however increases the network performance complexity and also typically costs significantly more than terrestrial options. That said, for many locations around the world, it is the only means of connectivity.
Using network infrastructure equipment from RKTPL, Mobile Network Operators (MNOs) around the world can cost-effectively extend their mobile coverage to rural areas using satellite backhaul. Often these areas have little or no infrastructure in place to support any telecom equipment and conventional rural connectivity solutions are inefficient and/or impractical. We take advantage of distributed network architecture to enable flexible deployment options and increase network resiliency as well.
Distributed Network Architecture:
- Remote Core – This deployment configuration enables RAN products to be quickly deployed with local services enabled even when backhaul connectivity is disrupted or unavailable.
- Remote Gateway – Using local media gateways or PDN gateways allows MNOs to locally trombone network traffic to local telephony or data networks saving backhaul costs.
- Remote Survivability – In the event of satellite service disruption, using this feature, local mobile service is still maintained at the remote site.
Contact our team to see how we can help you grow or evolve your mobile network infrastructure.
- Fully virtualized, Ultra-High Speed software on COTS server and Cloud
- Opex saving besides capping and fixing maintenance
- Cutting costs & Growing revenue thanks to simplify operator' s network architecture
- Support all eNodeB vendors openly with its 3GPP standards based interface
- End-to-end mobile core solution
- Enable Stand-alone operation
- Extend operator' s reach through secure access to trusted and untrusted WiFi networks