PROBLEMS & CHALLENGES
The technical academic institutions in every country are working towards the development of innovative technologies in the field of communication. They aim to create indigenous solutions that can make their country advanced and less dependent on external solutions. The instruments that can help them perform advanced research need to be cost-effective so that many students can work on it simultaneously. Since the products so far had been expensive, many institutions couldn't provide the required environment for research.
Government organizations like defense, space, and communication are tasked with similar responsibilities to create indigenous solutions that are cost-effective, secure, and scalable. Since these activities are funded by the government, the cost of development is expected to be less. They require products that are compliant to the 3GPP as well as have the capability to be customized to meet the local requirements.
HOW WILL OUR PRODUCTS BENEFIT YOU
No more compromises on providing the best test setup required for advanced research on cellular communications. Turn COTS hardware into network and devices.
Start with a single product, upgrade it later or add additional products from Simnovus. There will be minimal downtime when you add our tools in your lab.
Specific implementation to meet local requirements can be met on the Simnovus products which are built on flexible SDR architecture.
Peace of Mind
Simnovus will be there for you always in your endeavor to create something new. Sign up for multi-year care contracts to get rid of the hassles of budget approvals and have a peace of mind for your engineers.
Robust and regular software updates keep the testbed up-to-date and compliant with the latest 3GPP specifications.
Quick Turnaround Time
Dedicated support team providing responses to you at the earliest to ensure that our product helps you accelerate and never slows down your progress.
Verification of 5G Algorithms
Simnovus UE simulator (Simnovator) is helping them verify their algorithms implemented on 5G L1 and L2 layers. Simulation of single UE and then multiple UEs is helping them ensure that their algorithm is efficient.
Reference 4G & 5G network
Callbox helped the LTE development by providing a standard reference base station and network which supports all physical layer configurations and an up to date RRC and NAS layer based on the latest 3GPP releases.
Fixed wireless access is one of the widely used concepts in the telecom industry. Many telecom industries use fixed wireless access as a cost-effective alternative to the wired connection. The ultrafast connectivity provided by 5G technology will help telecom operators to provide reliable broadband access to the underserved communities by leveraging fixed wireless access. According […]Read more
While discussing field trials and deployment of 5G technologies, we often discuss the initiatives announced; the field trial projects launched; the partnerships formed by leading telecom operators. We often forget the contribution made by academic institutions and academicians towards 5G innovation, research, trial, and implementations. The leading universities and academic institutions around the world have […]Read more
According to a market forecast report released by ResearchAndMarkets, “The global 5G devices market will reach $45.96 billion by 2030, growing by 37.8% annually over 2020-2030 despite the impact of COVID-19. The shipment is expected to advance to 666.2 million units in 2030 driven by the fast-growing 5G subscribers and users.” In many developed countries, […]Read more