CUTTING-EDGE WIRELESS COMMUNICATION TECHNOLOGY

Communication is a key factor in most global industries. RDTECH is the communication provider where Innovation meets Reliability. We set out to use the newest technologies in our line of products, after they pass extensive testing to prove they won’t fail our clients in the field.
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SOFTWARE DEFINED RADIO

Software Defined Radio (SDR) technology offers a superior level of flexibility and scalability in communication channels. Our company harnesses these technological advantages to provide cutting-edge wireless communication solutions. SDR technology enables radio devices to be dynamically reconfigured, which allows businesses to adapt to changing network conditions and application requirements in real-time.
SDR technology also provides enhanced interoperability between different communication systems, as it can be programmed to support a wide range of communication protocols and standards. This ensures that networks remain agile and scalable, helping businesses keep pace with their evolving communication needs.

COGNITIVE RADIO

Another technology widely utilized throughout our offering is Cognitive Radio (CR). It enables devices to allocate unused frequency channels and avoid using occupied ones. The end result is increased spectrum efficiency, reduced interference, and improved quality of service for our clients.
CR-based devices are extremely reliable. If a node fails, they reroute the data through other nodes, diminishing downtime. CR has widespread application across multiple industries, most notably disaster relief, emergency networks, weather forecasting, and of course - cognitive MESH networks.
SDR technology also provides enhanced interoperability between different communication systems, as it can be programmed to support a wide range of communication protocols and standards. This ensures that networks remain agile and scalable, helping businesses keep pace with their evolving communication needs.
CR-based devices are extremely reliable. If a node fails, they reroute the data through other nodes, diminishing downtime. CR has widespread application across multiple industries, most notably disaster relief, emergency networks, weather forecasting, and of course - cognitive MESH networks.

FHHS METHOD

Our company uses the frequency hopping spread spectrum (FHSS) method to ensure secure and reliable communication. FHSS leverages randomized frequency changes to protect sensitive data and enhance network security, especially in areas where multiple wireless networks operate. The technology works by changing the frequency of the carrier signal several times per second, mitigating interference and enhancing data security. By implementing FHSS, we can guarantee that our clients' wireless networks remain secure and reliable, with minimized downtime and uninterrupted communication.

MESH TECHNOLOGY

Our devices use MESH, which is a network architecture that enables devices to connect with each other without needing a central hub. This way each device in the network can act as a node, and independently forward data to other nodes. MESH networks are more reliable, since in the case of a node failure, the data can be rerouted through other nodes, almost instantaneously. It is also highly flexible and adaptable, nodes can be added without major infrastructure expansion, which also makes MESH ideal for quick upscaling. Finally, opting for MESH-based devices is cost-efficient, which can help companies reduce expenses and maintenance costs, freeing resources that can be better used elsewhere.
FHHS METHOD Our company uses the frequency hopping spread spectrum (FHSS) method to ensure secure and reliable communication. FHSS leverages randomized frequency changes to protect sensitive data and enhance network security, especially in areas where multiple wireless networks operate. The technology works by changing the frequency of the carrier signal several times per second, mitigating interference and enhancing data security. By implementing FHSS, we can guarantee that our clients' wireless networks remain secure and reliable, with minimized downtime and uninterrupted communication.
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Robustness
Flexibility
Cost-effective
Resilient
Scalability
Security
High-bandwidth
AES256
The advanced encryption standard technology is a high-level encryption standard that protects your wireless communications with a 256-bit key, keeping it secure from malicious attacks and bad industry actors.
Packet loss and retransmission
Wireless communication systems commonly experience packet loss and retransmission, which can degrade network performance. To counter these challenges, advanced error correction and automatic repeat request protocols detect and recover lost packets, guaranteeing stable data transmission.
5G LTE
The 5G LTE technology delivers high-speed data transfers, with low latency and robust connectivity. The optimal way to introduce a fast and reliable wireless communication network in your business.
Advanced RSSI Tracking
Track signal strength across your network with RSSI. This technology diminishes the difficulty of pinpointing weak spots and optimizing your network’s performance.

GET IN TOUCH

Do not hesitate to contact us for any additional information or assistance. Simply fill out the form below.
Get in touch

    Get in Touch

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