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RDK-B is an open-source software platform capable of powering next-gen gateways across DOCSIS, PON, DSL, 5G, and et= hernet access networks, enabling OEMs to standardize elements of their mode= ms,gateways, and converged devices. It allows easy customization of applica= tions and common functionalities such as routing, Wi-Fi, DNS,diagnostics, r= emote management, and IoT interfaces, such as Bluetooth=C2=AE, Thread, and = Zigbee=C2=AE.
RDK-B stands out as a highly advantageous solution in the realm of broad= band technology, offering a plethora of benefits that underscore its versat= ility and efficiency. At its core, RDK-B provides a common software platfor= m that serves as a unifying foundation for diverse broadband devices. Rigor= ously tested releases ensure reliability and performance, instilling confid= ence in the stability of the platform. The integration of a common System-o= n-Chip (SoC) further streamlines device compatibility, fostering a seamless= and interoperable ecosystem.
One of the key strengths of RDK-B lies in its open-source architecture, = empowering developers with the flexibility to innovate and build upon the s= oftware. Its modular design not only facilitates continuous innovation but = also optimizes the platform for deployment across a spectrum of devices, ra= nging from low- to high-end. Notably, RDK-B supports containerization at th= e application layer, enhancing scalability and flexibility in deploying app= lications.
Moreover, the framework ensures application and services portability acr= oss various technologies, promoting a cohesive and integrated user experien= ce. Another significant advantage is the platform's robust support for vari= ous access networks, making it a versatile choice for different broadband t= echnologies. RDK-B seamlessly accommodates DOCSIS, PON, DSL, 5G, and Ethern= et, ensuring compatibility with a wide array of access technologies. Furthe= rmore, it boasts support for multiple management protocols and data models,= contributing to its adaptability and ease of integration.
In essence, RDK-B emerges as a comprehensive and forward-thinking soluti= on, offering a unified software platform that not only prioritizes reliabil= ity and flexibility but also embraces innovation and compatibility across d= iverse access networks.
RDK-B encompasses a comprehensive set of features designed to enhance th= e functionality and performance of broadband devices. At its core, RDK-B in= cludes fundamental capabilities such as device management, routing, and sup= port for IP features, as well as seamless integration with wide-area networ= k (WAN) setups. Robust network management tools further contribute to the f= oundational aspects of RDK-B, ensuring efficient operation and control.
Tailored to meet the specific needs of operators, RDK-B incorporates hom= e security and automation functionalities, reinforcing the protection of us= ers and their connected environments. Intrusion detection and cloud-based f= eatures are integral components, providing a secure and intelligent framewo= rk for broadband services. Telemetry support enhances data gathering and an= alysis, facilitating informed decision-making, while self-healing mechanism= s contribute to system resilience. The inclusion of Multicast (MABR) capabi= lities enhances content delivery efficiency in multicast scenarios.
In the realm of advanced features, RDK-B goes beyond the basics to offer= sophisticated device management tools, advanced routing and IP features, a= nd secure transport through VPN/IPSEC protocols. A focus on advanced Wi-Fi = and mesh integration ensures optimal wireless connectivity, while robust pa= rental controls provide users with the ability to manage and monitor access= .
Let's dive into RDK-B's profiles, starting with Router and Extender, unc=
overing how they shape seamless connectivity.
For a basic grouping of RDK Broadband features across router an=
d extender profiles, please refer below diagram:
A router serves as a central hub for distributing internet connectivity = in homes or offices, managing seamless data transmission through wired and = wireless connections. The RDK-B router profile offers comprehensive LAN man= agement capabilities, empowering users to configure and manage their local = area network settings effectively. This includes features like DHCP (Dynami= c Host Configuration Protocol) server for automatic IP address assignment, = NAT (Network Address Translation) for private network connectivity, and fir= ewall settings for network security. In terms of WAN management, RDK-B supp= orts various technologies such as EthWAN (Ethernet WAN), DSL (Digital Subsc= riber Line), GPON (Gigabit Passive Optical Network), and LTE (Long-Term Evo= lution). These technologies enable flexible and reliable connections to dif= ferent types of internet services.
The RDK-B WiFi extender is designed to extend the WiFi range for w= ireless clients. It operates in conjunction with the RDKB gateway and broad= casts the same SSID as the gateway, ensuring seamless connectivity. The har= dware of the WiFi extender is cost sensitive, and it does not require all t= he software components of the gateway. Acting as a Layer-2 switch, it suppo= rts various RF technologies like MoCA, Wi-Fi, Zigbee, and BLE for user devi= ce connectivity. The extender can establish backhaul IP connectivity using = MoCA, Ethernet, or WiFi. The RDKM utilizes the Turris Omnia as a reference = extender platform, which is an Ethernet-based router and facilitates the de= velopment of a tri-band design.
Getting Started:
User Guides:
API References:
RDK-B Profiles: