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Virtual CCAP Core (Evo)
Virtual CCAP (vCCAP) Core solutions are the central intelligence of modern HFC and DAA (Distributed Access Architecture) networks, implementing traditional CCAP functions in a software-based form. They enable virtualized, cloud-based or data center-based management of DOCSIS and video services, thus significantly increasing network flexibility and scalability.
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The solutions in this category typically run on standard IP infrastructure. They guarantee high-bandwidth, low-latency data traffic between the vCCAP Core and network edge devices (Remote PHY / Remote MACPHY nodes). The IP-based architecture enables flexible resource management and rapid service deployment. One of the biggest advantages of the virtual CCAP Core architecture is hardware-independent scalability and automation, which reduces investment and operating costs while increasing network availability. Software-based operation enables dynamic capacity expansion and centralized management of services.
Hardware DOCSIS eCore, hybrid Core
Hardware DOCSIS eCore and hybrid Core solutions provide a bridge between traditional and modern cable network architectures. Platforms like the Aurora E6000 combine classic, dedicated hardware-based CCAP functionality with modern IP-based and virtualized network approaches, providing service providers with a flexible and future-proof infrastructure. The hybrid Core architecture allows service providers to gradually migrate to DAA (Distributed Access Architecture) while maintaining the functionality and compatibility of existing networks.
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A key advantage of the system is its high capacity and reliability, making it suitable for serving large subscriber bases. Advanced redundancy, scalable expandability, and centralized management ensure stable operation and continuous availability of business-critical services.
Hybrid operation enables efficient coexistence of DOCSIS services and IP-based data traffic, while supporting future network modernization, such as Remote PHY or Remote MACPHY solutions. This is especially important for those for service providers who follow a gradual network development strategy.”
DAA network R-PHY Shelf and Node devices
These devices are the key elements of modern HFC networks, which enable the transformation of the traditional centralized architecture into a distributed, IP-based infrastructure. The essence of the Remote PHY (R-PHY) technology is that the RF functions are moved to the edge of the network (node level), while the control and signal processing remain in the central Core environment.
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The solutions in this category provide a complete DAA infrastructure for the modernization of the access network. These devices are suitable for DOCSIS and video RF IP-based signals R‑PHY shelf systems enable the aggregation of high-density Remote PHY devices, while the nodes provide the RF interface to the subscriber network. The various node types enable the gradual modernization of the existing infrastructure.
Integral parts of the system are high-performance 10G aggregation IP switches, which ensure the necessary low-latency and high-bandwidth IP connection between the Core and the access layer. These devices play a key role in scalability and handling high-capacity data traffic.
One of the biggest advantages of the DAA architecture is increasing network efficiency, reducing noise sensitivity and better utilization of spectrum, which directly contributes to improving the performance of DOCSIS 3.1/4.0 services. In addition, modularity and software-controlled operation significantly simplify operation and network development.
Modems and HGWs
DOCSIS modems and Home Gateway devices are essential elements of modern cable Internet connections, which ensure fast and stable data transmission in a home or office environment. These devices not only allow you to connect to the service provider’s network, but also often act as integrated routers and Wi-Fi access points.
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The models in the range – such as Humax Infinity 401, Humax HGF-310 or Technicolor CGA-437 – offer reliable performance and modern technology. Support for the DOCSIS standard guarantees high bandwidth and low latency, which is ideal for streaming, online gaming and work. The special advantage of HGW devices is that they combine several functions in a single device, thus providing simpler network management and less cabling. Thanks to advanced security solutions, users are protected against network threats. These modems and gateways are an excellent choice for anyone looking for a stable, high-performance Internet connection. Choose from our range and find the DOCSIS solution that best suits your needs.
DAA video - traditional EdgeQAM at R-PHY Shelf
These solutions enable the integration of classic EdgeQAM-based video services into modern, distributed access networks (DAA). These systems ensure that traditional DVB-C broadcast services continue to operate reliably while the network gradually transitions to an IP-based architecture. The devices in this category act as universal EdgeQAM platforms that are capable of QAM modulation of content from IP or ASI sources and converting it into an RF signal.
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This enables direct interfacing of video services with R-PHY shelf systems, where the RF signal is already transmitted to subscribers at the edge of the network. These solutions are of paramount importance in hybrid network environments where service providers operate both traditional QAM-based and modern IP-based services. EdgeQAM devices ensure stable, jitter-free RF output while supporting high channel density and flexible configurability. The systems have the advantage of modular design and scalability, which allows for capacity expansion on demand and easy provisioning of services migration to the DAA architecture. Advanced management and monitoring functions contribute to the efficient operation of the network and maintenance of service quality.
DAA video Aux Core solutions
The category includes advanced, central video processing systems that support video services operating in Distributed Access Architecture (DAA) environments. These systems play a key role in the preparation, multiplexing and distribution of broadcast and IP-based video streams before they are delivered to the R-PHY-based access network. Solutions in this category offer scalable, modular and often virtualized platforms that can handle linear TV, IPTV and OTT content simultaneously.
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These devices ensure the unification and optimization of video streams, thus effectively supporting hybrid RF and IP-based services. One of the biggest advantages of Aux Core systems is centralized processing and resource sharing, which reduces network complexity and enables flexible scaling of services. Advanced management and automation features allow service providers to quickly respond to changing demands while maintaining high service quality. In the DAA video environment, these solutions work closely with the vCCAP Core and R-PHY network elements to ensure efficient IP-based video delivery and stable RF services, which is especially important in high-channel, high-bandwidth networks.
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