Advanced HFC

Advanced HFC

Bandwidth demand keeps growing, and your subscribers expect connectivity that’s always reliable. Centralized access architectures often can’t keep up — limited by fiber capacity, headend space and the resources needed to manage increasingly complex networks. That’s where advancing technology for Hybrid Fiber-Coax (HFC) workflows make a real difference for your network.

ATX’s solutions bring key network functions closer to the people who depend on them, extending the digital domain deeper into your network. Combined with intelligent monitoring, remote control and resilient standby power, ATX gives you a clearer, more manageable path to DOCSIS 4.0, while improving performance, simplifying operations and reducing the need for field intervention.

White Blocks with Green Icons
animated checkmark icon

Increase network capacity

Use digital optical transport to improve fiber efficiency and support growing bandwidth demand.

animated checkmark

Improve reliability

Move key functions closer to subscribers and gain greater visibility into network performance.

animated checkmark

Reduce field intervention

Use monitoring and remote control to identify issues sooner and simplify troubleshooting.

animated checkmark icon

Reclaim headend resources

Reduce specialized hardware, rack space, power and cooling requirements.

animated checkmark

Scale in practical stages

Modernize priority areas while extending the value of existing HFC infrastructure.

animated checkmark

Prepare for DOCSIS 4.0

Create a distributed, software-driven foundation for continued network evolution.

The ATX approach

Deploy it whole or one piece at a time. Start with what matters most right now and add the rest when you’re ready. Each solution integrates with the rest so your network grows the way you need it to — not the way a vendor wants to sell it to you.

Blocks with Icons

Video without the wait

The GigaPass® RF R-PHY Video Engine lets you deploy Remote-PHY nodes now, while the complexities of a full CCAP (Converged Cable Access Platform) video core get worked out on your schedule.

Digital optical transport

The GigaWave® Opti-HUB brings optical amplification, switching, passive management and remote status monitoring into a compact, node-sized platform. You can consolidate hub sites, extend optical reach, add path redundancy and reduce the real estate, HVAC and staffing burden associated with traditional facilities.

Next-gen optical nodes

The GigaXtend® GS7 1.8GHz Optical Node carries your installed GS7000 base forward. It’s field-upgradeable to 1.8GHz, Remote-PHY and PON (Passive Optical Network) without enclosure changes, so the node you have becomes the node you need.

Connected amplifiers

GigaXtend GMC Series 1.8GHz Amplifiers can integrate optional transponder functionality directly into the amplifier module, eliminating external transponder hardware and RF cabling. Once equipped, you can monitor and manage each amplifier remotely as an addressable element, while DOCSIS, video and IP traffic continue uninterrupted.

Futureproof passives

GigaXtend XS Series 2GHz taps and passives mean the hardline you install today carries you through DOCSIS 4.0 and beyond, with no major alterations to the coaxial plant.

Resilient Standby Power

As networks move critical functions into the outside plant, reliable standby power becomes essential. Areca™ Energy Storage solutions provide long service life, rapid recharge and minimal maintenance. With reliable performance across a wide temperature range, Areca strengthens network resilience beyond traditional battery technologies.

Monitoring and control

Meeting rising bandwidth and reliability demands requires more than distributing network functions. You also need real-time visibility and remote control to manage a more complex outside plant, reduce field intervention and support a resilient path to DOCSIS 4.0. Connected monitoring and control to prevent complexity from shifting into the field is more important than ever. Achieve greater visibility across optical transport, nodes, amplifiers and standby power so that your team identifies issues sooner, accelerates troubleshooting, reduces field intervention and protects service continuity.

Row with image left, text & CTA right, hover color
GigaWave Opti-HUB - External housing and modular components

Monitor optical amplification, switching and platform status remotely to protect critical transport paths and strengthen network reliability. The GigaWave Opti-HUB’s integrated controller supports remote monitoring and control through web and SNMP (Simple Network Management Protocol) interfaces.

ATX GigaXtend Node and handheld

Provide localized connectivity between transponder-equipped amplifiers and remote monitoring and control workflows across the serving area.

GigaXtend GMC 1.8GHz Amps

Embedded transponders provide access to amplifier performance data, spectrum information and configuration controls — helping you identify issues faster and simplify maintenance across the cascade. GigaXtend Amplifiers can also integrate directly with Harmonic cOS™ Amply for centralized monitoring and troubleshooting.

ATX GigaXtend Orchestrator

Give your technicians tools for configuring, aligning and troubleshooting GigaXtend nodes and amplifiers, while preserving configuration information for future reference.

ATX Areca Command RMU and Areca Element Hybrid Supercapacitors

Monitor voltage, available current, charging status and alerts remotely to confirm backup readiness and reduce manual inspections.

Why ATX

ATX combines a broad access network portfolio, upgradeable platforms and end-to-end expertise to help you modernize with less complexity, protect existing investments and prepare for what comes next.

Grey Image block, hover & button
FPO

Built for the entire
access network

ATX brings together digital optical transport, next-generation nodes, connected amplifiers, taps and passives, intelligent monitoring and resilient standby power — giving you complementary solutions across the access network.

IP cable and fiber background

Protect what you have and
prepare for what’s next

Field-upgradeable and modular platforms help you add capacity, visibility and control, while extending the value of existing HFC infrastructure and preparing for DOCSIS 4.0 and future architectures.

staff reviewing computer information in warehouse

Expertise from design
through optimization

ATX Professional Services supports every stage of network transformation, including site surveys, design, logistics, deployment, certification and optimization.

Let's map your network's next step

Whether your next step involves digital optical transport, video transition, next-generation nodes, connected amplifiers, futureproof taps and passives or resilient standby power, ATX can help you build a practical HFC strategy for your network.

Request a Consultation

Request Sales Call Back