I-CCAP
Virtualized
PON
MB120 - Line Amplifier
BLE120 - Line Extendor
Headend
Outside Plant
On Premises
I-CCAP
Outside Plant
On Premises
NC4000 Optical Node Platform with Remote PHY Device
Headend
Distributed
OR
Remote PHY Device
On Premises
Outside Plant
Headend
Virtualized
Scroll
NC4000 Optical Node Platform XE4202 Remote OLT
Headend
Outside Plant
On Premises
PON
Learn more
>>
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>>
CommScope offers migration paths that allow operators to get the most out of their existing HFC infrastructure. With CommScope’s fiber densification solutions, operators can roll out advanced network options targeting higher capacity, lower latency, enhanced security and reduced operational costs—at a pace that doesn’t strain workforce or budget.
Industry leading broadband CPE devices for multi-gigabit architectures
NVG578
PON Gateways
NC4000 Optical Node
Platform XE4202 Remote OLT
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture.
Learn more
ICX7850-48FS CIN Networking Switch
Learn more
Service providers are actively looking for ways to facilitate the shift of QAM-based HFC distribution technologies to IP-based access networks in those scenarios where it makes sense. CommScope OBI-free RFoG and 10G EPON solutions provide robust, cost-effective, scalable migration paths for symmetrical and multi-gigabit services to residential and commercial customers.
PON
Learn more
DOCSIS 3.1 Modem
Industry leading broadband CPE devices for multi-gigabit architectures
DOCSIS 3.1 Gateways & Modems
NC4000 Optical Node
Platform XE4202 Remote OLT
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture.
Learn more
E6000R Remote PHY Shelf
The ARRIS Remote PHY Shelf enables MSOs to deploy digital fiber closer to end subscribers while making the change easier for existing HFC networks, alleviating the need to modify fiber nodes as it works with nodes from any vendor.
Learn more
ICX7850-48FS CIN Networking Switch
Converged Interconnect Network (CIN) connecting
R-PHY Devices RPDs
Learn more
vCore Virtual CCAP Core
CommScope’s Virtual CCAP Core (vCore) platform is specifically optimized for broadband and video service delivery. It runs on commercial off-the-shelf server hardware utilizing industry standards of microservices
and containerization.
Learn more
Networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Virtualized
Learn more
DOCSIS 3.1 Modem
Industry leading broadband CPE devices for multi-gigabit architectures
Learn more
NC4000 Optical Node Platform with Remote PHY Device
Flexible node platform that can be configured or evolved from an I-CCAP, DAA,
or PON architecture.
Learn more
ICX7850-48FS CIN Networking Switch
Learn more
E6000 CER CMTS
Hybrid HFC system that can operate as an Integrated CCAP or eCore for DAA operation.
Learn more
Distributed access architecture (DAA) enables the evolution of cable networks by decentralizing and virtualizing headend and network functions. DAA extends the digital portion of the headend or hub domain out to the fiber-optic node and places the digital-to-RF interface at the optical-coaxial boundary in the node. Replacing the analog optics from the headend converts the fiber link to a digital fiber Ethernet link, increasing the available bandwidth by improving fiber efficiencies (wavelengths and distance) and directional alignment with the NFV/SDN/FTTx systems of the future.
Remote PHY
Learn more
DOCSIS 3.1 Modem
Industry leading broadband CPE devices for multi-gigabit architectures
Learn more
CommScope 1.2 GHz
Line Extender
For cable operators looking to ensure maximum backwards compatibility and scalability and protect network investments, ARRIS offers solutions that deliver new services with minimal CAPEX, enhance network efficiency, and increase subscriber satisfaction.
Flex Max® FM331-LE
Drop-in RF modules are a cost-effective way for operators to upgrade networks with existing legacy C-COR 2-port housings—such as the FlexNet 700 series, Flex Max® FM340 series, and Flex Max FM330 series line extenders—with minimal network disruption.
RF Line Extenders & Amplifiers
NC4000 Optical Node Platform
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture
Learn more
CH3000 Head End Optics Platform
Industry-leading, flexible inside-plant HEO platforms that deliver HFC-based signal transport solutions to increase subscriber bandwidth in the network.
Learn more
E6000 CER CMTS
Hybrid HFC system that can operate as an Integrated CCAP or eCore for DAA operation.
Learn more
Service providers need increased head-end bandwidth capacity from their integrated CCAP (I-CCAP) solutions, with the capability to scale high-speed data, voice over IP, and video services. They want the flexibility to support HFC, DAA and PON while leveraging the investment in their installed base of network hardware. CCAP Enables operators to offer world-class performance for advanced, carrier-grade voice, high-speed data, and IPTV services. Converged Edge Router (CER) - flexible, upgradeable CCAP™ for integrated, DAA, and 10G EPON deployments
CCAP
DOCSIS 3.1 Deployment
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
vCore Virtual CCAP Core
CommScope’s Virtual CCAP Core (vCore) platform is specifically optimized for broadband and video service delivery. It runs on commercial off-the-shelf server hardware utilizing industry standards of microservices
and containerization.
Learn more
vCore Virtual CCAP Core
CommScope’s Virtual CCAP Core (vCore) platform is specifically optimized for broadband and video service delivery. It runs on commercial off-the-shelf server hardware utilizing industry standards of microservices
and containerization.
Learn more
Optical Node Platform
XE4202 Remote OLT
PON
OR
Remote PHY Device
vCore Virtual CCAP Core
Management Plane
Video Unified Edge
Virtualized
Optical Node Platform with Remote PHY Device
Remote PHY
MB120 - MiniBridger Amplifier
BLE120 - Line Extender
CH3000 Head End
Optics Platform
I-CCAP
Headend
Outside Plant
On Premises
Scroll
Learn more
>>
Learn more
>>
The migration path to tomorrow’s bandwidth
Optimize broadband & video delivery with multiple migration paths improving network efficiency and flexibility. Get the most out of your existing HFC infrastructure, reduce latency and improve the user experience.
Actives
Passives
E6000 CER CMTS
Hybrid HFC system that can operate as an Integrated CCAP or eCore for DAA operation.
Learn more
CommScope 1.2 GHz MiniBridger Amplifier
Enables cable operators to take advantage of their DOCSIS® 3.1 migration with enhanced network efficiency and increased subscriber satisfaction, while maintaining backward compatibility, scalability, and protecting network investments with minimal additional CAPEX.
RF Line Extenders & Amplifiers
CommScope 1.2 GHz Line Extender
Enables cable operators to take advantage of DOCSIS 3.1 efficiencies while maintaining backward compatibility of existing 750 MHz, 870 MHz, and 1 GHz systems
RF Line Extenders & Amplifiers
CommScope Optical Node Platform
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture
Learn more
Optical Node Platform
XE4202 Remote OLT
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture.
Learn more
Optical Node Platform
with Remote PHY Device
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture.
Learn more
NG4 Access
The industry’s most innovative inside-plant head end optics solutions featuring the highest packaging density and lowest power consumption.
Learn more
Industry leading broadband CPE devices for multi-gigabit architectures
Passive Optical Network (PON) Gateways
PON Gateways
DOCSIS 3.1 Modem
Industry leading broadband CPE devices for multi-gigabit architectures
DOCSIS 3.1 Gateways & Modems
Learn more
ICX7850-48FS CIN Networking Switch
High performance Ethernet switching, with the flexibility to evolve from simple single-layer networks suitable for small/medium sized deployments as used in Distributed Access Architectures (DAA).
Learn more
CommScope Headend Optics Platform
Industry-leading, flexible inside-plant HEO platforms that deliver HFC-based signal transport solutions to increase subscriber bandwidth in the network.
Learn more
vCore Virtual CCAP Core
CommScope’s Virtual CCAP Core (vCore) platform is specifically optimized for broadband and video service delivery. It runs on commercial off-the-shelf server hardware utilizing industry standards of microservices and containerization.
Learn more
Video Unified Edge (VUE)
Video Unified Edge (VUE) is a suite of modular software functions deployable in the Service Provider's cloud environment that virtualize the legacy video headend network. VUE replaces traditional appliance products with software functions, simplifies the network and automates configuration. In a DAA (Distributed Access Architecture) the VUE functions as a video core supporting both video data and control plane
Learn more
Domain Manager
Domain manager is a comprehensive management and orchestration platform supporting open standards SDN-based interfaces. It facilitates the rollout and management of DAA networks
Learn more
I-CCAP
DOCSIS 3.1 Deployment
Remote PHY
Learn more
Networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Virtualized
Learn more
Service providers are actively looking for ways to facilitate the shift of QAM-based HFC distribution technologies to IP-based access networks in those scenarios where it makes sense. CommScope OBI-free RFoG and 10G EPON solutions provide robust, cost-effective, scalable migration paths for symmetrical and multi-gigabit services to residential and commercial customers.
PON
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Remote MACPHY
Optical Node Platform
with Remote MACPHY Device
The E6000n RD2322 Remote MACPHY Device (RMD) moves the MAC layer functions of the headend/hub out to the fiber optic node and places the digital/RF interface (i.e., the PHY layer) at the optical/coax boundary.
Learn more
As the newest step in the continuing evolution towards a fully virtualized Distributed Access Architecture (DAA), Remote MACPHY Device (RMD) moves the MAC layer functions of the headend/hub out to the fiber optic node and places the digital/RF interface (i.e. the PHY layer) at the optical/coax boundary. This strategic move offers many potential benefits, including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, decreased loads on headend facility space and power systems, and directional alignment with NFV/SDN/FTTx systems of the future.
Remote MACPHY
The Virtual Headend
Virtualized
On Premises
Outside Plant
Headend
Virtualized
Remote MAC/PHY
Networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Virtualized
The Virtual Headend
NC4000 Optical Node
Platform XE4202 Remote OLT
Flexible node platform that can be configured or evolved from an I-CCAP, DAA, or PON architecture.
Learn more
Virtualized
High performance Ethernet switching, with the flexibility to evolve from simple single-layer networks suitable for small/
medium sized deployments as used in Distributed Access Architectures (DAA).
High performance Ethernet switching, with the flexibility to evolve from simple single-layer networks suitable for small/
medium sized deployments as used in Distributed Access Architectures (DAA).
Moving existing HFC networks into the future
On Premises
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
Learn more
Distributed access architecture (DAA) enables the evolution of cable networks by decentralizing and virtualizing headend and network functions. DAA extends the digital portion of the headend or hub domain out to the fiber-optic node and places the digital-to-RF interface at the optical-coaxial boundary in the node. Replacing the analog optics from the headend converts the fiber link to a digital fiber Ethernet link, increasing the available bandwidth by improving fiber efficiencies (wavelengths and distance) and directional alignment with the NFV/SDN/FTTx systems of the future.
Service providers need increased head-end bandwidth capacity from their integrated CCAP (I-CCAP) solutions, with the capability to scale high-speed data, voice over IP, and video services. They want the flexibility to support HFC, DAA and PON while leveraging the investment in their installed base of network hardware. CCAP Enables operators to offer world-class performance for advanced, carrier-grade voice, high-speed data, and IPTV services. Converged Edge Router (CER) - flexible, upgradeable CCAP™ for integrated, DAA, and 10G EPON deployments
E6000R Remote PHY Shelf
The ARRIS Remote PHY Shelf enables MSOs to deploy digital fiber closer to end subscribers while making the change easier for existing HFC networks, alleviating the need to modify fiber nodes as it works with nodes from any vendor.
Optical Node Platform with Remote MACPHY Device
At current growth rates, internet services (including data-intensive gaming, virtual reality and OTT HD video) combined with today’s digital TV services will consume the entire capacity of today’s HFC networks in just a few years. Networks must start evolving now to survive.
CommScope offers migration paths that allow operators to get the most out of their existing HFC infrastructure. With CommScope’s fiber densification solutions, operators can roll out advanced network options targeting higher capacity, lower latency, enhanced security and reduced operational costs—at a pace that doesn’t strain workforce or budget.
Optimize broadband & video delivery with multiple migration paths improving network efficiency and flexibility. Get the most out of your existing HFC infrastructure, reduce latency and improve the user experience.
Moving existing HFC networks
into the future
Actives
Passives
CH3000 Head End
Optics Platform
The migration path to tomorrow’s bandwidth
At current growth rates, internet services (including data-intensive gaming, virtual reality and OTT HD video) combined with today’s digital TV services will consume the entire capacity of today’s HFC networks in just a few years. Networks must start evolving now to survive.
Domain Manager
Video Unified Edge
I-CCAP
Distributed
PON
BLE120 - Line Extender
FM902 - Trunk and Bridge Amplifier
FM332 - Line Extender
CommScope 1.2 GHz Trunk and Bridger Amp
With 1.2 GHz Downstream and 204 MHz Upstream
bandpass, enables cable operators to increase forward capacity by and upstream capacity by 240%.
RF Line Extenders & Amplifiers
CommScope 1.2 GHz Line Extender
1.2 GHz line extender amplifiers integrate with legacy HFC
architectures and equipment to deliver next generation
functionality and performance. The CommScope portfolio
features the world’s most widely deployed RF amplifier
solutions providing unrivaled performance and reliability.
RF Line Extenders & Amplifiers
RF Line Extenders & Amplifiers
Remote PHY
BLE120 - Line Extendor
MB120 - Line Amplifier
CommScope 1.2 GHz
Line Extender
For cable operators looking to ensure maximum backwards compatibility and scalability and protect network investments, CommScope offers solutions that deliver new services with minimal CAPEX, enhance network efficiency, and increase subscriber satisfaction.
RF Line Extenders & Amplifiers
CommScope 1.2 GHz
Amplifier
Enables cable operators to take advantage of DOCSIS® 3.1 efficiencies while maintaining backward compatibility, scalability, and protect network investments with minimal CAPEX. While enhancing network efficiency and increasing subscriber satisfaction.
RF Line Extenders & Amplifiers
View 4x4 architecture
Home
MB120 - MiniBridger Amplifier
Optimize broadband & video delivery with multiple migration paths improving network efficiency and flexibility. Get the most out of your existing HFC infrastructure, reduce latency and improve the user experience.
Moving existing HFC networks
into the future
Actives
Passives
I-CCAP
Distributed
PON
Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Aerial Coaxial Cable
Underground cable in conduit
RF TAP
Aerial drop cable
Drop cable in conduit
Coax ground block
RF splitters
Wall Plate
Headend
Outside Plant
On Premises
I-CCAP
NG4 Access
Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Aerial Coaxial Cable
Underground cable in conduit
RF TAP
Aerial drop cable
Drop cable in conduit
Coax ground block
RF splitters
Headend
Outside Plant
On Premises
Distributed
Distributed
OR
Headend
Outside Plant
On Premises
Virtualized
Headend
Outside Plant
On Premises
PON
Learn more
>>
Learn more
>>
The migration path to tomorrow’s bandwidth
At current growth rates, internet services (including data-intensive gaming, virtual reality and OTT HD video) combined with today’s digital TV services will consume the entire capacity of today’s HFC networks in just a few years. Networks must start evolving now to survive.
CommScope offers migration paths that allow operators to get the most out of their existing HFC infrastructure. With CommScope’s fiber densification solutions, operators can roll out advanced network options targeting higher capacity, lower latency, enhanced security and reduced operational costs—at a pace that doesn’t strain workforce or budget.
RealFlex® Fiber Optic Drop Cable for indoor applications
Premise Fiber
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
OWB Fiber Optic Wall Mount Fiber Box.
Compact sized with multiple cable entry point options. Used as a premises connection device in FTTH networks
Fiber Wall Box
Learn more
Fiber drop cables are factory-terminated and environmentally sealed. Designed to withstand the rugged outside plant environment. They simplify installation and maintenance by reducing splicing requirements in the distribution portion of the network.
Fiber Drop Cable
Learn more
In the race to connect, FTTH providers need to deploy fast and with the agility that ensures the best network experience. The CommScope family of fiber access terminals is the industry’s most versatile—offering solutions that are easy to deploy, maximize labor productivity, and have the speed, density and flexibility to meet the needs of today and tomorrow
Fiber Terminals
Learn more
Fiber distribution hubs (FDH) are a robust, technician-friendly and cost-effective solution for connecting feeder and distribution cables in FTTx and FTTH networks. Whether the network is point-to-point fiber, ring, or point-to-multipoint, the FDH can handle the connectivity with ease and economy.
Fiber Distribution Hubs and Cabinets
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
Node Service Cable Assemblies are factory-terminated for use in node installations Environmentally sealed and tested Designed for fast installation between splicing in a closure transitioning to a node.
Node Fiber Service Cable
Learn more
To tackle the variety of challenges service operators face when deploying fiber, CommScope’s fiber splice closures deliver on the key criteria of reliability, installability, flexibility and speed of deployment. DWDM modules can be fully integrated in our fiber splice closures.
Feeder Fiber Splice Closure
Learn more
CommScope’s outside plant fiber cables are made with high-performance, standards-compliant materials. Many cables are available with CommScope’s patented LightScope ZWP® (Zero Water Peak) technology, enabling them to transmit 30 percent more usable spectrum than standard singlemode cables.
Outdoor fiber cable
Learn more
With Rapid Fiber™ panels,
deployment of fiber cabling is fast and easy. Each panel features up to 100 feet of microcable on a self-contained RapidReel spool and is factory terminated to a single fiber breakout (SC or LC) or MPO—for plug-and-play simplicity. The result is high-performance fiber connectivity built into an easy-to-use, compact panel.
Rapid Panel
Learn more
Optical Distribution Frame
CommScope’s optical distribution frames (ODF) and racks are designed to fit a variety of fiber and copper cabling applications. Each ODF type is designed with an emphasis on superior cable management and ease of use.
The NG4access ODF offers flexibility of configuration and on-frame splicing through a full front and rear access platform with industry-leading density.
The FACT ODF (utilizing the popular FIST framework) provides full front accessibility, tool-less installation and ultra-high density connectivity in a highly modular, lightweight frame.
Learn more
Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
Service providers are actively looking for ways to facilitate the shift of QAM-based HFC distribution technologies to IP-based access networks in those scenarios where it makes sense. CommScope OBI-free RFoG and 10G EPON solutions provide robust, cost-effective, scalable migration paths for symmetrical and multi-gigabit services to residential and commercial customers.
PON
Learn more
Networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Virtualized
Learn more
CommScope offers a number of reliable passive devices for your RF networks. Our coaxial splitters are manufactured to the highest standards to ensure that active components in the network function efficiently and effectively.
We pay special attention to soldering, sealing, and the use of non-ferric-based designs to prevent network interference such as passive intermodulation.
RF splitters
Learn more
Coax ground block
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future.
Drop cable in conduit
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Aerial drop cable
CommScope offers a full portfolio of 1.2 GHz power bypass, power extracting, equalizing and multi-tap taps for managing power and signal distribution in a variety of HFC network configurations. CommScope RF taps offer flexible installation options and interchangeable housings that allow customers to quickly and easily upgrade their existing units for 1.2 GHz functionality.
RF TAP
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside
our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future
Underground cable in conduit
Learn more
Node Service Cable Assemblies are factory-terminated for use in node installations Environmentally sealed and tested Designed for fast installation between splicing in a closure transitioning to a node.
Node Fiber Service Cable
Learn more
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
Learn more
CommScope’s outside plant fiber cables are made with high-performance, standards-compliant materials. Many cables are available with CommScope’s patented LightScope ZWP® (Zero Water Peak) technology, enabling them to transmit 30 percent more usable spectrum than standard singlemode cables.
Outdoor fiber cable
Learn more
Distributed access architecture (DAA) enables the evolution of cable networks by decentralizing and virtualizing headend and network functions. DAA extends the digital portion of the headend or hub domain out to the fiber-optic node and places the digital-to-RF interface at the optical-coaxial boundary in the node. Replacing the analog optics from the headend converts the fiber link to a digital fiber Ethernet link, increasing the available bandwidth by improving fiber efficiencies (wavelengths and distance) and directional alignment with the NFV/SDN/FTTx systems of the future.
Distributed
Learn more
HomeConnect® Wall Plate, with F81 barrel splice
Wall Plate
Learn more
CommScope offers a number of reliable passive devices for your RF networks. Our coaxial splitters are manufactured to the highest standards to ensure that active components in the network function efficiently and effectively.
We pay special attention to soldering, sealing, and the use of non-ferric-based designs to prevent network interference such as passive intermodulation.
RF splitters
Learn more
HomeConnect® Ground Block, brass, 1 GHz
Coax ground block
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future.
Drop cable in conduit
Learn more
To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
Learn more
Durable, field-proven, drop cable performance· Meets and exceeds SCTE standards to 1218 MHz. Operating range from 5 to 3000 MHz.
Aerial drop cable
Learn more
CommScope offers a full portfolio of 1.2 GHz power bypass, power extracting, equalizing and multi-tap taps for managing power and signal distribution in a variety of HFC network configurations. CommScope RF taps offer flexible installation options and interchangeable housings that allow customers to quickly and easily upgrade their existing units for 1.2 GHz functionality.
RF TAP
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside
our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future
Underground cable in conduit
Learn more
Developed to provide low RF attenuation and to integrate easily with existing plant cable, these hardline cables meet the increasing demands of modern broadband networks. Polyethylene (PE) dielectric features closed-cell gas expanded foaming technology, with an impressive signal propagation at 87 percent of the speed of light.
Aerial Coaxial Cable
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Node Service Cable Assemblies are factory-terminated for use in node installations Environmentally sealed and tested Designed for fast installation between splicing in a closure transitioning to a node.
Node Fiber Service Cable
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Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
Outside Plant
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CommScope’s outside plant fiber cables are made with high-performance, standards-compliant materials. Many cables are available with CommScope’s patented LightScope ZWP® (Zero Water Peak) technology, enabling them to transmit 30 percent more usable spectrum than standard singlemode cables.
Outdoor fiber cable
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Wavelength division multiplexers (WDMs) and de-multiplexers are used to combine multiple signals for transport on a single fiber (multiplexing) and to separate combined signals for distribution to multiple destinations (de-multiplexing). This increases the bandwidth available on your existing fiber.
DWDM modules
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With Rapid Fiber™ panels,
deployment of fiber cabling is fast and easy. Each panel features up to 100 feet of microcable on a self-contained RapidReel spool and is factory terminated to a single fiber breakout (SC or LC) or MPO—for plug-and-play simplicity. The result is high-performance fiber connectivity built into an easy-to-use, compact panel.
Rapid Panel
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Optical Distribution Frame
CommScope’s optical distribution frames (ODF) and racks are designed to fit a variety of fiber and copper cabling applications. Each ODF type is designed with an emphasis on superior cable management and ease of use.
The NG4access ODF offers flexibility of configuration and on-frame splicing through a full front and rear access platform with industry-leading density.
The FACT ODF (utilizing the popular FIST framework) provides full front accessibility, tool-less installation and ultra-high density connectivity in a highly modular, lightweight frame.
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Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
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Service providers need increased head-end bandwidth capacity from their integrated CCAP (I-CCAP) solutions, with the capability to scale high-speed data, voice over IP, and video services. They want the flexibility to support HFC, DAA and PON while leveraging the investment in their installed base of network hardware. CCAP Enables operators to offer world-class performance for advanced, carrier-grade voice, high-speed data, and IPTV services. Converged Edge Router (CER) - flexible, upgradeable CCAP™ for integrated, DAA, and 10G EPON deployments
CCAP
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Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Fiber Distribution Hub
Fiber Terminal
Fiber Drop Cable
Fiber Wall Box
Premise Fiber
PON
OR
Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Aerial Coaxial Cable
Underground cable in conduit
RF TAP
Aerial drop cable
Drop cable in conduit
Coax ground block
RF splitters
Virtualized
NG4 Access
Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Aerial Coaxial Cable
Underground cable in conduit
RF TAP
Aerial drop cable
Drop cable in conduit
Coax ground block
RF splitters
Distributed
Optical Distribution Frame
Rapid Panel
DWDM modules
Outdoor fiber cable
Feeder Fiber Splice Closure
Node Fiber Service Cable
Aerial Coaxial Cable
Underground cable in conduit
RF TAP
Aerial drop cable
Drop cable in conduit
Coax ground block
RF splitters
I-CCAP
Headend
Outside Plant
On Premises
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The migration path to tomorrow’s bandwidth
At current growth rates, internet services (including data-intensive gaming, virtual reality and OTT HD video)
combined with today’s digital TV services will consume the entire capacity of today’s HFC networks in just a
few years. Networks must start evolving now to survive.
CommScope offers migration paths that allow operators to get the most out of their existing HFC infrastructure.
With CommScope’s fiber densification solutions, operators can roll out advanced network options targeting higher capacity, lower latency, enhanced security and reduced operational costs—at a pace that doesn’t strain workforce or budget.
Optimize broadband & video delivery with multiple migration paths improving network efficiency and flexibility. Get the most out of your existing HFC infrastructure, reduce latency and improve the user experience.
Moving existing HFC networks into the future
Actives
Passives
Optical Distribution Frame
CommScope’s optical distribution frames (ODF) and racks are designed to fit a variety of fiber and copper cabling applications. Each ODF type is designed with an emphasis on superior cable management and ease of use.
The NG4access ODF offers flexibility of configuration and on-frame splicing through a full front and rear access platform with industry-leading density.
The FACT ODF (utilizing the popular FIST framework) provides full front accessibility, tool-less installation and ultra-high density connectivity in a highly modular, lightweight frame.
Learn more
With Rapid Fiber™ panels, deployment of fiber cabling is fast and easy. Each panel features up to 100 feet of microcable on a self-contained RapidReel spool and is factory terminated to a single fiber breakout (SC or LC) or MPO—for plug-and-play simplicity. The result is high-performance fiber connectivity built into an easy-to-use, compact panel.
Rapid Panel
Learn more
Wavelength division multiplexers (WDMs) and de-multiplexers (DWDM) are used to combine multiple signals for transport on a single fiber (multiplexing) and to separate combined signals for distribution to multiple destinations (de-multiplexing). This increases the bandwidth available on your existing fiber. Coexistence (CEx) elements allow you to support multiple services – ie XGS-PON and NGPON2 on a single fiber without changing the outside plant.
DWDM and CEx Modules
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CommScope’s outside plant fiber cables are made with high-performance, standards-compliant materials. Many cables are available with CommScope’s patented LightScope ZWP® (Zero Water Peak) technology, enabling them to transmit 30 percent more usable spectrum than standard singlemode cables.
Outdoor fiber cable
Learn more
To tackle the variety of challenges service providers face, CommScope’s fiber splice closures deliver on the key criteria of reliability, installability, flexibility and speed of deployment. Leveraging state-of-the art technology, wrap-around segmented seals are used in modular splice closures to easily accommodate new fiber cables with larger diameters.
NOVUX™, CommScope’s new-generation, complete FTTX ecosystem, is a natural evolution of today’s products and enables service providers to succeed in a fast-changing environment.
Feeder Fiber Splice Closure
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Node Service Cable Assemblies are factory-terminated for use in node installations Environmentally sealed and tested Designed for fast installation between splicing in a closure transitioning to a node.
Node Fiber Service Cable
Learn more
CommScope offers the new extended spectrum coax leveraging the enhanced manufacturing processing and testing capabilities. With verified performance to 3GHz and providing certified performance for 1.2 and 1.8 GHz networks and SCTE standards, these cables are future-ready and available now. Using WebTrak, P3® and QR® customers can quickly access individual test reports online for assurance and peace of min.
Aerial Coaxial Cable
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside
our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future
Underground cable in conduit
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CommScope offers a full portfolio of 1.2 GHz power bypass, power extracting, equalizing and multi-tap taps for managing power and signal distribution in a variety of HFC network configurations. CommScope RF taps offer flexible installation options and interchangeable housings that allow customers to quickly and easily upgrade their existing units for 1.2 GHz functionality.
RF TAP
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Durable, field-proven, the CommScope aerial drop cables performance meets and exceeds SCTE standards to 1218 MHz with operating range from 5 to 3000 MHz. CommScope’s Brightwire® ani-corrosive protection is a dry treatment designed to protect the integrity of your plant with no messy gels or floodants and is identifiable by its unique gold foil.
Aerial drop cable
Learn more
We offer the ability to pre-install any of our coaxial or fiber cables inside our high-density polyethylene (HDPE) continuous conduit to simplify installations and save on expenditures by purchasing only what is needed.
Our conduits are available in a multitude of diameters ranging from 3/4 to 2 inches and feature either a smooth or ribbed-wall design. In addition, these conduits can also include an embedded tone wire within the walls to make locating buried cable easier in the future.
Drop cable in conduit
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CommScope offers one or two piece forged brass ground block with nickel plating, galvanically compatible with copper ground wire. UL listed, 3 GHz design with 4-sided diamond shaped contact, the blocks have a unique split bolt ground clamp seizes without damaging ground wire.
Coax ground block
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RF splitters
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HomeConnect® Wall Plate, with F81 barrel splice
Wall Plate
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Fiber distribution hubs (FDH) and cabinets are a robust, technician-friendly and cost-effective solution for connecting feeder and distribution cables in almost any FTTH networks.
We’re eager to work with you to build effective solutions, both for today and for the future. Our selection is not limited to off-the-shelf items—once we understand your application needs, our network experts can design a cabinet solution that’s right for your deployment. We have the scope to handle any job.
Fiber Distribution Hubs and Cabinets
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In the race to connect, FTTH providers need to deploy fast and with the agility that ensures the best network experience. The CommScope family of fiber access terminals is the industry’s most versatile- offering solutions for any application and configuration leveraging a wide spectrum of technologies- single and multi-fiber, fiber indexing, optical tap and WDM.
NOVUX™, CommScope’s new-generation, complete FTTX ecosystem, is a natural evolution of today’s products and enables service providers to succeed in a fast-changing environment.
Fiber Terminals
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Fiber drop cables are factory terminated and environmentally sealed, designed to withstand the rugged outside plant environment. They simplify installation and maintenance by reducing splicing requirements in the distribution portion of the network.
Prodigy™, CommScope’s newest innovation in hardened connectivity, unlocks the potential of your fiber-to-the-home (FTTH) network with comprehensive solutions that install faster and simpler than ever. Prodigy is universally compatible with multiple hardened fiber connectors, making it a game-changer in plug-and-play FTTH solutions.
Fiber Drop Cable
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CommScope wall boxes are designed for use in both MDU (Multi Dwelling Unit) and SFU (Single Family Unit) environments. Our unrivalled breadth of low to high-density solutions with superior cable management provide the right-sized enclosures to fit a variety of space requirements, fast service turn-ups and build as you grow flexibility.
Fiber Wall Boxes
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RealFlex® Fiber Optic Drop Cable for indoor applications
Premise Fiber
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Service providers need increased head-end bandwidth capacity from their integrated CCAP (I-CCAP) solutions, with the capability to scale high-speed data, voice over IP, and video services. They want the flexibility to support HFC, DAA and PON while leveraging the investment in their installed base of network hardware. CCAP Enables operators to offer world-class performance for advanced, carrier-grade voice, high-speed data, and IPTV services. Converged Edge Router (CER) - flexible, upgradeable CCAP™ for integrated, DAA, and 10G EPON deployments
CCAP
Learn more
Distributed access architecture (DAA) enables the evolution of cable networks by decentralizing and virtualizing headend and network functions. DAA extends the digital portion of the headend or hub domain out to the fiber-optic node and places the digital-to-RF interface at the optical-coaxial boundary in the node. Replacing the analog optics from the headend converts the fiber link to a digital fiber Ethernet link, increasing the available bandwidth by improving fiber efficiencies (wavelengths and distance) and directional alignment with the NFV/SDN/FTTx systems of the future.
Distributed
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Networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Virtualized
Learn more
Service providers are actively looking for ways to facilitate the shift of QAM-based HFC distribution technologies to IP-based access networks in those scenarios where it makes sense. CommScope OBI-free RFoG and 10G EPON solutions provide robust, cost-effective, scalable migration paths for symmetrical and multi-gigabit services to residential and commercial customers.
PON
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Headend networks are being upgraded to multi-gigabit access speeds and ultra-low latency performance to support applications ranging from virtual reality to connected cars. 5G will drive new services and business models. The cost of CPU processing power is rapidly declining due to commodity servers, and virtualization technologies are maturing. To reduce latency and improve the user experience, servers will be increasingly deployed in the central office and further out in the access network.
Headend
Learn more
Outside Plant
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To remain competitive, service providers must meet the increasing connection demands of today’s consumer—delivering exceptional broadband connections that offer instant, always-available connections (wired or wireless) throughout the home or venue.
On Premises
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WebTrak
CommScope offers the new extended spectrum coax leveraging the enhanced manufacturing processing and testing capabilities. With verified performance to 3GHz and providing certified performance for 1.2 and 1.8 GHz networks and SCTE standards, these cables are future-ready and available now. Using WebTrak, P3® and QR® customers can quickly access individual test reports online for assurance and peace of min.
Aerial Coaxial Cable
Learn more
WebTrak
WebTrak
Learn more
Durable, field- proven, the CommScope aerial drop cables performance meets and exceeds SCTE standards to 1218 MHz with operating range from 5 to 3000 MHz. CommScope’s Brightwire® ani-corrosive protection is a dry treatment designed to protect the integrity of your plant with no messy gels or floodants and is identifiable by its unique gold foil.
CommScope offers one or two piece forged brass ground block with nickel plating, galvanically compatible with copper ground wire. UL listed, 3 GHz design with 4-sided diamond shaped contact, the blocks have a unique split bolt ground clamp seizes without damaging ground wire.
Along with the traditional active components, passive components of the access network also play a critical role in any network evolution. Passive optical solutions allows an existing network to reach it’s full potential with minimal investment and time. CommScope has solutions which can help implement any network strategy with the appropriate combination of technologies, topologies and services.
CommScope offers a number of reliable passive devices for your RF networks. Our coaxial splitters are manufactured to the highest standards to ensure that active components in the network function efficiently and effectively. We pay special attention to soldering, sealing, and the use of non-ferric-based designs to prevent network interference such as passive intermodulation.
Wall Plate
The new FTTH Network ePlanner is here, click here to watch the video and find out more.
Remote MACPHY
As the newest step in the continuing evolution towards a fully virtualized Distributed Access Architecture (DAA), Remote MACPHY Device (RMD) moves the MAC layer functions of the headend/hub out to the fiber optic node and places the digital/RF interface (i.e. the PHY layer) at the optical/coax boundary. This strategic move offers many potential benefits, including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, decreased loads on headend facility space and power systems, and directional alignment with NFV/SDN/FTTx systems of the future.
Remote MACPHY
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Virtualized
As the newest step in the continuing evolution towards a fully virtualized Distributed Access Architecture (DAA), Remote MACPHY Device (RMD) moves the MAC layer functions of the headend/hub out to the fiber optic node and places the digital/RF interface (i.e., the PHY layer) at the optical/coax boundary. This strategic move offers many potential benefits, including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, decreased loads on headend facility space and power systems, and directional alignment with NFV/SDN/FTTx systems of the future.
Remote MACPHY
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Virtualized & MACPHY
PON
Remote MACPHY
I-CCAP
Learn more about NOVUX
Learn more about NOVUX
Learn more about Prodigy
Learn more about NOVUX
To tackle the variety of challenges service providers face, CommScope’s fiber splice closures deliver on the key criteria of reliability, installability, flexibility and speed of deployment. Leveraging state-of-the art technology, wrap-around segmented seals are used in modular splice closures to easily accommodate new fiber cables with larger diameters.
NOVUX™, CommScope’s new-generation, complete FTTX ecosystem, is a natural evolution of today’s products and enables service providers to succeed in a fast-changing environment.
Feeder Fiber Splice Closure
Learn more
Learn more about NOVUX
To tackle the variety of challenges service providers face, CommScope’s fiber splice closures deliver on the key criteria of reliability, installability, flexibility and speed of deployment. Leveraging state-of-the art technology, wrap-around segmented seals are used in modular splice closures to easily accommodate new fiber cables with larger diameters.
NOVUX™, CommScope’s new-generation, complete FTTX ecosystem, is a natural evolution of today’s products and enables service providers to succeed in a fast-changing environment.
Feeder Fiber Splice Closure
Learn more
Learn more about NOVUX
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