Products
CommScope
HFC Nodes
Industry-Leading, Flexible Optical Node Platforms
CommScope's NC-Series and OM-Series optical nodes and VHubs are at the forefront of telecommunications technology, offering unparalleled flexibility for Hybrid Fiber-Coaxial (HFC) networks. Trusted globally, these platforms support traditional HFC applications while seamlessly integrating advanced architectures like fiber deep, Distributed Access Architecture (DAA), Radio Frequency over Glass (RFoG), and Passive Optical Network (PON). With support for up to 1.2 GHz/204 MHz for DOCSIS 3.1 migration, CommScope's optical nodes empower service providers with evolutionary upgrades, ensuring optimal performance and scalability in the ever-changing digital landscape. Welcome to a future of connectivity excellence with CommScope.
AR4214G
AR4214G 1 GHz High Gain Forward Analog Receiver with ALC
The AR4214G Analog Forward Path Receiver is designed as a plug‐in module for the CommScope NC4000™ and NC2000 series Fiber Optic Nodes. Forward path receivers convert incoming optical signals (from the headend or hub) to RF signals that are sent to the RF amplifier tray. One or more AR4214G modules are shipped with each node—the exact model and quantity dependent on network architecture requirements. The AR4214G receiver features high gain and optical ALC circuitry and operates over 51–1002 MHz bandwidth and supports all currently available band splits: 42–51 MHz, 65–85 MHz, 85–102 MHz, and 204– 258 MHz. Following optical‐to‐electrical (O/E) conversion of the incoming optical signals, level and slope control of the RF signal can be adjusted with plug‐in pads and equalizers (EQ). These levels can be maintained when in ALC mode; this functionality is particularly well-suited for route redundancy applications with unequal optical paths.
DT4600N
DT4600N 204 MHz Digital RF Return Transceiver, Dual RF Inputs, Selectable Bandwidth Ranges
The DT4600N Digital RF Return Transceiver is CommScope’s sixth generation Universal Digital Return Platform digitizing either one or two independent RF return path signals from two separate analog inputs. The module’s optical transmit/receive port accommodates a single plug‐in transceiver conforming to the Small Form Factor Pluggable (SFP) form factor for ultimate flexibility and affordability. State‐of‐the‐art SFP transceivers are available in a variety of transmit/receive wavelengths including dedicated 1310 nm and 1550 nm, CWDM (15 wavelengths), and DWDM (40 wavelengths). There are three data rate options of 2.125, 4.250, or 10.3125 Gbps with their selection being dependent upon bandwidth requirements and transceiver configuration.
DATA SHEET: CommScope DT4600N 204 MHz Digital RF Return Transceiver
NC2000
NC2000 1.2 GHz Scalable Node Platform for HFC and Fiber Deep Applications
The 1.2 GHz NC2000 Optical Node Platform is designed to support both HFC and Fiber Deep architectures. The node’s modular design features two high RF output levels of up to 60 dBmV at 1.2 GHz and 2x2 segmentation. The bottom entry port enables wall, pedestal, or cabinet mounting as needed. The NC2000 includes an RF amplifier module and three module slots that can be populated according to network architecture requirements—flexibility being a key feature of this node. Two of these slots are used for a forward receiver and a DT4250 or DT4600 universal digital transceiver or RT4000 analog return transmitter, with the third slot commonly used for forward path redundancy or segmentation. The node can also be populated with other single-slot CommScope node modules such as an optical switch or EDFA, optimizing performance and reliability for a wide range of applications. When deployed, the Remote PHY module occupies all three available slots, generating the forward signals and providing the return path connectivity for the node.
NC4000S4
NC4000S4 4x4 Fully Segmentable 1.2 GHz Node
The CommScope NC4000S4 series optical node platform supports a wide range of advanced architectures and is ideal for traditional HFC applications. With an output level of up to 50 dBmV (56 dBmV virtual analog) at 1218 MHz on each of the four RF ports of the OA4344EG RF Output Amplifier, the NC4000S4 is designed as a “drop-in” replacement for the NC4000S2 and NC4000SG and can be used to extend the frequency range of the coaxial network in standard HFC architectures. The high gain optical receivers feature automatic level control and support optical inputs between -7 and +2 dBm. All four downstream and upstream paths can be fully segmented. This is achieved using the DT4250 universal digital return transceiver supporting multiple modes of operation, a single (“1-fer”), dual independent returns (“2-fer”) or enhanced single return with increased performance and the option to cascade returns. Upstream transmission is enabled with plug-in SFP modules supporting 1310 nm, 1550 nm, and CWDM or DWDM options.
BP3400C
BP3400C Quad Digital Receiver Back Plate
The CommScope BP3400C‐00 Optical Receiver Back Plate converts optical signals to electrical signals and passes them through high‐speed connectors to up to four 100 MHz DR3450N Quad Digital Receiver or DR3600N 204 MHz Quad Digital Receiver modules to which it is mated in the CH3000 Chassis. The RR40xx‐00‐PI 2.125/4.250 or the 10.3125 Gbps RR36xx‐00‐PI series dual‐channel optical receiver SFPs are used to receive the optical signals from downstream nodes in the network. Eight such SFPs are used (as shown in the photo) when the back plate is mated to four DR3xxxN modules using 1‐fer mode. Each DR3450N or DR3600N module provides four separate receivers in each chassis slot (i.e., each receiver having a discrete optical input and RF output).
DATA SHEET: CommScope BP3400C Quad Digital Receiver Back Plate
CX3003C
CX3003C Enhanced Communications Module
The CX3003C Enhanced Communications Module supports the remote configuration and monitoring of modules installed in the CH3000 Chassis through connection to the CH3000 chassis mid-plane alarm bus. The CX3003C does not require a dedicated slot in the chassis; instead, it is mounted on the back-end of the chassis above any PS3xxx power supply module. The CX3003C also supports Web-based management of the CH3000 Chassis.
In addition to compatibility with CommScope’s Opti-Trace® software, the module’s SNMP proxy agent enables equipment monitoring and integration with other industry standard NMS solutions. The CX3003C may also be configured to send SNMP traps to warn operators of various alarm conditions. The CX3003C maintains a separate cache for retention of status and configuration information for all modules installed in the CH3000 chassis.
One of the CX3003C’s two 10/100/1000BaseT ports is used to interface to a standard IP network. The second 10/100/1000BaseT port can be used to daisy-chain additional CX3003C modules to support monitoring of multiple chassis per site, thus reducing requirements for external hubs.
DATA SHEET: CommScope CX3003C Enhanced Communications Module
DR3450N
DR3450N Quad Digital Return Receiver with Selectable Bandwidth Range
The DR3450N Quad Digital Return Receiver utilizes CommScope’s stateof‐ the‐art digital reverse technology to receive 5–50 MHz, 5–65 MHz, or 5–100 MHz RF signals. 5–100 MHz modes can also be used to carry common mid‐band splits such as 5–85 MHz RF return. Its’ capabilities allow deployment of compact and robust high‐speed digital broadband systems. CommScope’s DR3450N receiver interfaces with the BP3400C‐AS Optical Receiver Back Plate, enabling up to 16 digital receivers (four DR3450N modules per BP3400C back plate) to be installed in four adjacent module slots of CommScope’s 3RU CH3000 chassis. A total of 48 receivers (12 DR3450N modules) and three associated BP3400C back plates can be installed in a single CH3000 chassis while supported by redundant power supplies.
DR3600N
DR3600N 204 MHz Quad Digital Return Receiver with Selectable Bandwidth Range
The innovative DR3600N Quad Digital Return Receiver utilizes CommScope’s state‐of‐the‐art digital return technology to receive 5–204 or 5–100 MHz RF signals. The 5–100 MHz modes can be used to carry common mid‐band splits such as 5–85 MHz RF return. The model’s greater bandwidth capabilities allow deployment of compact and robust DOCSIS® 4.0 high‐split 5–204 MHz digital return optical links. CommScope’s DR3600N receiver interfaces with the BP3400C‐AS Optical Receiver Back Plate, enabling up to 16 digital receivers (four DR3600N modules per BP3400C back plate) to be installed in four adjacent module slots of CommScope’s 3RU CH3000 chassis. A total of up to 48 receivers (12 DR3600N modules) and three associated BP3400C back plates can be installed in a single CH3000 chassis while supported by PS3006 (or PS3248) redundant power supplies.
HT3562H Series
HT3562H Series High-Performance Double-Density Full Spectrum DWDM Transmitter System
The CommScope HT3562H Series Double‐Density Full Spectrum Dense Wave Division Multiplexing (DWDM) Transmitter System provides high performance and a high rack density forward path transmission solution for Cable TV service providers. Its enhanced performance removes transmitter link constraints to enable DOCSIS capabilities while maintaining best industry practices and architectures at a low cost.
- 1x1, 1x2 Remote PHY Device (RPD)
- OM4120®1.2 GHz 4x4 HFC Deep Lid Segmentable Node
- OM4120 ™ 1.2 GHz 4x4 HFC Segmentable Node
- OM6000 ™ 1.2 GHz Fiber Deep Segmentable Node
- OM6000™ 1.2 GHz 4x4 HFC Segmentable Node
- 1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz HFC Nodes
- RD2322 RxD Remote PHY Device (RPD)
1x1, 1x2 Remote PHY Device (RPD)
1x1, 1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz Fiber Deep Nodes
The Remote PHY Device (RPD) is a key component in CommScope’s Distributed Access Architecture (DAA) portfolio, which can provide significant operational benefits—including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, and decreased loads on facility space and power systems—by extending the digital portion of the headend or hub to the node and placing the digital/RF interface at the optical/coax boundary. The RPD works in conjunction with the CCAP Core to extend the PHY layer from the CCAP into an Opti Max™ OM6000™ fiber deep node. MAC processing, provisioning, and monitoring functions remain in the headend. The RPD provides full spectrum support for digital broadcast TV, VoD, and DOCSIS 3.0 and DOCSIS 3.1, as well as strategic alignment with future NFV/SDN/FTTx systems.
DATA SHEET: CommScope 1x1, 1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz Fiber Deep Nodes
OM4120®1.2 GHz 4x4 HFC Deep Lid Segmentable Node
OM4120®1.2 GHz 4x4 HFC Deep Lid Segmentable Node
The HFC Deep Lid is available as part of a fully configured OM4120 node, for new node installations, or as a lid upgrade kit for legacy installed OM4100® or standard lid OM4120 nodes. The OM4120 HFC Deep Lid node utilizes the NC-style AR4214 forward receiver modules, NC-style digital transceivers, return segmentation plug-ins, and a PS4201 power supply. The OM4120 node allows operators to easily convert to mid-split (85–102 MHz) or high-split (204–258 MHz) network operation.
The deep lid supports CommScope's RD2322 Remote PHY/Remote MACPHY (RxD) module, providing operators with an easy, cost-effective pathway to future Distributed Access Architecture (DAA) network operation. The deep lid also provides operators with an opportunity to upgrade legacy OM4 nodes from 870 MHz or 1.0 GHz to 1.2 GHz at the same time.*
*Requires 1.2 GHz RF Module for HFC operation in OM4000 and OM4100 node upgrades.
DATA SHEET: CommScope OM4120®1.2 GHz 4x4 HFC Deep Lid Segmentable Node
OM4120 ™ 1.2 GHz 4x4 HFC Segmentable Node
OM4120™ 1.2 GHz 4x4 HFC Segmentable Node
The CommScope Opti Max OM4120 HFC modular optical node is the latest innovation in network technology for operators seeking to maximize and protect their infrastructure investments. The OM4120 supports full DOCSIS 3.1 capability, with downstream operation out to 1.2 GHz while allowing the upstream to expand to 204 MHz. The OM4120 was designed for full backward compatibility with the original OM4100™ housing base, which provides operators with the ability to economically upgrade to 1.2 GHz operation. With the addition of switchable segmentation, the OM4120 easily scales from its most basic, single-service group configuration to four fully outfitted service groups without any loss of initial investment. The OM4120’s modular design also supports future network migration to Remote PHY/CCAP and targeted PON services.
DATA SHEET: CommScope OM4120™ 1.2 GHz 4x4 HFC Segmentable Node
OM6000 ™ 1.2 GHz Fiber Deep Segmentable Node
OM6000™ 1.2 GHz Fiber Deep Segmentable Node
The CommScope Opti Max™ OM6000™ modular optical node is the latest innovation in network technology for operators seeking to maximize and protect their infrastructure investments. With provisions for ten optics modules in the lid and four RF modules in the base, the OM6000 easily scales from its most basic version without any loss of initial investment.
The OM6000 supports full DOCSIS 3.1 capability with downstream operation to 1.2 GHz while allowing the upstream to expand to 204 MHz, providing the network performance needed to support future services. The node is optimized for operation in today's complex high RF output and performance fiber deep networks. Its modular design easily supports future network migration to PON or Remote PHY/CCAP networks, making the OM6000 the perfect platform for future network growth and investment protection.
DATA SHEET: CommScope OM6000™ 1.2 GHz Fiber Deep Segmentable Node
OM6000™ 1.2 GHz 4x4 HFC Segmentable Node
OM6000™ 1.2 GHz 4x4 HFC Segmentable Node
The CommScope Opti Max™ OM6000™ HFC modular optical node is the latest innovation in network technology for operators seeking to maximize and protect their infrastructure investments. With provisions for ten optics modules in the lid and four RF modules in the base, the OM6000 easily scales from its most basic version without any loss of initial investment.
The OM6000 supports full DOCSIS 3.1 capability with downstream operation out to 1.2 GHz while allowing the upstream to expand to 204 MHz. Optimized for operation in today's complex, segmented HFC networks, the OM6000’s modular design easily supports future network migration to PON or Remote PHY/CCAP networks. It is the perfect platform for supporting future network growth and services.
DATA SHEET: CommScope OM6000™ 1.2 GHz 4x4 HFC Segmentable Node
1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz HFC Nodes
1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz HFC Nodes
The Remote PHY Device (RPD) is a key component in CommScope’s Distributed Access Architecture (DAA) portfolio, which can provide significant operational benefits—including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, and decreased loads on facility space and power systems—by extending the digital portion of the headend or hub to the node and placing the digital/RF interface at the optical/coax boundary. The RPD works in conjunction with the CCAP Core to extend the PHY layer from the CCAP into an Opti Max™ OM6000™ HFC node. MAC processing, provisioning, and monitoring functions remain in the headend. The RPD provides full spectrum support for digital broadcast TV, VoD, and DOCSIS 3.0 and DOCSIS 3.1, as well as strategic alignment with future NFV/SDN/FTTx systems.
DATA SHEET: CommScope 1x2 Remote PHY Device (RPD) for OM6000™ 1.2 GHz HFC Nodes
RD2322 RxD Remote PHY Device (RPD)
RD2322 RxD Remote PHY Device (RPD)/Remote MACPHY Device (RMD) for OM4120® 1.2 GHz Nodes
The Remote PHY Device (RPD) and Remote MACPHY Device (RMD) are key components in CommScope’s Distributed Access Architecture (DAA) portfolio. Both offer significant operational benefits—including increased bandwidth capacity, improved fiber efficiencies (wavelengths and distance), simplified plant operations with digital optics, and decreased loads on facility space and power systems—by extending the digital portion of the headend or hub to the node and placing the digital/RF interface at the optical/coax boundary.
The deep lid RxD option for the OM4120 node allows operators to unlock the performance benefits of DAA by operating the node as either an RPD or RMD. The deep lid option is available as part of a fully configured OM4120 node, for new node installations, or as a lid upgrade kit that includes the RD2322 module, which allows operators to leverage an installed base of OM41 nodes. The lid upgrade not only supports DAA upgrades, but also provides operators with an opportunity to upgrade legacy OM4 nodes from 870 MHz or 1.0 GHz to 1.2 GHz at the same time.*
*Requires 1.2 GHz RF Module for 1.2 GHz performance in OM4000 and OM4100® node upgrades.
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