The LX 30 is part of the Optopus product portfolio. LX 30 is an optical amplifier based on EDFA technology for use in FTTx and HFC networks. The Optopus platform is a highly flexible and high density platform for all kinds of analog optical networks. The system is used in any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
Optical Booster Amplifier for use in HFC and FTTx networks. Available with an different number of outputs, different output power and different types of connectors.
An high versatile optical High-Power-Amplifier, specifically designed for HFC and FTTx networks. The minimal footprint of a single rack unit and the shallow depth enable new installation locations slike smaller street cabinets. It is available in a broad variety of output ports, output power and connector types.
LX 35 xxxx is an optical high power amplifier on YEDFA base for the application in CATV and FTTx networks. The device is available with different output power and number of output ports.
LX 37 is an optical amplifier based on YEDFA technology for use in HFC and FTTx networks. The sytsem is available with different output power and various numbers of outputs. The W-Type with integrated WDM filters for PON networks is specifically developed for RF Overlay networks.
The LR 44 inverted node incorporates innovation for FTTH deployments to accomodate exisiting HFC plants. The highly integrated optical components allow the smallest footprint for OBI-free RFoG deployments including optical amplification and high splitting ratios to connect up to 32 ports with options for further internal splits. This ruggedized housing supports installation in harsh environments as well. With 1.2 GHz in downstream direction and up to 204 MHz (electronic switchable diplexer) in upstream direction. Therefore the LR 44 is the first choice for innovative forerunners and established MSOs.
Innovation and proven technology combine perfectly in the LR 41 Remote-PHY node. The outstanding RF performance connects coaxial networks to digital core networks with high speed Ethernet backbones of up to 10Gbps. It offers the most flexible way to migrate DOCSIS scenarios with frequencies ranging from 1.2 GHz in downstream to 204 MHz in upstream. This node is perfectly suitable for FTTB deployment because of its compact structure and powerful RPD.
The LR 45 Remote-PHY node is a perfect symbiosis of innovation and proven technology. Conected to high speed Ethernet backbones with up to 10 Gbps, the outstanding RF performance connects existing HFC networks to the digital core network. A frequency band of 1.2 GHz in downstream direction and up to 204 MHz in upstream direction provides the most flexible way of DOCSIS 3.1 migration scenarios. In conjunction with an automated configuration, which simplifies the mass deployment and the management of the node, it is the first choice for innovative forerunners as well as consistent operators. Additionally, the RF Overlay ensure the support for exisitng broadcast services.
The LR 94 2x01 is an RF Overlay reciever with a high output level that supports SDU and MDU in-house distribution architectures. The wide downstream level range covers the input side while the built-in AGC keeps the RF level constant. Its compact design requires a minimum amount of space.
The LR 95 series of fiber nodes is optimized for HFC applications. They are operated in CW (continuous wave) mode and are available in single- or dual- fiber versions. The pluggable Diplexers allow the easy migration towards DOCSIS 3.1 networks.
The LR 2x Fiber Node is an optical node for HFC and RF overlay applications. Without the LT22 return channel transmitter, the LR 22 works as a standard RF overlay receiver.
The LR 27 fiber node is an optical node for RFoG applications. They can be operated in RFoG (burst-mode) and HFC (continuous wave) mode.
The LR47 is an optical HFC node with an integrated fibre management. Several plugin modules for downstream receivers, return path transmitters, diplex filters and splitter/taps ensure a broad area of application in different configurations. The local configuration with the OH 41 handset, Ethernet or Android app via Bluetooth provides access to all necessray settings. The same option are available remotely via an VT52B HMS transponder.
The LX 11 is part of the Optopus product portfolio. LX 11 is a direct modulated 1310nm fullband transmitter for HFC networks. The Optopus is a highly flexible and dense platform for all kinds of analog optical networks. The system is designed for any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
The LX 12 is part of the Optopus product portfolio. LX 12 is a dual direct modulated fullband transmitter with 2x 1310 nm for use in HFC networks.The Optopus platform is a highly flexible and high density platform for all kinds of analog optical networks. The system is used in any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
The LX 15 is part of the Optopus product portfolio. LX 15 is a direct modulated fullband transmitter with 1550 nm for use in RF Overlay and RFoG networks. The Optopus platform is a highly flexible and high density platform for all kinds of analog optical networks. The system is used in any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
The LX 18 is part of the Optopus product portfolio. LX 18 is a direct modulated fullband dual transmitter with 1550 nm (DWDM). The Optopus platform is a highly flexible and high density platform for all kinds of analog optical networks. The system is used in any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
Upgrading your network infrastructures to OBI-free (Optical Beat Interference) RFoG networks with this active upstream receiver. Use up to 32 output ports (or cascade them to reach higher port numbers) and eliminate issues instantly with the dedicated upstream receivers. Each of these ports provides an input power measurement in real time and can be shut off if necessary (testing purposes or subscriber service shutdown). That's why the LX 24/LX 25 enables network providers to heal existing OBI-infected RFoG networks without any need to swap existing end user equipment. The solution will work with any upstream wavelength and laser mode. OPTOPUS and its OBI-free RFoG technology offer network providers a complete future-proof concept, while opening the doors for new FTTx deployments.
Upgrading your network infrastructures to OBI-free (Optical Beat Interference) RFoG networks with this active upstream receiver. Use up to 32 output ports (or cascade them to reach higher port numbers) and eliminate issues instantly with the dedicated upstream receivers. Each of these ports provides an input power measurement in real time and can be shut off if necessary (testing purposes or subscriber service shutdown). That's why the LX 24/LX 25 enables network providers to heal existing OBI-infected RFoG networks without any need to swap existing end user equipment. The solution will work with any upstream wavelength and laser mode. OPTOPUS and its OBI-free RFoG technology offer network providers a complete future-proof concept, while opening the doors for new FTTx deployments.
The LX 22 is part of the Optopus product portfolio. LX 22 is a quattro upstream receiver for use in HFC networks. The Optopus platform is a highly flexible and high-density platform for all types of analog optical networks. The system is used in any network such as HFC, RF over Glass or RF Overlay in FTTX applications.
