• 4 GPON line ports
• ideal solution for a small town or a block of flats
• remote control via CLI, SNMP
• compliance with G.988, G.984.x and TR-156 standards
• OLT is enables you to provide cable television services together with data transfer

Optical Line Terminal (OLT) is designed to provide broadband access over Passive Optical Network (PON).

GPON interfaces are used to connect the optical distribution network (PON). You can connect up to 64 subscriber optical terminals via a single fibre for each interface. Access to the operator’s transport network is provided through 10 Gigabit or combined Gigabit uplink interfaces.

OLT LTP-4X allows the operator to build scalable, fault-tolerant “last mile” networks to ensure the highest safety standards. OLT manages subscriber devices, traffic switching and connection to the transport network.

Broadband access using FTTH technology is the highest quality version of the Triple Play service delivery, as it provides high data rates over long distances. The main advantage of PON technology is the lack of electrically powered active nodes within the section from OLT to ONT, which greatly reduces the network operating cost. What’s more, PON technology saves on cabling infrastructure by reducing the total length of the optical fibre, as only one fibre for a group of up to 64 subscribers is used within the section from the central node to the splitter.

• up to 8 GPON line ports
• ideal solution for a small town or a block of flats
• remote control via CLI, SNMP
• compliance with G.988, G.984.x and TR-156 standards
• OLT is enables you to provide cable television services together with data transfer

Optical Line Terminal (OLT) is designed to provide broadband access over Passive Optical Network (PON).

GPON interfaces are used to connect the optical distribution network (PON). You can connect up to 64 subscriber optical terminals via a single fibre for each interface. Access to the operator’s transport network is provided through 10 Gigabit or combined Gigabit uplink interfaces.

OLT LTP-8X allows the operator to build scalable, fault-tolerant “last mile” networks to ensure the highest safety standards. OLT manages subscriber devices, traffic switching and connection to the transport network.

Broadband access using FTTH technology is the highest quality version of the Triple Play service delivery, as it provides high data rates over long distances. The main advantage of PON technology is the lack of electrically powered active nodes within the section from OLT to ONT, which greatly reduces the network operating cost. What’s more, PON technology saves on cabling infrastructure by reducing the total length of the optical fibre, as only one fibre for a group of up to 64 subscribers is used within the section from the central node to the splitter.

Eltex.EMS is a centralized network device management system made by Eltex.

• search, addition, customizition, monitoring of OLT/ONT
• device parameters and power supply monitoring
• monitors physical and logical interface statistics
• manages customer profiles
• administration of mass firmware update system for customer PON devices
• displaying dynamic graphs of various statistics parameters online
• displays graphic presentation of physical port status

• centralized gathering, storage and analyze working processes
• gathering and storage of log messages
• quick CPE search in optical trees
• information on the large number of active subscribers on the PON network
• Internet, VoIP and IPTV services monitoring and customer statistic collection
• centralized messages gathering from devices via Syslog
• logging of all users’ actions in the system

Multiservice access and aggregation node MA4000-RX is designed to build an access network via the GPON technology. The system allows building scalable, fault-tolerant “last mile” networks ensuring high level of safety both in rural and urban areas. The access node provides management of subscriber devices, traffic switching and connection to the transport network.

The central element of MA4000-PX is a scalable Ethernet level L2 + (PP4X) switch, working in conjunction with the interface modules of optical access PLC8 for connecting subscriber devices via GPON technology.

Modules are installed in a standard 19″ VME-bus 9U case. The enclosure provides two slots for PP4X switch control modules and 16 slots for line modules PLC8 (GPON). The system may have one or two modules of the PP4X core switch. Installing two modules allows building a highly reliable system through redundancy switches and to increase system capacity by distributing data flows between modules by stacking them.

Interaction between modules occurs through 10Gbit/s connection.

MODULE TYPES

• PP4X – uplink controller
• PLC8 – GPON Line Card with 8 OLT Ports, SFP based
• The number of interface modules is up to 16
• 34х10G BASE-KX, XAUI, 680 Gbps

MANAGEMENT

• Support of a single device control interface through CLI, WEB, SNMP, Telnet interfaces
• Configuration data processing for all modules of a device

ONT NTU are high-perfomance network terminals which are designed for providing access to voice services, IPTV, OTT, high speed Internet. Also, with NTU-RG series optical network terminals, operators will be able to provide their subscribers with a wide range of local network operation services and capabilities.

PON Technology is the most modern and affective “last mile”solution. This solution reduces amount of cable cable and provides data transfer with downlink rate up to 2.5Gbps and uplink rate up to 1.25Gbps. PON-based solutions in access networks allow end users to have access to a set of services based on IP protocol.

• High-speed Internet access
• Video streaming/ High Definition TV/IP TV, Video on Demand (VoD), Video conferencing
• VoIP
• Online educational and entertainment programs

• Providing of broadband access services to subscribers located in apartment houses, residential areas, campuses or suburban settlements
• Corporate network construction at large strategic enterprises, or in office buildings with high requirements in terms of security and data transfer rates

FEATURES AND BENEFITS

• TR-069
• PPPoE (auto, PAP, MSCHAP and CHAP)
• IPoE (DHCP-client and static)
• DHCP Server
• Ethernet bridging/switching per IEEE802.1d/802.1q
• DNS (Domain Name System)
• DynDNS (Dynamic DNS)
• UPNP (Universal Plug and Play)
• NAT (Network Address Translation)
• NTP (Network Time Protocol)
• QoS with support for IEEE 802.1p + DSCP VLANs
• IGMP v2 Snooping
• IGMP Proxy
• 802.1Q VLAN tagging

FEATURES AND BENEFITS

• TR-069
• PPPoE (auto, PAP, MSCHAP and CHAP)
• IPoE (DHCP-client and static)
• DHCP Server
• Ethernet bridging/switching per IEEE802.1d/802.1q
• DNS (Domain Name System)
• DynDNS (Dynamic DNS)
• UPNP (Universal Plug and Play)
• NAT (Network Address Translation)
• NTP (Network Time Protocol)
• QoS with support for IEEE 802.1p + DSCP VLANs
• IGMP v2 Snooping
• IGMP Proxy
• 802.1Q VLAN tagging

ONT NTU are high-perfomance network terminals which are designed for providing access to voice services, IPTV, OTT, high speed Internet. Also, with NTU-RG series optical network terminals, operators will be able to provide their subscribers with a wide range of local network operation services and capabilities.

PON Technology is the most modern and affective “last mile”solution. This solution reduces amount of cable cable and provides data transfer with downlink rate up to 2.5Gbps and uplink rate up to 1.25Gbps. PON-based solutions in access networks allow end users to have access to a set of services based on IP protocol.

Integrated 4-port 10/100/1000 Base-T Gigabit router allows to create a high-performance connection for network devices. 2 x FXS ports enable VoIP services. USB port can be used for USB-enabled devices (USB flash drives, external HDD).

• High-speed Internet access
• Video streaming/ High Definition TV/IP TV, Video on Demand (VoD), Video conferencing
• VoIP
• Online educational and entertainment programs

• Providing of broadband access services to subscribers located in apartment houses, residential areas, campuses or suburban settlements
• Corporate network construction at large strategic enterprises, or in office buildings with high requirements in terms of security and data transfer rates

Customer routers NTU-RG-1422G-Wac supports 802.11ac standard which allows to reach speeds up to 1,3 Gbps and to deliever modern high-speed services to a client via wireless network. Two internal Wi-Fi network controllers provide the work in two frequency ranges – 2,4 GHz and 5GHz.

• TR-069
• Work in bridge and router modes including virtual ones
• PPPoE (auto, PAP, MSCHAP and CHAP)
• IPoE (DHCP-client and static)
• DHCP Server
• Multicast broadcasting via Wi-Fi
• DNS (Domain Name System)
• DynDNS (Dynamic DNS)
• UPNP (Universal Plug and Play)
• NAT (Network Address Translation)
• NTP (Network Time Protocol)
• QoS with support for IEEE 802.1p + DSCP VLANs
• IGMP Snooping
• IGMP Proxy
• UPNP, SMB, FTP, DLNA, Print Server
• VLAN in complience with IEEE 802.1Q

• TR-069
• PPPoE (auto, PAP, MSCHAP and CHAP)
• IPoE (DHCP-client and static)
• DHCP Server
• Ethernet bridging/switching per IEEE802.1d/802.1q
• DNS (Domain Name System)
• DynDNS (Dynamic DNS)
• UPNP (Universal Plug and Play)
• NAT (Network Address Translation)
• NTP (Network Time Protocol)
• QoS with support for IEEE 802.1p + DSCP VLANs
• IGMP v2 Snooping
• IGMP Proxy
• 802.1Q VLAN tagging

ONT NTU are high-perfomance network terminals which are designed for providing access to voice services, IPTV, OTT, high speed Internet. Also, with NTU-RG series optical network terminals, operators will be able to provide their subscribers with a wide range of local network operation services and capabilities.

PON Technology is the most modern and affective “last mile”solution. This solution reduces amount of cable cable and provides data transfer with downlink rate up to 2.5Gbps and uplink rate up to 1.25Gbps. PON-based solutions in access networks allow end users to have access to a set of services based on IP protocol.

Integrated 4-port 10/100/1000 Base-T Gigabit router allows to create a high-performance connection for network devices. 2 x FXS ports enable VoIP services. USB port can be used for USB-enabled devices (USB flash drives, external HDD).

• High-speed Internet access
• Video streaming/ High Definition TV/IP TV, Video on Demand (VoD), Video conferencing
• VoIP
• Online educational and entertainment programs

• Providing of broadband access services to subscribers located in apartment houses, residential areas, campuses or suburban settlements
• Corporate network construction at large strategic enterprises, or in office buildings with high requirements in terms of security and data transfer rates

Customer routers NTU-RG-1432G-Wac supports 802.11ac standard which allows to reach speeds up to 1,3 Gbps and to deliever modern high-speed services to a client via wireless network. Two internal Wi-Fi network controllers provide the work in two frequency ranges – 2,4 GHz and 5GHz.

• TR-069
• Work in bridge and router modes including virtual ones
• PPPoE (auto, PAP, MSCHAP and CHAP)
• IPoE (DHCP-client and static)
• DHCP Server
• Multicast broadcasting via Wi-Fi
• DNS (Domain Name System)
• DynDNS (Dynamic DNS)
• UPNP (Universal Plug and Play)
• NAT (Network Address Translation)
• NTP (Network Time Protocol)
• QoS with support for IEEE 802.1p + DSCP VLANs
• IGMP Snooping
• IGMP Proxy
• UPNP, SMB, FTP, DLNA, Print Server
• VLAN in complience with IEEE 802.1Q

ONT NTU-1 – user terminals intended to connect users to data network based on GPON technology.

NTU-1 devices subscribers connection to broadband   provide services   in  apartment  buildings,  residential    NTU-1complexesand cottage settlements. One LAN port allows to connect  PC,  media  center  or  user  router  to  build  a  local  

GPON

• 1 GPON port
• Complience with ITU-T G.984.2, ITU-T G.984.5 Filter, FSAN Class B+, SFF-8472
• SC/APC connector type
• Transmission medium: fibre optical cable SMF-9/125, G.652
• Maximum reach: 20km
• Transmitter:  1310nm DFB Upstream Burst Mode Transmitter

– Data Rate: 1244Mb/s
– Average Launch Power  +0,5..+5 dBm
– Spectral Line Width @ -20 dB 1nm

• Receiver: 1490nm APD/TIA Downstream CW Mode Digital Receiver

– Data Rate: 2488Mb/s
– Receiver Sensitivity -28 dBm With BER better than or equal to                        1.0×10- 10 (-30)
– Receiver Optical Overload -4 dBm

Ethernet

• 1 x Ethernet 10/100/1000 Base-T port (RJ-45)