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GFGH
ZTE
ZTE GFGH Service Board Product Overview
ZTE GFGH 16-Port GPON Subscriber Card for ZTE ZXA10 C600 C650 C680 OLT ZTE ZXA10 C600 OLT is a 19-inch, 11U height unified platform with 17 service slots that supports multiple access technologies including GPON, XG-PON, XGS-PON, Combo PON, 10G-EPON and GE P2P, as well as smooth migration to 50G PON, and provides L2 switch, VLAN service, L3 routing protocol and service processing capabilities, supporting flexible configurations and suits multiple application scenarios. This OLT comes chassis with 2xcontrol board, 8x10GE uplink, 2xDC power board and 2PCS DC power cables, 1PCS earth cable
ZXA10 C600 is a large-capacity optical access OLT equipment based on TITAN platform. It can meet the needs of ultra-high bandwidth access, big video, fixed-mobile convergence, network reconfiguration, and carrier-grade QoS and security assurance.
"GFGH" may be an abbreviation related to a card model in ZTE equipment (such as ZTE ZXA10 C600 and other optical access equipment).
Application scenarios in optical access equipment
In ZTE's optical access system, the GFGH card is mainly used for optical line terminal (OLT) equipment. It can be used as a PON (passive optical network) card to connect multiple user-side optical network unit (ONU) devices. For example, in the network architecture of FTTH (fiber to the home) or FTTB (fiber to the building), the GFGH card can provide multiple PON interfaces to achieve access services for a large number of users and meet the broadband access, voice services, IPTV and other business needs of home users and enterprise users.
Functional characteristics speculation
High-bandwidth transmission: It is likely to support higher upstream and downstream bandwidths to meet applications with high bandwidth requirements such as high-definition video, online games, and cloud computing. For example, it may support 2.5Gbps downstream and 1.25Gbps upstream transmission rates under the GPON (Gigabit Passive Optical Network) standard, or higher-level 10G-PON (10 Gigabit Passive Optical Network) high-speed transmission.
Multi-port design: Generally, there will be multiple PON ports to facilitate the connection of multiple ONU devices, increase network coverage and user access. There may be 8 or 16 PON ports, so that one board can serve multiple user terminals.
Business support capabilities: It should be able to support multiple business types. In addition to basic Internet access services, it may also support voice services (through VoIP technology) and multimedia services such as IPTV. It can effectively encapsulate and transmit data for different services, and can implement business priority management through configuration to ensure the service quality of important services.
Relationship and differences with other boards
Compared with other boards (such as different models of PON boards), GFGH boards may differ in the number of ports, supported PON technology types, bandwidth allocation methods, or business processing capabilities. For example, compared with some low-density PON boards, GFGH may have a higher port density and be able to access more users in the same equipment space; or in terms of supported PON technologies, it may focus more on a specific technology or be compatible with the upgrade of multiple PON technologies, such as a smooth transition from GPON to 10G-PON.
ZTE GFGH Service Board Product Overview
ZTE GFGH 16-Port GPON Subscriber Card for ZTE ZXA10 C600 C650 C680 OLT ZTE ZXA10 C600 OLT is a 19-inch, 11U height unified platform with 17 service slots that supports multiple access technologies including GPON, XG-PON, XGS-PON, Combo PON, 10G-EPON and GE P2P, as well as smooth migration to 50G PON, and provides L2 switch, VLAN service, L3 routing protocol and service processing capabilities, supporting flexible configurations and suits multiple application scenarios. This OLT comes chassis with 2xcontrol board, 8x10GE uplink, 2xDC power board and 2PCS DC power cables, 1PCS earth cable
ZXA10 C600 is a large-capacity optical access OLT equipment based on TITAN platform. It can meet the needs of ultra-high bandwidth access, big video, fixed-mobile convergence, network reconfiguration, and carrier-grade QoS and security assurance.
"GFGH" may be an abbreviation related to a card model in ZTE equipment (such as ZTE ZXA10 C600 and other optical access equipment).
Application scenarios in optical access equipment
In ZTE's optical access system, the GFGH card is mainly used for optical line terminal (OLT) equipment. It can be used as a PON (passive optical network) card to connect multiple user-side optical network unit (ONU) devices. For example, in the network architecture of FTTH (fiber to the home) or FTTB (fiber to the building), the GFGH card can provide multiple PON interfaces to achieve access services for a large number of users and meet the broadband access, voice services, IPTV and other business needs of home users and enterprise users.
Functional characteristics speculation
High-bandwidth transmission: It is likely to support higher upstream and downstream bandwidths to meet applications with high bandwidth requirements such as high-definition video, online games, and cloud computing. For example, it may support 2.5Gbps downstream and 1.25Gbps upstream transmission rates under the GPON (Gigabit Passive Optical Network) standard, or higher-level 10G-PON (10 Gigabit Passive Optical Network) high-speed transmission.
Multi-port design: Generally, there will be multiple PON ports to facilitate the connection of multiple ONU devices, increase network coverage and user access. There may be 8 or 16 PON ports, so that one board can serve multiple user terminals.
Business support capabilities: It should be able to support multiple business types. In addition to basic Internet access services, it may also support voice services (through VoIP technology) and multimedia services such as IPTV. It can effectively encapsulate and transmit data for different services, and can implement business priority management through configuration to ensure the service quality of important services.
Relationship and differences with other boards
Compared with other boards (such as different models of PON boards), GFGH boards may differ in the number of ports, supported PON technology types, bandwidth allocation methods, or business processing capabilities. For example, compared with some low-density PON boards, GFGH may have a higher port density and be able to access more users in the same equipment space; or in terms of supported PON technologies, it may focus more on a specific technology or be compatible with the upgrade of multiple PON technologies, such as a smooth transition from GPON to 10G-PON.
