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GENEW chassis XG(S)PON platform consists of OLT, ONT and ODN, represents a high-speed, fibre to the home or building or Curb (FTTH, FTTB, FTTC and etc.) alternative to Copper. For the smooth evolution from DSL to GPON/XG(S)-PON, GENEW's OLT platform supports coexistence of GPON service boards and XG(S)-PON service board. Also GENEW's OLT platform supports Combo-PON service board which included GPON+XG-PON and GPON+XGS-PON for the case of different GPON/ XG-PON/ XGS-PON service in the same ODN. Suppliers can smoothly evolve from GPON to XG(S)-PON in the same platform.
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Overview:
GENEW GX3500E is the chassis XG(S)PON platform which support GPON/XG(S)-PON and fully compliance with ITU-T G.984/G.987/G.988 standards. Coordinate with GENEW's ONT, it completes the end-to-end optical last mile with up to 10Gbps bandwidth for triple play services to residential and business customers.
Highlights:
ITU-T G.984/G.987/G.988/G.9807 compliant
10Gbps/2.5Gbps downstream and 10Gbps/2.5Gbps/1.25Gbps upstream GPON interface
Hybrid platform for GPON/XG(S)PON technology
Power/CSM redundancy, PON protection
160*GPON/40*XGPON/10* XGSPON PON ports in 8U chassis
Hot swap modular design
Advance L2/L3 functions
Abundant QoS functions
Unified NMS platform
Remote provision and management
Benefits:
Cost-effective Triple Play Transport
GX3500E supports up to 160GPON/40XGPON/10XGSPON links in 10 service slots and serves maximum of 20480 subscribers from a compact 8U chassis. It provide 8 10GE SFP+ uplink interface in 2 uplink slots. GX3500E also provides 8 additional 10GE SFP+ uplink ports in CSM(Control & Switch Module). High subscriber density and low cost of entry, combined with the operational cost savings of GPON technology make GENEW GPON a compelling alternative to legacy, last-mile access solutions.
Enriched Bandwidth Allocate Policy
GX3500E supports 1024 ALLOC-IDs and 4096 GEM-Ports. It supports 5 T-CONT types compliance with ITU-T G.984.3 as well. The enriched QoS features such as traffic policy/traffic shaping/rate limit/Schedule allow operators to provision flexible bandwidth allocate policy for multiple customized service.
Flexible Provisioning, Quick to Revenue
GX3500E supports SNMP/CLI for remote management. Powerful OMCI functions enable remote diagnostics, flexible provisioning, and reconfiguration of the GENEW NMS platform.
Overview:
GENEW GX3500E is the chassis XG(S)PON platform which support GPON/XG(S)-PON and fully compliance with ITU-T G.984/G.987/G.988 standards. Coordinate with GENEW's ONT, it completes the end-to-end optical last mile with up to 10Gbps bandwidth for triple play services to residential and business customers.
Highlights:
ITU-T G.984/G.987/G.988/G.9807 compliant
10Gbps/2.5Gbps downstream and 10Gbps/2.5Gbps/1.25Gbps upstream GPON interface
Hybrid platform for GPON/XG(S)PON technology
Power/CSM redundancy, PON protection
160*GPON/40*XGPON/10* XGSPON PON ports in 8U chassis
Hot swap modular design
Advance L2/L3 functions
Abundant QoS functions
Unified NMS platform
Remote provision and management
Benefits:
Cost-effective Triple Play Transport
GX3500E supports up to 160GPON/40XGPON/10XGSPON links in 10 service slots and serves maximum of 20480 subscribers from a compact 8U chassis. It provide 8 10GE SFP+ uplink interface in 2 uplink slots. GX3500E also provides 8 additional 10GE SFP+ uplink ports in CSM(Control & Switch Module). High subscriber density and low cost of entry, combined with the operational cost savings of GPON technology make GENEW GPON a compelling alternative to legacy, last-mile access solutions.
Enriched Bandwidth Allocate Policy
GX3500E supports 1024 ALLOC-IDs and 4096 GEM-Ports. It supports 5 T-CONT types compliance with ITU-T G.984.3 as well. The enriched QoS features such as traffic policy/traffic shaping/rate limit/Schedule allow operators to provision flexible bandwidth allocate policy for multiple customized service.
Flexible Provisioning, Quick to Revenue
GX3500E supports SNMP/CLI for remote management. Powerful OMCI functions enable remote diagnostics, flexible provisioning, and reconfiguration of the GENEW NMS platform.
