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ubiQuoss has long been a pioneer in the industry with its broadband and multi-service access solution offerings. ubiQuoss is at the forefront of technology innovation today, with large-scale global deployments of its high-capacity FTTx multi-service systems including OLT and ONU which are designed to provide high performance and cost-effective solutions for the operator’s bandwidth requirements. With the rapidly increasing levels of personalization and interactivity in communication and entertainment today, the need for fiber networks has become imperative to meet the exponentially growing bandwidth requirements.
Our customers are looking for solutions to solve their bandwidth and access network needs today with a view to the future. ubiQuoss FTTx solution, which has been designed for high scalability, flexibility and superior performance has the added benefit of being the solution.
Our customers deploying solutions today can meet bandwidth needs and provide investment protection for the future. Our customers are investing in a future-proof system with the added advantage of an industry-leading end-to-end offering of the ubiQuoss FTTx Solution.



DPoE (DOCSIS Provisioning of EPON)

DOCSIS® Provisioning of EPON (DPoE™) Specifications create an architecture and serve as necessary specifications for enabling Ethernet Passive Optical Network (EPON) equipment to be provisioned using existing DOCSIS-based provisioning systems and policies, and to provide network services over EPON access networks to business customers.


The DPoE Specifications have three primary goals to:


1) Facilitate multi-vendor interoperability—the DPoE specifications will provide a common foundation for vendors to build products that will not only interoperate with the DOCSIS back office servers, but with other vendor’s equipment. As a result, DPoE Optical Network Unit (ONU) vendors can expect their product to interoperate with others who provide DPoE Systems.


2) Allow for use of DOCSIS provisioning—DOCSIS provisioning systems provide configuration information for millions of DOCSIS devices. The DPoE specifications provide requirements for EPON equipment to be provisioned using the same DOCSIS servers.


3) Provide Metro Ethernet services as defined by the Metro Ethernet Forum (MEF)—the DPoE specifications provide an architecture and requirements to support the Ethernet Private Line (EPL) service.



ubiQuoss provides Ethernet Passive Optical Network (EPON). EPON is an IEEE Ethernet architecture, which is cost-effective, simple to integrate and maintain. The EPON standard offers high interoperability between devices that support Ethernet, ensures voice and video traffic quality through the Ethernet packet transmission scheme and QoS, and is capable of reaching subscribers within a 20 km range. 



Without deploying fiber into individual customer’s site the bandwidth enhancement as close as optical deployment would bring in can be achieved. At the fraction of FTTH CAPEX can FTTdp solution deliver near Gigabit bandwidth to customers.
Although G.fast has got familiarized to the industry, ubiQuoss’ FTTdp solution utilizes G.hn technology because G.hn demonstrates better performance than G.fast in all aspects of required features. Most of all, G.hn distribution point is more appropriate and fitting to MDU environment for G.hn outperforms noise cancelation as to bundled cables than others.  
Newly introduced technology called ‘Vector booster’ enables ubiQuoss’ G.hn distribution point to carry instantaneously optimized bandwidth to users. This technology makes our G.hn based FTTdp solution differentiated from others. 

10G Headend OLT Platform




The C9500 supporting 10G EPON and DPoE is a high density, high capacity, and highly featured PON Optical Line Terminal. This product, built on a latest Layer 3 switch platform, is the forefront solution in the PON based access network segment. The C9500 can perfectly cover all the requirements of Triple Play Service (TPS) and beyond it. Due to its enhanced capacity and traffic management features, not only the services of today but also future ones can be handled aptly by C9500.


The C9500 has a total number of 14 slots that can accommodate 2 SCMs (Switch & Control modules), 2 LIMs (Line Interface Modules), and 10 PIMs (PON Interface Modules). The LIM slots of the C9500 can accept up to two 8-port 10GE cards or 4-port 10GE and 4-port 1GE cards. The PIM slots can accept up to 10 cards (8-port 1G EPON/Turbo EPON/10G EPON).


By way of gradual installation of PIM and LIM besides the modular architecture, any network operator can exploit the scheme of ‘pay as you grow’ with the C9500. In the perspective of available service and necessary bandwidth, the C9500 will be the best possible future proof solution.


The C9500 incorporates full redundancy design for SCM and PSM to improve availability and reliability of the system. On top of that, the C9500 offers Layer 2 switching, Layer 3 routing, QoS, OAM, and Security features so that it can be placed and adapted to the network operation policy and configuration.


Features of C9500


●  1920 Gbps non-blocking switch fabric
  Max 1.44 Bpps throughput
  Fully Redundant System
      - Switching Fabric and Control card
      - 2 x SCM (Switch & Control Module)
        10 x PIM (PON Interface Module)
        2 x LIM (Line Interface Module)
        2 x PSM (Power Supply Module)
  10 slots for PIM
      - Up to 80 x 10G PON ports per chassis
  2 slots for Uplink Module
      - Up to 16 x 10GE ports per chassis
      - 8 x 10GE ports or 4x10GE
        and 4 x 1GE ports per module
      - supporting SFP and SFP+ optic module
  Reliable power supply in dual structure​