The ONT offers comprehensive OMCI extensions to allow seamless management of subscribers (VLAN, bandwidth profile) and GAM (firmware and configuration) from the existing BSS and OSS platforms without extra IT integration efforts.

The P-XGS-PON-ONT is fully compliant with the ITU-T G.9807.1 with 9.95 Gbps in both directions: continuous mode downstream and burst-mode upstream. It is packaged as a SFP+ (Small Form-factor Pluggable) with an XFI interface. It offers advanced data features such as VLAN tag manipulation (Q-in-Q), QoS, classification and filtering to complement the GAM capabilities.

The P-XGS-PON-ONT provides digital diagnostic information of its operating conditions and status including module temperature, transmitter and receiver optical power and supply voltage as per SFF-8472 and ITU-T G.9807.1 recommendations.

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The ITU-T G.9960 G.hn Wave-2 standard leverages the existing telephone wiring (UTP, CAT-3 or CAT-5/5e) or RG-6/RG-59 coax cabling as an access technology that delivers a Gigabit Internet service to each subscriber at a lower cost and without the complexity and delays associated with in-building fiber installation. G.hn is used as an Access technology by Operators looking to simplify their access network and backend infrastructure with an Ethernet-like technology that is highly scalable without some of the inherent complexity of DSL-related technologies. Operators increasingly rely on G.hn to extend fiber or fixed wireless Gigabit services and avoid the high capital and operational expenses of a fiber retrofit. The Positron GAM solution is MEF CE 2.0 compliant and is ideally suited to deliver Business Ethernet services in an MDU and/or MTU deployment.

About the G1001 Managed Demarcation Point with RPF Support
When operating in a Reverse Power Feed mode, the outdoor GAM devices will always make sure that each G.hn End-Point devices it serves evenly contribute to provide power to the GAM via RPF. This means that the outdoor GAM will reject G.hn End-Point devices that do not provide their share of the power required by the GAM.

The G1001-CR device controls how a Residential Gateway (or User CPE) connects to the G.hn Access Network under the control of the Positron GAM. In this role, they make sure the information transmitted over the G.hn links is protected with strong AES-128 encryption. When used in Point-to-Multipoint mode (coaxial wiring), the G1001-CR operates under control of the GAM to isolate the traffic from each subscribers that share the same coax splitter.

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The G1002 series supports the ITU-T G.9960 G.hn Wave-2 standard and is designed to operate over the existing telephone wiring (UTP, CAT-3 or CAT-5/5e) or coaxial cabling and deliver a Gigabit Internet service to each subscriber at a lower cost and without the complexity and delays associated with in-building fiber installation. G.hn is used as an Access technology by Operators looking to simplify their access network and backend infrastructure with an Ethernet-like technology that is highly scalable without some of the inherent complexity of DSL-related technologies. With G.hn as the Access technology, Operators deliver advanced services such as Gigabit High Speed Residential Internet and 4K IPTV.

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About the G1001 Managed Demarcation Point
The Positron G.hn to Ethernet Bridge (G1001-C for coaxial) is a Managed Demarcation Point that connects to a Residential Gateway (RG) that does not have native support for G.hn on its WAN port.

The G1001 devices control how a Residential Gateway (or User CPE) connects to the G.hn Access Network under the control of the Positron GAM. In this role, they make sure the information transmitted over the G.hn links is protected with strong AES-128 encryption. When used in Point-to-Multipoint mode (coaxial wiring), the G1001-C operates under control of the GAM to isolate the traffic from each subscribers that share the same coax splitter.

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The G1001 devices control how a Residential Gateway (or User CPE) connects to the G.hn Access Network under the control of the Positron GAM. In this role, they make sure the information transmitted over the G.hn links is protected with strong AES-128 encryption.

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