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Positron GAM-12-M G.hn Access Multiplexer (GAM) with 12 dual-pair (MIMO) copper ports and 2 x 10Gbps SFP+ ports. AC 110-220V Pow[GAM-12-M]

Positron GAM-12-M G.hn Access Multiplexer (GAM) with 12 dual-pair (MIMO) copper ports and 2 x 10Gbps SFP+ ports. AC 110-220V Pow[GAM-12-M]

$1,952.00
Quantity :

“Fiber to the Home” is far from being the only and most efficient technology to deliver Gigabit Internet access to subscribers. Retrofitting an existing (brownfield) Multi-Dwelling Unit (MDU) with fiber is complex and expensive.

Positron's G.hn Aggregation Multiplexer (GAM) addresses the key challenge of delivering Gigabit Internet access to subscribers in MDUs and MTUs as well as dense clusters of Single Family Unit (SFU) homes. It leverages the existing telephone or coaxial infrastructure and instantly delivers near symmetrical Gigabit services at a fraction of the cost of other alternatives such as G.fast. The Positron GAM-12-M for Copper can deliver Gigabit services on telephone wires either on a single pair in SISO mode (500 feet or 150 meters) or using two (2) pairs on a single port (800 feet or 250 meters) in MIMO mode.

The ITU-T G.9960 G.hn Wave-2 standard is designed to leverage the existing telephone, UTP, CAT-3 or CAT-5/5e wiring to deliver a Gigabit Internet service to each subscriber without the complexity and delays associated with in-building fiber installation. G.hn is increasingly 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 sush as G.fast.

With G.hn, Operators deliver advanced services such as Gigabit High Speed Residential Internet and 4K IPTV without the high capital investment, construction, disruption and operational expenses associated with a fiber retrofit. Each G.hn subscriber port supports up to 1.7 Gbps of dynamically allocated bandwidth for near symmetrical Gigabit services over the existing telephone wire. The Positron GAM solution is MEF CE 2.0 compliant and is ideally suited to deliver Business Ethernet services in MDU and/or MTU deployments.

mimo chart

SFP+ offer versatile support for Active Ethernet and for GEPON, 10GEPON, NG-PON2 and XGS-PON via external ONU/ONT devices; Also compatible with 3rd party PON SFP ONT modules

Environmental 
LED Power, RJ45 ports link/active, G.hn link
Power Source 12 Vdc / 1A power adapter
Power Consumption Less than 3W
Certification CE mark, FCC Part 15 Class A
Operating Temperature 0°C to 40°C
Storage Temperature 25° to 80°C
Operating Humidity 5% to 95% relative, non-condensing
10 Gbps Network-Network Interface (NNI)
2 x SFP+ Ports SFP+ offer versatile support for Actice Ethernet and GEPON, 10GEPON, NG-PON2 and XGS-PON via external ONU/ONT devices. Also compatible with 3rd party PON SFP ONT modules    
       
       
G.hn Specification
G.hn Standards G.hn Wave-2 Client, Based on GigaWire Alliance specification and fully compliant with the following ITU-T standards; G.9960 Amendment 2 - System Architecture and PHY layer, G.9961 Data Link Layer, G.9962 Management, G.9964 PSD
Ease of Deployment Support G.hn operation over telephone wiring (G1000-M) or coax cabling (G1000-C)
Point-to-Point and Point-to-Multipoint Support Supports Point-to-Point (twisted pair and coax) with G1000-M and Point-to-Multipoint operation (coax) for up to 16 G1000-C per G.hn port
Ease of Operation Automatic firmware and configuration management via Positron GAM
Encryption AES-128 encryption with individual keys for each end-node under the control of the Positron GAM acting as the Master Node
Modulation and Frequency Band Supports OFDM 200 MHz (Single Input Single Output - SISO) with support for Neighbor Domain Interface Mitigation (NDIM) and Radio Band Notching function allows cohabitation with legacy analog cable TV channels over coax
Bandwidth Management Up to 1.7 Gbps with Dynamic Bandwidth Allocation to optimize throughput based on nature of traffic flows with TDD Multiplexing for programmable upstream / Downstream
Vectoring (Telephone Wiring) Support for VectorBoost™ cloud-based vectoring for Far-end Crosstalk (FEXT) mitigation and improved performance over telephone wiring
Mitigation of Near-end Crosstalk Near End Crosstalk (NEXT) mitigation and support for Neighbor Domain Interface Mitigation (NDIM)
PSD Programmable PSD mask for coexistence with xDSL / Radio and Far End Crosstalk (FEXT) mitigation via cloud-based VectorBoost™ vectoring
Reliability and Resiliency State of the art LDPC Forward Error Correction (FEC)
Part Number 10 GigE SFP+ G.hn Ports / Type  Out-of-band Management Ports
GAM-12-M 2 12 MIMO (RJ14) 1 x 10/100/1000BaseT and 1 x Serial