HomePN

Highlights: 500 Mbps G.hn Port as Home Network Backbone by Using Existing Phone Line Two 100 / 1000Mbps Gigabit Ethernet Ports for Ethernet-Terminals (PC, Set-Top-Box, TV, WiFi-AP´s or other Ethernet-Devices with RJ45-Ethernetport...) Energy Efficiency (Green) Ethernet Support Maximal Distance up to 350m on G.hn Port Filter Built-in to Eliminate Noise from Phone Set or PSTN Line Signal Quality Indication 6 - 76MHz Model   -  NO COEXISTANT WITH VDSL2 QoS Priority and Mapping Support TagVLAN Configuration IGMP Snooping Control Status and Statistics of Ethernet Interface   With the G.HN Gigabit Ethernet Bridge ALL-GHN101-2wire you can expand your home network at home with the existing telephone line. There is no additional network wiring required. You can simply use the existing telephone line in the wall. At a frequency of (6-96MHZ) is NOT COMPLIANT with ADSL and VDSL. With the ALLGHN101-2wire they can as quickly expand your Network without rewiring and with little effort. Technical Details: Element Specifications Network Standard: ITU G.9960 G.hn over Phoneline IEEE 802.3u 100M Fast Ethernet IEEE802.3ab 1000M Gigabit Ethernet IEEE 802.3az Energy Efficiency Ethernet Connectors: Ethernet : Two RJ-45 Connectors G.hn : Two RJ-11 Connectors, One for G.hn, the other for Phone-Line Bypass G.hn Interface Transmission Power and Spectrum 6 +/- 1 dBm @ 6 ~ 76 MHz PHY gemessene Rate: 60m: 251 MBit/s, 100m : 241 MBit/s, 200m: 201 MBit/s, 300m: 92 MBit/s, AES 128 Encryption Gigabit Ethernet Interface 100/1000Mbps Auto Negotiation MDI/MDI-X Auto Crossover Quality of Service Priority Mapping Based on IEEE 802.1p Guaranteed G.hn Parameterized QoS Management IPv4 and IPv6 Support Queuing Scheme Based on 802.1p/TOS TagVLAN ID Tag/UnTag or Pass Through GMP Snooping Control Statistic and Status LED-Display: “Power” LED G.hn “Link/Activity/Quality” LED Ethernet “Link/Activity” LED x 2 Environmental Conditions: Operating Temperature : 0° ~ 50° (32° ~ 120°) Storage Temperature: –10° ~ 65° (14° ~ 149°) Operating Humidity : 10% ~ 95%, Non-condensing Power Consumption: 3,5W on 12 Volt Physical Dimension: 130mm (W) x 95mm (D) x 32mm (H) Unit Weight: 135g (without power supply) Kennzeichen: CE Marks: CE

VDSL2 Pair of Modems for dedicated lines via 2-wire connections up to a length of 2.5km and a bandwidth of max. 100 Mbps   HIGHLIGHTS VDSL2 standard for high data throughput Integrated 4-Port Ethernet 10/100Mbps Switch Two RJ11 ports for phone/line Integrated DSL-splitter and surge protection Flexible VDSL bandplan-profiles Automatic speed adjustment for VDSL2-Port Configuration via webbrowser and/or RS232C console port Configurable as router or switch Energy saving, low power consumption (only about 6.9W) Advanced VDSL technology from Infineon® for up to 100 Mbps/symm. Diagnostic function for line quality Private point-to-point-operation or public DSL-provider-connection Connection via twisted 2-wire-phonecable Simultaneous telephony for analog or UK0 (ISDN) on the same wire Bracket for wall mounting Via the ALLNET ALL126AM2 VDSL master modem in conjunction with the ALLNET ALL126AS3 VDSL slave modem dedicated lines can be realized by a simple 2-wire copper cable with a length of up to 5 kilometers. For short distances bandwidths of up to 100 Mbps are possible.At the same time analog telephones can be connected and operated on the same line. An existing telephone wiring can thus also be used for data services with high performance.Specially designed for hotels and hospitals, this technology represents the optimal solution cost, to provide performant network applications with minimal effort.   Technical Details: Element Specification Chipsets: Lantiq MIPS ADM5120P Lantiq VINAX Standards: IEEE802.3/802.3u standardsITU-T G993.2 VDSL2 standard Interface: 4x RJ-45 10/100Mbps Auto-Negotiation RJ-45 Ethernet port 1x RJ-11/Terminal Block connector for VDSL2 line port 1x RJ-11 connector for POTS/ISDN device Band Profile: 8a, 8b, 8c, 8d, 12a, 12b, 17a, 17b, 30a Band Plans: 997, 998 Max. Bandwidth: Symmetric 100 Mbps/300m LED-Indication: Power LED 4x Link/Active Status for Ethernet Port Link LED for VDSL2 Port Switch method: Store and forward Management and Features: - Provides POTS/ISDN Splitter on board- Supports Downstream Power Back-Off (DPBO)- Supports auto speed for VDSL2 port- Supports Web management (HTTP), TFTP, Console (RS232)- Supports uPnP/PPPoE/NAT/DHCP/DMZ/Firewall- Supports Router & Switch (Bridge) mode- Supports Loop back test- Supports SNR indicator for check phone wiring quality- Supports Interleave delay for Data Error & Noise Against- Provides surge protection for VDSL2 port Console Port: RS-232C/115200bps Flow control: Full duplex: IEEE 802.3x Half duplex: Back pressure Power Consumption: 5.52W - 6.12W Environment: Temperatur Operating: 0°C ~ 50°C (32°F ~ 122°F)Temperatur Storage: -20°C ~ 70°C (-4°F ~ 150°F)Humidity: 10 to 90% (non-condensing) Dimensions: Width/Height/Depth: 183 x 36 x 145 mm (7.2“ x 5.74“ x 1.57“)Weight: 0,385kg (without power supply) Mark: CE Package contents: - ALL126AM2 VDSL Master Modem- ALL126AS3 VDSL Slave Modem - each Power Supply 12V/1A- each CD with manual (english)- each 1 Patch cable LAN & each 1 Patch cable phone (Western connector)

G.Fast  modem pair for leased lines over 2-wire connections up to a maximum length of 500 metres and a maximum bandwidth of 1 gig (depending on length) Bundle consists of:   ALL-BM310 (master) and ALL-BM300 (slave) Expected transmission speed In general, the shorter the copper cable, the higher the signal quality that arrives at the subscriber connection and the higher the speed that is possible. Highlights: Master and slave modem according to G.Fast standard for high data throughput Up to 1.5 gig data throughput Supports G.fast 212a profiles Supports high bandwidth up to 1.5 Gbps (UP/DOWN combined) Support SSH/SSL Security Splitter for analogue phone on board RJ-11/Terminal block combo for line port 4x RJ-45 10/100/1000Mbps ports 1x RJ-11 for G.Fast 1x RJ-11 terminal block &p>The ALLNET BM-310 G.Fast master modem can be used in conjunction with the ALLNET ALL-BM300 G-Fast slave modem to realise leased lines over a simple 2-wire copper cable with a length of up to 500m. Bandwidths of up to 1.5 gig/s are possible over short distances (approx. 200 metres). This technology is the ideal solution for providing high-performance network applications with high data rates at low cost and with minimal effort, especially for demanding retrofits in existing IT systems. Another large field of application is buildings that do not yet have any LAN cabling and that cannot be implemented due to the existing building fabric. Power supply unit is included in the scope of delivery!

Highlights: PoE and power via two-wire IEEE802.3af & now NEW for v2 series: IEEE802.3at Data rate max. 200Mbps Maximum distance: 500m via two-wire The master requires a 48VDC~57VDC power supply unit which is included, for optional power supply units see accessories Incl. power supply Overview The ALL-MC302v2P2WIRE set offers you the option of setting up both data and PoE via a 2-wire connection. The max. Cable length can be max. 500m. The master must be supplied with power via a power supply unit and supplies both the slave adapter and the PoE end device on the slave with data and power. The set is suitable for upgrading analogue systems through an existing cable infrastructure. The compact size of the media converter is perfect for replacing old door stations with a new IP door station.  Dimension: Interface description: Connection diagram: Table power, bandwidth and distance Receiver <- -> Transmitter Cable 2×0.75 mm² Receiver power supply type DC 48-56 (30 W) DC 48-56 (60 W) Distance 100 M Bandwidth (Mbps) 83 83 PoE (W) 27 27 Distance 200 M Bandwidth (Mbps) 82 82 PoE (W) 26.5 27 Distance 300 M Bandwidth (Mbps) 80 80 PoE (W) 26.3 27 Distance 400 M Bandwidth (Mbps) 78.2 78.2 PoE (W) 22.8 27 Distance 500 M Bandwidth (Mbps) 76 76 PoE (W) 18.2 26.5 Receiver <- -> Transmitter Coaxial cable Receiver power supply type DC 48-56 (30 W) DC 48-56 (60 W) Distance 100 M Bandwidth (Mbps) 84.2 84.2 PoE (W) 26.6 27 Distance 200 M Bandwidth (Mbps) 83.4 83.4 PoE (W) 26.2 27 Distance 300 M Bandwidth (Mbps) 82 82 PoE (W) 26 27 Distance 400 M Bandwidth (Mbps) 80 80 PoE (W) 22.2 27 Distance 500 M Bandwidth (Mbps) 79 79 PoE (W) 17.8 26 Note: Actual data speed and PoE performance may vary depending on environmental conditions and cable quality. Technical details: Ethernet Network standards IEEE 802.3 10BaseT  IEEE 802.3u 100BaseTX IEEE 802.3af Power over Ethernet PoE IEEE 802.3at Power over Ethernet PoE IEEE1901 PLC Up down Agreement CSMA/CA Transmission / Rate 500Mbps Physical Bandwidth 88Mbps Transmission Speed Cabling Cat5 or above Maximum Distance 100m Connector 1x RJ45 Twisted pair Cabling Twisted pair Connector 2-pin terminal block Distance up to 500m@24AWG Datarate downlink Up to 500Mbps Datarate Uplink Up to 500Mbps Technology Powerline Communication (PLC) Electric and Mechanical Input Power 48-57VDC (terminal block) Power Consumption =3.5W / PC PoE standard IEEE802.3af / IEEE802.3af "ONLY FOR v.2 SERIES" Output power Standard 48VDC; IEEE802.3af / IEEE802.3at "from v2 series" Port RJ45 Dimming (W x D x H) 123mm x 26mm x 26mm Weight 0.25kg Casing Aluminium case Environmental Operating Temperature -20°C to 60°C  Relative Humidity <95% (Non-condensation)

- Bundle consists of 2x Master/Slave Modem ALL-MC116VDSL2 - Point-to-point distance up to 1km - For short distances data rates of up to 100Mbit/s possible - NEW: GBIC slot for optional miniGBICS (fibre / copper / 2-wire etc.) DIP switch 1 must be set to ON "up" for the master and OFF "down" for the slave.

Highlights: Up to 1GbPS G.hn port as home network backbone from one of the existing TV cabling Two 100 / 1000Mbps Gigabit Ethernet ports for FTTH, DSL / cable modem and Ethernet terminals (PC, set-top box, ...) Energy efficiency (grün) Ethernet supportBuilt-in filter to prevent interference with the TV network Indication of the signal quality 2MHZ - 200MHz QoS priority mapping and support VLAN configuration Control IGMP snooping Status and statistics of the Ethernet interface Up to eight devices possible With the G.HN Gigabit Ethernet Bridge ALL-GHN102v2-Coax, you can expand your private network at home with the existing TV cabling. No additional network cabling is required. You can simply use the existing coax cabling in the wall. With the ALL-GHN102v2-Coax, you can quickly expand your network without rewiring and with little effort. Element Specification Network standard: ITU G.9960 G.hn üover Coax IEEE 802.3u 100M Fast Ethernet IEEE802.3ab 1000M Gigabit Ethernet IEEE 802.3az Energy Efficiency Ethernet Connections: Ethernet : Two RJ-45 connectors G.hn : Two coax connectors, one for G.hn,  the other for TV bypass G.hn interface:   Transmission performance and spectrum 100m coax approx. 890 MBit/s net 4.5 +/- 1 dBm @ 2 - 100MHz PHY measured rate: Gigabit Ethernet interface: 100/1000Mbps Auto Negotiation MDI/MDI-X Auto Crossover Quality of Service Priority Mapping Based on IEEE 802.1p Guaranteed G.hn Parameterised QoS Management: GUI, web browser and TR-069 (optional) IPv4 and IPv6 support Queuing Scheme Based on 802.1p/TOS TagVLAN ID Tag/UnTag or Pass Through GMP Snooping Control Statistics and status LED display: "Power” LED G.hn "Link/Activity/Quality” LED Ethernet "Link/Activity” LED x 2 Working environment: Working temperature : 0° ~ 50° (32° ~ 120°) Storage temperature : 10° ~ 65° (14° ~ 149°) Humidity: 10% ~ 95%, non-condensing Power consumption: 4W at 12 volts Environment: Operating temperature: 0°C ~ 50°C (32°F ~ 122°F) Storage temperature: -20°C ~ 70°C (-4°F ~ 150°F) Humidity: 10 to 90% (non-condensing) Mounting:   Wall mounting possible Dimension/weight: Width/depth/height:  130mm x 95mm  x 32mm Weight: 150g (without power supply) Labelling: CE Power supply units are included in the scope of delivery

Highlights: 500 Mbps G.hn Port as Home Network Backbone by Using Existing Phone Line Two 100 / 1000Mbps Gigabit Ethernet Ports for Ethernet-Terminals (PC, Set-Top-Box, TV, WiFi-AP´s or other Ethernet-Devices with RJ45-Ethernetport...) Energy Efficiency (Green) Ethernet Support Maximal Distance up to 350m on G.hn Port Filter Built-in to Eliminate Noise from Phone Set or PSTN Line Signal Quality Indication 6 - 76MHz Model   -  NO COEXISTANT WITH VDSL2 QoS Priority and Mapping Support TagVLAN Configuration IGMP Snooping Control Status and Statistics of Ethernet Interface   With the G.HN Gigabit Ethernet Bridge ALL-GHN101-2wire you can expand your home network at home with the existing telephone line. There is no additional network wiring required. You can simply use the existing telephone line in the wall. At a frequency of (6-96MHZ) is NOT COMPLIANT with ADSL and VDSL. With the ALLGHN101-2wire they can as quickly expand your Network without rewiring and with little effort. Technical Details: Element Specifications Network Standard: ITU G.9960 G.hn over Phoneline IEEE 802.3u 100M Fast Ethernet IEEE802.3ab 1000M Gigabit Ethernet IEEE 802.3az Energy Efficiency Ethernet Connectors: Ethernet : Two RJ-45 Connectors G.hn : Two RJ-11 Connectors, One for G.hn, the other for Phone-Line Bypass G.hn Interface Transmission Power and Spectrum 6 +/- 1 dBm @ 6 ~ 76 MHz PHY gemessene Rate: 60m: 251 MBit/s, 100m : 241 MBit/s, 200m: 201 MBit/s, 300m: 92 MBit/s, AES 128 Encryption Gigabit Ethernet Interface 100/1000Mbps Auto Negotiation MDI/MDI-X Auto Crossover Quality of Service Priority Mapping Based on IEEE 802.1p Guaranteed G.hn Parameterized QoS Management IPv4 and IPv6 Support Queuing Scheme Based on 802.1p/TOS TagVLAN ID Tag/UnTag or Pass Through GMP Snooping Control Statistic and Status LED-Display: “Power” LED G.hn “Link/Activity/Quality” LED Ethernet “Link/Activity” LED x 2 Environmental Conditions: Operating Temperature : 0° ~ 50° (32° ~ 120°) Storage Temperature: –10° ~ 65° (14° ~ 149°) Operating Humidity : 10% ~ 95%, Non-condensing Power Consumption: 3,5W on 12 Volt Physical Dimension: 130mm (W) x 95mm (D) x 32mm (H) Unit Weight: 135g (without power supply) Kennzeichen: CE Marks: CE

Highlights: up to 500 Mbps G.hn Port as Homenetwork-Backbone over TV-Wirering Two 100 / 1000Mbps Gigabit Ethernet Ports for Ethernet-Terminals (PC, Set-Top-Box, TV, WiFi-AP´s or other Ethernet-Devices with RJ45-Ethernetport...) Energyefficiency  (green) Ethernet-Support Filter Built-in to Eliminate Noise from TV Signal Indication 6MHZ - 76MHz QoS Priority Mapping Support Tag VLAN Configuration IGMP Snooping Control Status and Statistic up to 15 devices possible With the G.HN Gigabit Ethernet Bridge ALL-GHN102v2-Coax, you can, with the existing TV cabling, expand your home network at home. There is no additional network wiring required. You can simply use the existing coax wiring in the wall. With the ALL-GHN102v2-Coax they can as quickly expand your network without rewiring and with little effort.   Element Specification Network  Standard: ITU G.9960 G.hn over Coaxial Cable Baseband IEEE 802.3u 100M Fast Ethernet IEEE802.3ab 1000M Gigabit Ethernet IEEE 802.3az Energy Efficiency Ethernet Connectors: Ethernet : Two RJ-45 Connectors G.hn: Two F-Type Female Coax Connectors, One for G.hn, the Other for TV G.hn Interface Transmission power and spectrum 100m Coax 350 - 360 MBit/s net 4.5 +/- 1 dBm @ 2 - 200MHz PHY measured rate AES 128 Encryption Gigabit Ethernet Interface 100/1000Mbps Auto Negotiation MDI/MDI-X Auto  Crossover Quality of Service Priority Mapping Based on IEEE 802.1p Guaranteed G.hn Parameterized QoS Management IPv4 and IPv6 Support Queuing Scheme Based on 802.1p/TOS TagVLAN ID Tag/UnTag or Pass Through GMP Snooping Control Statistic and Status LED-Display: “Power” LED G.hn “Link/Activity/Quality” LED Ethernet “Link/Activity” LED x 2 Environmental  Conditions: Operating Temperature : 0° ~ 50° (32° ~ 120°) Storage Temperature –10° ~ 65° (14° ~ 149°) Operating Humidity : 10% ~ 95%, Non-condensing Power Consumption: 4W on 12 Volt Physical  Dimension: 130mm (W) x 95mm (D) x 32mm (H) Marks CE

- Bundle consists of 1x ALL-MC116VDSL2 which must be set as master "CO DIP switch + 1x slave modem ALL-MC116SPV which must be set as slave "CPE DIP switch". - Point-to-point distance up to 1km - Data rates of up to 100Mbit/s possible for short distances - NEW: GBIC slot for optional miniGBICS (fibre / copper / 2-wire etc.) DIP switch 1 must be set to ON "top" on the master and OFF "bottom CPE" on the slave

An extender pair that extends PoE via twisted pair or coaxial cable, ideal for retrofit scenarios. Highlights: Transmitter ? (1) PoE++ input ? (1) 2-wire output ? (1) 2-wire to coaxial adapter Recipient ? (1) PoE/PoE+ output ? (1) 2-wire input ? (1) 2-wire to coaxial adapter Technical data: Mechanical Maße PoE input/output: 40 x 105 x 25 mm (1.6 x 4.1 x 1 inch) Adapter: 43.5 x 138 x 30 mm (1.7 x 5.4 x 1.2 inches) Weight PoE input: 77 g (2.7 oz) PoE output: 79 g (2.8 oz) Adapter: 140 g (4.9 oz) Handle material Polycarbonate Mounting material Polycarbonate Hardware Network interface (1) 10/100 MbE (1) Homeplug AV Power method PoE++ PoE input (1) PoE++, 50 V direct current, 1.2 A PoE output (1) PoE+, 48 V direct current, 0.6 A Max. Power consumption 3 W (without PoE output) ESD/EMP protection Air: ±8kV, contact: ±4kV Recommended max. cable length     UTP 24AWG 0.18 Ohm/metre RG-6, 0.14 Ohm/metre Cable length   Bandwidth (Mbps)   Max Power (W) Bandwidth (Mbps)   Max Power (W) 50 m 85 25 85 25 100 m 85 13 85 20 150 m 85 9 85 13 200 m 85 6 85 9 250 m 80 4 85 7 300 m 75 3 85 6 350 m 70 0 85 4 400 m 65 0 82 3 450 m 60 0 80 0 500 m 55 0 75 0 550 m 50 0 70 0 600 m — — 65 0 650 m — — 60 0 700 m — — 55 0 750 m — — 50 0 LED White Operating ambient temperature -10 to 40 °C (14 to 104 °F) Humidity during operation 5 to 90 % non-condensing Certifications CE, FCC, IC

VDSL2 modem pair for leased lines over 2-wire connections up to a length of max. 2500 meters and a bandwidth of max. 100 Mbit/s (depending on length) Bundle consists of 1x master modem ALL126AM3 and 1x slave modem ALL-BMI100VDSL2V Highlights:     Point-to-point distance up to 2.5km     For short distances data rates up to 100Mbit/s possible     Slave modem with extended temperature range (-20°C ~ +70°C) and DIN-rail mounting     Slave modem has the option to be powered with extended current input range with redundant current input.     More info see datasheets of part.149851 & part. 172755

The EOC 100MHz flush-mounted socket "ALL-GHN108S-100-UP-Dose" is a C-through socket with integrated Gbit LAN interface. A coaxial cable is used for simultaneous transmission of DVB-C (108 MHz - 850 MHz) and network data (<108 MHz). Internet/network data can be used via the Gbit Ethernet connection. The coax socket provides a broadband cable signal (108 MHz to 860 MHz) and can be used with a standard receiver. The TV signal is output via the coaxial socket, the network data via the RJ45 socket. The networking of the individual flush-mounted boxes/G.hn modules takes place automatically. The EOC 100 "ALL-GHN108S-100-UP-socket" can be operated via remote power supply by an ALL-GHN108M-Coax-100 or with a 24V/1A power supply unit. 4 subsequent EOC100 "ALL-GHN108S-100-UP-sockets" can be supplied. The EOC 100 "ALL-GHN108S-100-UP-socket" can be installed in a single flush-mounted box as well as in a multiple flush-mounted box. Each EOC 100 "ALL-GHN108S-100-UP socket" can exchange data with any other flush-mounted socket. Wiring/connection of the EOC flush-mounted boxes to the ALL-GHN108M-Coax-100 are described in the. Recommended application/Use Case: Building upgrade with Gigabit with existing coaxial cabling and a small budget: Home users Small company networks Hotels Hospitals Sanatoriums Retirement homes Renovation of old buildings Comparison of the Transmission Standard Standard G.Hn via COAX WLAN Powerline DOCSIS 3.0/3.1 over coax Net data rate 1.5 Gbit 240 Mbit - Wi-Fi 42 600 Mbit - Wi-Fi 52 800 Mbit - Wi-Fi 62 400 Mbit Powerline AV12002 400 Mbit Powerline AV20002 1600 Mbit/s download3 240 Mbit/s upload3 Acquisition cost medium Wi-Fi4 devices cheap Wi-Fi5 devices medium Wi-Fi6 devices expensive AV1200 devices cheap AV2000 devices medium high requires DOCSIS - CMTS server Power consumption up to 4W/Gbit 6 W/Gbit Access point included up to 6 W/Gbit >8 W/Gbit server included Susceptibility to interference not susceptible to yes, by many users yes, by electrical consumers not susceptible to Eavesdropping security yes WPA3 yes WPA2 no yes yes Visual impact small disappears in the wall medium router stands around large protrudes from the wall socket medium modem stands around 2 Source: https://de.wikipedia.org/wiki/Datendurchsatz 3 Source: https://de.wikipedia.org/wiki/Data_Over_Cable_Service_Interface_Specification Technische Daten:    C-throughput in-wall socket  Can be integrated into single outlets and multiple outlets  Frequency range 2 – 80 MHz  Network standard : G.Hn  Data rate Gross: 1000 Mbps  Data rate Net: 700 Mbps  Attenuation 300 – 860 MHz: -2 dB (18db coupling)  Attenuation 300 – 860 MHz: -3 dB (12db coupling)  Coupling: 16 dB (other values on request)  Hardware encryption : AES 128-bit  Quality of Service: VLAN/TOS/Packet Classifier/Virtually perfect transmission with IPTV   Only suitable for DVB-C wiring Satellite wiring is not supported Power Consumption EOC 100 Datarate net Power Consumption 50 Mbit/s 2.06 Watt 100 Mbit/s 2.27 Watt 200 Mbit/s 2.47 Watt 300 Mbit/s 2.68 Watt 400 Mbit/s 2.81 Watt 500 Mbit/s 2.90 Watt 750 Mbit/s 3.05 Watt    

The EOC 200 (ALL-GHN108S-200-UP-Dose) is an in-wall socket which supports the simultaneous transmission of Internet and Cable TV on an existing coax cable network. The installation of the in-wall socket is adding an internet connection to the existing use of cable TV on the same coax cable. It contains an integrated Gbit LAN interface and a C pass-through socket. Internet/Network data can be utilized via the Gbit Ethernet connection. The coaxial socket provides a broadband cable signal in the range of 240 MHz to 860 MHz. The TV signal gets decoupled via the coaxial socket, whereas network data is transmitted via the RJ45 socket. Interconnection of individual in-wall sockets is done automatically. The first in-wall socket is capable of supplying up to another 5 in-wall sockets. (Part No: 221626 ALL-GHN108S-200-UP-Dose  or Part No: 221627 ALL-GHN108S-200-WIFI)       The EOC 200 can be powered via remote supply by an ALL-GHN108M-Coax-200 (Amplifier), or with a 24 V/1 A power supply. Therefor it can supply four subsequent EOC 200. The EOC 200 can be installed in a single flush-mounted box, as well as in a multiple flush-mounted box. (Part No: 221626 ALL-GHN108S-200-UP-Dose  or Part No: 221627 ALL-GHN108S-200-WIFI)    Each EOC 200 can exchange data with any other flush-mounted box. (Part No: 221626 ALL-GHN108S-200-UP-Dose  or Part No: 221627 ALL-GHN108S-200-WIFI)    Video - Wiring and connection EOC in-wall socket to ALL-GHN108M-Coax-200 Amplifier Recommended application: Building upgrade with Gigabit Ethernet with existing coaxial cabling and limited budget. Home users Small company networks Hotels Hospitals Sanatoriums Retirement homes Renovation of old buildings Comparison of the Transmission Standard Standard G.Hn via COAX WLAN Powerline DOCSIS 3.0/3.1 over coax Net data rate 1,5 Gbit 240 Mbit - Wi-Fi 42 600 Mbit - Wi-Fi 52 800 Mbit - Wi-Fi 62 400 Mbit Powerline AV12002 400 Mbit Powerline AV20002 1600 Mbit/s download3 240 Mbit/s upload3 Acquisition cost medium Wi-Fi4 devices cheap Wi-Fi5 devices medium Wi-Fi6 devices expensive AV1200 devices cheap AV2000 devices medium high requires DOCSIS - CMTS server Power consumption up to 4W/GBit 6 W/GBit Access point included up to 6 W/GBit >8 W/GBit server included Susceptibility to interference not susceptible to yes, by many users yes, by electrical consumers not susceptible to Eavesdropping security yes WPA3 yes WPA2 no yes yes Visual impact small disappears in the wall medium router stands around large protrudes from the wall socket medium modem stands around 2 Source: https://de.wikipedia.org/wiki/Datendurchsatz 3 Source: https://de.wikipedia.org/wiki/Data_Over_Cable_Service_Interface_Specification Technical Details: C-throughput in-wall socket Can be integrated into single outlets and multiple outlets Frequency range 2 – 199 MHz Network standard: G.Hn Data rate Gross: 2000 Mbps Data rate Net: 1700 Mbps Attenuation 300 – 860 MHz: -2 dB (16 db coupling) Attenuation 300 – 860 MHz: -3 dB (10 db coupling) Coupling: 16 dB (other values on request) Hardware encryption : AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/Virtually perfect transmission with IPTV Remote service: TR-069 remote management (option) Only suitable for DVB-C wiring Satellite wiring is not supported   Power Consumption EOC 2000 Power Consumption 50 Mbit/s 2.06 Watt 100 Mbit/s 2.27 Watt 200 Mbit/s 2.47 Watt 300 Mbit/s 2.68 Watt 400 Mbit/s 2.81 Watt 500 Mbit/s 2.90 Watt 800 Mbit/s 3.09 Watt 1000 Mbit/s 3.15 Watt

2er-Set Grüne Netzteil Ersatz-Stecker für Stromversorgung. ACHTUNG: Netzteil 48~57VDC wird noch benötigt. Siehe Zubehör !

ALLNET Point-to-Point Coax 8 Port Master Chassis "ALL-GHN108M-Coax" without modules The distribution amplifier ALL-GHN108M-Coax is a highly integrated solution to provide a Gigabit network on 8 coaxial lines. Up to 8 G.hn modems deliver 750 Mbit or 1700 Mbit net per coaxial strand, depending on the model. A built-in power meter simplifies service during and after installation. Without compatibility to a cable network operator, even up to 1700 Mbit is available. Signal strength and skew can be digitally adjusted. If compatibility with a cable network operator is required, 750 Mbit are available. The ALL-GHN108M-Coax takes over all tasks such as filling, amplifying and splitting the TV signals as well as inserting the G.hn network data. Elaborate mounting boards / installations are not necessary. The chassis are available for EOC-Ethernet over COAX with 100MHz modules for DVB-C coexistence and as 200MHz with more bandwidth without DVB-C coexistence. Or explained differently. The EOC 100 and EOC 200 differ as follows: EOC 100 1 Gbit/650 Mbit (gross/net). EOC 200 2 Gbit/1.7 Gbit (gross/net) EOC 100 and EOC 200 - What's behind them ! The EOC 100 uses the frequency band 2-87 MHz for data transmission and can provide the broadband cable signal (DVB-C) from 88 to 860 MHz, so that the cable connection of your provider can still be fully used. The EOC 200 uses a frequency band of 2-199 MHz. Ideal for operators of a head-end station who want to change their frequency allocation. Technical Details: ALL-GHN108M-Coax Gain 33 dB (internal 48dB) Bandwidth 1.2 GHz Ripple 1 dB integrated amplifier 125 dBµV Noise figure 4 dB Ground noise -170 dBm/Hz integrated 8-fold splitter 8 outputs with max. 108 dBµV Return path inhibitor high-pass and low-pass filter internal power meter 50 dbµV to 110 dbµV up to 8 G.hn modules (Part No: 221229 ALL-GHN108-100-Modul) up to 64 subscribers / EOC100 (Part No: 221230 ALL-GHN108S-100-UP-Dose  or Part No: 221231 ALL-GHN108S-100-WIFI) Remote power supply 24 V up to 40 EOC100 (Part No: 221230 ALL-GHN108S-100-UP-Dose  or Part No: 221231 ALL-GHN108S-100-WIFI) Digital adjustable:         8x 31 dB attenuator (0.5 dB steps)         Skew correction (0-3-6-9 dB) Dimensions: 240 x 60 x 60 mm Important: Setting the output power The total band power (approx. 90 transponders) is 19.5 dB higher compared to the output power of a single transponder determined with a measuring device! You must take this into account when making the setting! Example 1 1 transponder: 80.0 dBµV measured 90 transponders: 99.5 dbµV Band power The LED display on the unit shows 99 dBµV. Result: The input signal can (only) be amplified by 10 dB. Example 2 1 transponder: 90.0 dBµV measured 90 transponder: 109.5 dbµV Band power The LED display on the unit shows 109 dBµV. Result: The input signal cannot be amplified any further. Consideration for 5 flush-mounted boxes in the line:     Good television reception requires 60 dbµV - 75 dbµV at the input.     An EOC 1000/EOC 2000 flush-mounted box has a throughput attenuation of 2-3 dB and an outcoupling attenuation of 18 dB.     The AMP X8 delivers a maximum of 110 dbµV per line. After 5 EOC 1000/EOC 2000 flush-mounted boxes connected in series, the total attenuation is: 4x3 dB Continuity attenuation + 18 dB Outcoupling attenuation + 4x1-2 dB Attenuation in coaxial cable = 34-38 dB Total attenuation An optimum setting on the AMP X8 would then be: 60 bµV-65 dbµV + 38 dB = 98-103 dbµV. The output of the first socket would then be 12 dB, i.e. 72 bµV-77 dbµV.

An existing coaxial cable is used for simultaneous transmission of DVB-C and network data. The EOC WLAN flush-mounted socket "ALL-GHN108S-100-WIFI" is a C-through socket with integrated 2.4 GHz WLAN (Wi-Fi 4 2x2 802.11n) and has 2 antennas (2T2R). The coax socket provides a broadband cable signal (108 - 860 MHz) and can be used with a standard receiver. The TV signal is output via the coax socket, the network data via WLAN. The networking of the individual flush-mounted boxes/G.hn modules takes place automatically. The EOC WLAN "ALL-GHN108S-100-WIFI" is operated via remote power supply by a master/amplifier "ALL-GHN108M-Coax-100". It can then power 4 subsequent EOC 100 "ALL-GHN108S-100-UP-Dose" or EOC WIFI ALL-GHN108S-100-WIFI. The EOC WLAN "ALL-GHN108S-100-WIFI" can be installed in a single flush-mounted box or in a multiple flush-mounted box. Each EOC WLAN "ALL-GHN108S-100-WIFI" can exchange data with any other flush-mounted box. Recommended application: Building upgrade with gigabit Ethernet with existing coaxial cabling and on a limited budget. Home users Small company networks Hotels Hospitals Sanatoriums Retirement homes Renovation of old buildings Coax   C-throughput in-wall socket Can be integrated into single outlets and multiple outlets Frequency range 2 – 199 MHz Network standard: G.Hn Data rate Gross: 2000 Mbps Data rate Net: 1700 Mbps Attenuation 300 – 860 MHz: -2 dB (16 db coupling) Attenuation 300 – 860 MHz: -3 dB (10 db coupling) Coupling: 10 db or 16 dB Hardware encryption : AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/Virtually perfect transmission with IPTV Remote service: TR-069 remote management (option)   Coax C-throughput in-wall socket Can be integrated into single outlets and multiple outlets Frequency range 2 – 199 MHz Network standard: G.Hn Data rate Gross: 2000 Mbps Data rate Net: 1700 Mbps Attenuation 300 – 860 MHz: -2 dB (16 db coupling) Attenuation 300 – 860 MHz: -3 dB (10 db coupling) Coupling: 10 db or 16 dB Hardware encryption : AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/Virtually perfect transmission with IPTV Remote service: TR-069 remote management (option) Only suitable for DVB-C wiring Satellite wiring is not supported   Technischen Daten: Software: openWRT 21.02.0 CPU: MIPS24KEc 580 MHz RAM: 64 MB RAM Flash: 32 MB Crypto: AES 128/256 Wi-Fi4: Datenrate 2x 150 Mbit/s (brutto) 2x2 802.11n Freqency: 2.4 GHz Antenna: 2T2R

ALL-G.now-109SP G.now Wave-2 Subscriber Adapter with 1.7 Gbps & 90W PoE++ üover existing telephone line The ALL-G.now-109SP is a high-performance G.now Wave-2 subscriber adapter for the transmission of up to 1.7 Gbps over existing analogue telephone lines (2-wire). The ideal solution for fast network upgrades in existing buildings - without any new cabling.  Important: The matching G.now DSLAM/Master ALL-G.now109M-2wire-16 is required for operation. The ALL-G.now-109SP is the client/subscriber counterpart to the ALL-G.now109M-2wire-16. Use existing telephone line twice – data & analogue telephony simultaneously A particular advantage of this solution is the parallel use of the existing analogue extension line right into the room. Thanks to the integrated POTS splitter, Analogue telephony (extension) G.now high-speed data transmission can be operated simultaneously via the same 2-wire cable This makes the ALL-G.now-109SP ideal for: Hotels Hospitals Residential homes Buildings MDU/MTU environments Existing telephone cabling remains fully usable – without interfering with the analogue infrastructure. High-speed over 2-wire copper Thanks to modern MIMO technology and OFDM modulation, the adapter achieves: Up to 1.7 Gbps data rate Ranges of up to 600 metres Stable transmission over existing telephone cabling The solution works coexistently with ADSL, VDSL and G.fast, so that existing services are not disrupted. Integrated 90W PoE++ (IEEE 802.3bt) The ALL-G.now-109SP has two Gigabit LAN ports with IEEE 802.3bt (Type 3 & 4) and delivers up to 90 watts per port for powerful end devices. Ideal for: PTZ IP cameras WiFi 6 / WiFi 7 access points Thin clients Digital signage High-power IoT devices Supports both end-span and mid-span configurations. Optimised for professional network installations In combination with the ALL-G.now109M-2wire-16 DSLAM/Master, a powerful IP access platform for MDU/MTU structures is created. Other features: IGMP (IPv4) & MLD (IPv6) snooping for IPTV optimisation Integrated overvoltage protection for long-term reliability LED indicators for link status and line quality CE, FCC and RoHS certified System design Central technology room: ALL-G.now109M-2wire-16 (DSLAM/Master) Room / floor:  ALL-G.now-109SP (Subscriber/Client) &p>The existing 2-wire extension line is used to simultaneously: Analogue telephony Gigabit network PoE supply for end devices provided – without laying new cables. Your advantages at a glance Utilisation of existing telephone cabling Simultaneous analogue telephony & broadband thanks to integrated POTS splitter Up to 1.7 Gbps data rate 90W PoE++ per port Ideal for hotels, residential complexes & office buildings Only works in combination with ALL-G.now109M-2wire-16 Technical data: Feature Specification Max. Data rate 1.7 Gbps Max. Range 600 m via 1x telephone line LAN ports 2 x RJ-45 Gigabit PoE IEEE 802.3bt (Type 3 & 4), up to 90W per port Line port 1 x RJ-11 (G.hn) Splitter Port 1 x RJ-11 (POTS) Frequency range 5 MHz – 200 MHz Power consumption 6 W (without PoE load) Operating temperature 0°C to +50°C Dimensions 130 x 94.5 x 27 mm Scope of delivery 1x ALL-G.now-109SP 1x 230W standard power supply 1x QIG quick start guide

The EOC WLAN is an in-wall socket which supports the simultaneous transmission of Internet and Cable TV on an existing coax cable network. The EOC WLAN in-wall socket is a "C"able pass-through socket with 2 antennas (2T2R) and integrated 2.4 GHz WiFi (Wi-Fi 4 2x2 802.11n). The coax socket provides a broadband cable signal in the range of 108 - 860 MHz, which can be used with a standard receiver. The TV signal is provided via the TV socket, the network dates are transmitted via WLAN. Interconnection of individual in-wall sockets is done automatically. The EOC WLAN is being powered via remote supply by an ALL-GHN108M-Coax-200  . Therefore, it can supply four subsequent EOC 100 and/or EOC 200 and/or EOC WLAN. The EOC WLAN can be installed in a single flush-mounted box as well as in a multiple flush-mounted box. Each EOC WLAN can exchange data with any other flush-mounted box. Recommended application: Building upgrade with gigabit Ethernet with existing coaxial cabling and on a limited budget. Home users Small company networks Hotels Hospitals Sanatoriums Retirement homes Renovation of old buildings Coax C-throughput in-wall socket Can be integrated into single outlets and multiple outlets Frequency range 2 – 199 MHz Network standard: G.Hn Data rate Gross: 2000 Mbps Data rate Net: 1700 Mbps Attenuation 300 – 860 MHz: -2 dB (16 db coupling) Attenuation 300 – 860 MHz: -3 dB (10 db coupling) Coupling: 10 db or 16 dB Hardware encryption : AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/Virtually perfect transmission with IPTV Remote service: TR-069 remote management (option) Only suitable for DVB-C wiring Satellite wiring is not supported     Technischen Daten: Software: openWRT 21.02.0 CPU: MIPS24KEc 580 MHz RAM: 64 MB RAM Flash: 32 MB Crypto: AES 128/256 Wi-Fi4: Datenrate 2x 150 Mbit/s (brutto) 2x2 802.11n Freqency: 2.4 GHz Antenna: 2T2R

ALL-G.now109M-2wire-16 G.now / G.hn 2-wire DSLAM – Up to 2 Gbps over existing telephone cabling The ALL-G.now109M-2wire-16 is the central master unit of the ALLNET G.now / G.hn 2-wire high-speed solution for using existing telephone lines in multi-party houses, hotels, residential complexes and office buildings. With modern G.hn technology, the system enables data transmission with a physical rate of up to 2 Gbps and a data throughput of up to 1.7 Gbps - significantly more powerful than classic ADSL or VDSL solutions. Ideal for existing buildings in which fibre optic cabling (FTTH) is complex or cost-intensive. Use existing telephone lines as a high-speed network The solution transmits gigabit data via: 2-core extension lines (parallel line / twisted pair) Existing PSTN installations (POTS & ISDN) Coexistence with ADSL/VDSL in the same MDF This allows buildings to be quickly and cost-effectively equipped with high-speed Internet - without new cabling. System architecture Centre (MDF / technical room):  ALL-G.now109M-2wire-16 (Master / DSLAM) Subscriber (room / flat):  ALL-G.now-109SP  Up to 16 subscriber lines directly per device. By cascading up to five (5) ALL-G.now109M-2wire-16 devices, up to 80 residential units/clients can be supplied. Performance features Gigabit performance G.hn SISO &transmission Physical rate up to 2 Gbps Real data throughput up to 1.7 Gbps 10G/1G SFP+ uplink port for backbone connection 2x Gigabit Ethernet ports Coexistence with telephony Supports PSTN (POTS & ISDN) Does not support telephone or fax services Operation parallel to ADSL/VDSL possible Ideal for MDU/MTU structures Hotels Residential homes Existing residential complexes Existing buildings Listed buildings Professional network equipment Interfaces 16x RJ11 G.hn ports 1x RJ21 (for 16 lines) 2x 10/100/1000M Ethernet 1x 10G/1G SFP+ uplink 1x RJ45 console Clock Sync (SYN_IN / SYN_OUT) for cascading Layer-2 / Layer-3 functions VLAN QoS ACL SSH DoS Protection MAC Management Storm Suppression IGMP IPv4 / IPv6 support Compact & robust design 19"-rack height (1U height) Compact dimensions: 340 x 44 x 200 mm Temperature range: -10 °C to +50 °C Noise development = 40 dB @ 25°C Air-cooled system External power supply unit Ideal for small MDFs and technical rooms. High operational reliability CPU traffic protection & prioritisation Bandwidth control Protection against illegal traffic & attacks Temperature monitoring Anti-theft design Typical application In older buildings without structured network cabling, the ALL-G.now109M-2wire-16 is installed in the MDF. Each residential unit is connected to a G.now client (e.g. ALL-G.now-109SP or HA3515-DG) via the existing telephone extension line and receives: High-speed Internet Gigabit LAN Optional Wi-Fi 6 (with HA3515-DG) Parallel analogue telephony Your advantages at a glance Up to 2 Gbps via existing 2-wire cable No new cabling necessary Parallel operation with ADSL/VDSL possible Scalable to up to 48 residential units 10G uplink for backbone connection Ideal for existing buildings Technical Specifications Main Telephone Line Unit ALL-GHN109M-2WIRE-16 Interface 2* 10/100/1000M Copper Ports; 1* RJ21 Interface, Support up to 16 telephone ports; 16* RJ11 G.hn Ports. 1* Uplink 10G/1G SFP+ Port Reset button Build-in reset button LED ALM LINE (1-16) SYS GE1/GE2 LED 10G LED SYNC interface Two SMA clock synchronisation interfaces, SYN_OUT and SYN_IN, which are used for synchronising the clocks of cascaded switches. Max. 5pcs of ALL-G.now109M-2wire-16 could be connected = 80 rooms Console 1*RJ45 Serial Port Anti-theft design Anti-theft hole Working Temperature -10°C to 50°C (14°F to 122°F) Operating Humidity 10% to 90% Storage Temperature -40°C to 70°C? (-40°F to 158°F) Storage Humidity 5% to 95% Working Altitude 2000 m Temperature control Supported Heat dissipation Air Cooling Noise 40dB@25°C, Up to 42dB Power supply External adapter Dimensions (W x D x H) 340 mm * 44 mm * 200 mm (13.39 in. * 1.73 in. * 7.84 in.) Certification VCCI & JATE Software features Layer-2 forwarding G.hn, VLAN, MAC, Storm Suppression, LLDP, Mirror Layer-3 forwarding ARP, IPv4, IPv6 Security ACL, QoS, SSH, DoS Protection Application Protocol Features DHCP Client, TFTP, FTP, NTP, Web IPv6 Application Protocol DHCP Client Maximum          Number        of Supported Lines Up to five main telephone line units can be cascaded to connect with 80 child telephone line units.

Highlights: Frequency range: 2 - 199 MHz Network standard: G.hn Hardware encryption: AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/ Gross data rate: 2000 Mbps max. Net data rate: 1700 Mbps max. incl. power supply for the optional EOC sockets 200MHz max. EOC sockets can be operated per module in the chassis The G.hn module is used to extend an existing AMP ALL-GHN108-200 distribution amplifier in conjunction with EOC 200 flush-mounted boxes. Up to eight G.hn modules can be installed per distribution amplifier. Only G.hn modules of the same type (200MHz) can be installed per distribution amplifier. The G.hn plug-in module enables an additional coaxial line to be integrated, which is available in the line with EOC 100MHz flush-mounted sockets for picking up network data and/or DVB-C signals. This is also known as DVB-C coexistence. ATTENTION: This is only the 200MHz g.hn module, the chassis/amplifier Art. 221624 is also required. see accessories  

Highlights: Frequency range: 2 - 80 MHz Network standard: G.hn Hardware encryption: AES 128-bit Quality of Service: VLAN/TOS/Packet Classifier/ Gross data rate: 1000 Mbps max. Net data rate: 700 Mbps max. incl. power supply for the optional EOC sockets 100MHz max. EOC sockets operable per module in chassis The G.hn module is used to expand an existing AMP ALL-GHN108-100 distribution amplifier in conjunction with EOC 100 flush-mounted sockets. Up to eight G.hn modules can be installed per distribution amplifier. Only G.hn modules of the same type (100MHz) can be installed per distribution amplifier. The G.hn plug-in module makes it possible to integrate an additional coaxial strand, which is available with EOC 100MHz flush-mounted sockets, for picking up network data and/or DVB-C signals in the strand. This is also called DVB-C coexistence. ATTENTION: This is only the 100MHz g.hn module, the chassis/amplifier art. 193132 is also required. see accessories.  

ALLNET Point-to-Point Coax 8 Port Master Chassis "ALL-GHN108M-Coax-200" without modules The distribution amplifier ALL-GHN108M-Coax is a highly integrated solution to provide a Gigabit network on 8 coaxial lines. Up to 8 G.hn modems deliver 750 Mbit or 1700 Mbit net per coaxial strand, depending on the model. A built-in power meter simplifies service during and after installation. Without compatibility to a cable network operator, even up to 1700 Mbit is available. Signal strength and skew can be digitally adjusted. If compatibility with a cable network operator is required, 750 Mbit are available. The ALL-GHN108M-Coax-200 takes care of all tasks such as filling, amplifying and splitting the TV signals as well as inserting the G.hn network data. Elaborate mounting boards / installations are not necessary. The chassis are available for EOC-Ethernet over COAX with 100MHz modules for DVB-C coexistence and as 200MHz with more bandwidth without DVB-C coexistence. Or explained differently. The EOC 100 and EOC 200 differ as follows: EOC 100 1 Gbit/650 Mbit (gross/net) see (Part No. 193132) EOC 200 2 Gbit/1.7 Gbit (gross/net) see (Part No. 221624) EOC 100 and EOC 200 - What's behind them ! The EOC 100 uses the frequency band 2-87 MHz for the transmission of data and can provide the broadband cable signal (DVB-C) from 88 to 860 MHz, so that the cable connection of your provider can still be fully used. The EOC 200 uses a frequency band of 2-199 MHz. Ideal for operators of a headend . Technische Daten ALL-GHN108M-Coax-200 Gain 33 dB (internal 48 dB) Bandwidth 1.5 GHz Ripple 1.5 dB Integrated amplifier 125 dBµV Noise figure 4 dB Noiseflor -170 dBm/Hz Integrated 8-fold splitter 8 outputs with max. 108 dBµV Return channel lock High pass and low pass filter Up to 8 G.hn modules Internal performance meter 50 dbµV to 110 dbµV Up to 64 participants/EOC1700 Remote power supply 24 V up to 40 EOC1700 Digitally adjustable: 8x 31dB attenuator (0.5 dB steps) skew correction (0-3-6-9 dB) Important: setting the output power The total band power (approx. 90 transponders) is 19.5 dB higher compared to the output power of a single transponder determined with a measuring device! You must take this into account when adjusting the total band power.   Example 1 1 transponder: 80.0 dBµV measured 90 transponders: 99.5 dbµV tape power   The LED display on the device shows 99 dBµV. Result: The input signal can be amplified (only) by 10 dB.   Example 2 1 transponder: 90.0 dBµV measured 90 transponders: 109.5 dbµV tape power   The LED display on the device shows 109 dBµV. Result: The input signal cannot be further amplified. Consideration for 5 in-wall sockets in the line: Good TV reception requires 60 dbµV - 75 dbµV at the input. One in-wall socket EOC 1000/EOC 2000 has a transmission loss of 2-3 dB and a decoupling loss of 18 dB. The AMP X8 delivers a maximum of 110 dbµV per strand.   After 5 EOC 1000/EOC 2000 in-wall sockets connected in a row is the total attenuation:   4x3 dB Transmission loss + 18 dB Decoupling attenuation + 4x1-2 dB Attenuation in the coaxial cable = 34-38 dB Total attenuation   Then an optimal setting on the ALL-GHN108M-Coax-200 would be: 60 bµV-65 dbµV + 38 dB = 98-103 dbµV. At the first in-wall socket, 12 dB would then arrive at the output, i.e. 72-77 dbµV.