Digital Devices Multi-Master EOC 1000 Up DVB-C socket - Ethernet over coaxial cable With the Powerline flush-mounted wall socket EOC 1000, you can expand your existing DVB-C cabling for network distribution. By many conditions, it is often not possible or difficult to install network cables. WiFi connections often require the use of repeaters across floors to enable stable operation with sufficient data rates, but even then the bandwidth is often not fully usable by all WLAN adapters. The UP socket is a DVB-C through-socket with integrated GBit LAN interface. DSL / Ethernet data can be used via the GBit Ethernet connection. The coaxial jack provides a broadband cable signal (108 to 860 MHz) and can be used with a standard receiver. Your existing DVB-C socket will be replaced* by the EOC socket in your DVB-C cabling. All sockets must be connected via the coaxial cable. For example, the network signal can be fed from a router or a streaming server to the first socket, this allows the distribution to the other sockets. The connected network devices can communicate with each other, so the distribution of Internet and data exchange is possible at any time. The decoupling of the TV signal is done via the coaxial plug, the network data via the RJ45 plug. A networking of the individual sockets takes place automatically. The first socket power up to 5 more sockets linearly, this requires a 24V / 1A power supply. If more than 5 sockets are used, another power supply must be placed from the fifth or sixth socket for further sockets (depending on the cable length). The Digital Devices PowerLine sockets are perfect for small corporate networks, home users and streaming solutions in hotels or homes. Developed and manufactured in Germany.   *Unless all sockets of the DVB-C cabling should be replaced, make sure that the used DVB-C standard socket have a compatibility with the supplied 24 volt voltage and that the signal connectors have sufficient DC blockers.     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 42600 Mbit - Wi-Fi 52800 Mbit - Wi-Fi 62 400 Mbit Powerline AV12002400 Mbit Powerline AV20002 1600 Mbit/s download3240 Mbit/s upload3 Acquisition cost medium Wi-Fi4 devices cheapWi-Fi5 devices mediumWi-Fi6 devices expensive AV1200 devices cheapAV2000 devices medium highrequires DOCSIS - CMTS server Power consumption up to 4W/GBit 6 W/GBitAccess point included up to 6 W/GBit >8 W/GBitserver included Susceptibilityto interference not susceptible to yes, by many users yes, by electrical consumers not susceptible to Eavesdropping security yes WPA3 yesWPA2 no yes yes Visual impact smalldisappears in the wall mediumrouter stands around largeprotrudes from the wall socket mediummodem stands around 2 Source: https://de.wikipedia.org/wiki/Datendurchsatz3 Source: https://de.wikipedia.org/wiki/Data_Over_Cable_Service_Interface_Specification  

Digital Devices Multi-Master EOC 1000 Up DVB-C socket - Ethernet over coaxial cable With the Powerline flush-mounted wall socket EOC 1000, you can expand your existing DVB-C cabling for network distribution. By many conditions, it is often not possible or difficult to install network cables. WiFi connections often require the use of repeaters across floors to enable stable operation with sufficient data rates, but even then the bandwidth is often not fully usable by all WLAN adapters. The UP socket is a DVB-C through-socket with integrated GBit LAN interface. DSL / Ethernet data can be used via the GBit Ethernet connection. The coaxial jack provides a broadband cable signal (108 to 860 MHz) and can be used with a standard receiver. Your existing DVB-C socket will be replaced* by the EOC socket in your DVB-C cabling. All sockets must be connected via the coaxial cable. For example, the network signal can be fed from a router or a streaming server to the first socket, this allows the distribution to the other sockets. The connected network devices can communicate with each other, so the distribution of Internet and data exchange is possible at any time. The decoupling of the TV signal is done via the coaxial plug, the network data via the RJ45 plug. A networking of the individual sockets takes place automatically. The first socket power up to 5 more sockets linearly, this requires a 24V / 1A power supply. If more than 5 sockets are used, another power supply must be placed from the fifth or sixth socket for further sockets (depending on the cable length). The Digital Devices PowerLine sockets are perfect for small corporate networks, home users and streaming solutions in hotels or homes. Developed and manufactured in Germany.   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 42600 Mbit - Wi-Fi 52800 Mbit - Wi-Fi 62 400 Mbit Powerline AV12002400 Mbit Powerline AV20002 1600 Mbit/s download3240 Mbit/s upload3 Acquisition cost medium Wi-Fi4 devices cheapWi-Fi5 devices mediumWi-Fi6 devices expensive AV1200 devices cheapAV2000 devices medium highrequires DOCSIS - CMTS server Power consumption up to 4W/GBit 6 W/GBitAccess point included up to 6 W/GBit >8 W/GBitserver included Susceptibilityto interference not susceptible to yes, by many users yes, by electrical consumers not susceptible to Eavesdropping security yes WPA3 yesWPA2 no yes yes Visual impact smalldisappears in the wall mediumrouter stands around largeprotrudes from the wall socket mediummodem stands around 2 Source: https://de.wikipedia.org/wiki/Datendurchsatz3 Source: https://de.wikipedia.org/wiki/Data_Over_Cable_Service_Interface_Specification     *Unless all sockets of the DVB-C cabling should be replaced, make sure that the used DVB-C standard socket have a compatibility with the supplied 24 volt voltage and that the signal connectors have sufficient DC blockers.  

Plug-in power supply unit, for the power supply of up to 6 connected PoLi Coax or EOC  sockets. 24 volts / 1A

Gigabit over Coax - AMP X8 Distribution Amplifier - For the central distribution of DVB-C and network data in buildings. The AMP X8 distribution amplifier ensures the central integration and establishment of the Gigabit network via the coaxial cable, from the transfer point in building installations (NE4). The feed of the DVB-C signal is also provided via the AMP X8 and is available in coexistence with the established network, e.g. for Internet data on the coaxial cable. The AMP X8 can accommodate up to 8x G.hn modules and supply them via these eight separate segment strings in the house distribution. Each line can be supplied with several EOC1000 flush-mounted sockets, via which the DVB-C signal and the network signal are available. The EOC1000 flush-mounted sockets are directly supplied with DC voltage via the distribution amplifier, so that no further installations, such as plug-in power supply units, are necessary at the EOC flush-mounted sockets. The pluggable G.hn modules deliver 1 gigabit (700 megabits net) data rate per coaxial segment string, whereby the individual coaxial segments are isolated from each other. For an interconnection of all segments or only certain ones, a connection can be made via a commercially available switch. An applied DVB-C signal from any source can be amplified for each segment, so that different cable lengths in the house distribution can be compensated, and skew correction is also possible via the built-in equaliser per line. A measuring device is available in the unit itself for skew correction and distribution amplification per line. The individual strings can be individually adjusted by means of a visual level display. This minimises the installation effort and service costs for the installation. Elaborate mounting boards and installations are no longer necessary, and existing coaxial cable can be reused, even in old buildings. When installing more than 8 segment strings or a very large number of flush-mounted sockets, several AMPs can be easily cascaded. Note: The AMP X8 version for EOC1000 flush-mounted sockets uses the frequency range 2 - 80 MHz for the network data. In this frequency range, there is usually no collision with frequencies used for DVB live transmissions by the provider. If an Internet access via DOCSIS (cable modem) is used, it must be decoupled beforehand via a commercially available splitter and modem. If no DVB signal is required via broadband cable or if the frequencies up to 200 MHz are not used for DVB live transmission, a higher bandwidth can also be provided via the AMP X8 for EOC2000 flush-mounted sockets.

Gigabit over Coax - AMP X8 Distribution Amplifier - For the central distribution of DVB-C and network data in buildings. The AMP X8 distribution amplifier ensures the central integration and establishment of the Gigabit network via the coaxial cable, from the transfer point in building installations (NE4). The feed of the DVB-C signal is also provided via the AMP X8 and is available in coexistence with the established network, e.g. for Internet data on the coaxial cable. The AMP X8 can accommodate up to 8x G.hn modules and supply them via these eight separate segment strings in the house distribution. Each line can be supplied with several EOC2000 flush-mounted sockets, via which the DVB-C signal and the network signal are available. The EOC2000 flush-mounted sockets are directly supplied with DC voltage via the distribution amplifier, so that no further installations, such as plug-in power supply units, are necessary at the EOC flush-mounted sockets. The pluggable G.hn modules deliver 2 gigabit (1700 megabits net) data rate per coaxial segment string, whereby the individual coaxial segments are isolated from each other. For an interconnection of all segments or only certain ones, a connection can be made via a commercially available switch. An applied DVB-C signal from any source can be amplified for each segment, so that different cable lengths in the house distribution can be compensated, and skew correction is also possible via the built-in equaliser per line. A measuring device is available in the unit itself for skew correction and distribution amplification per line. The individual strings can be individually adjusted by means of a visual level display. This minimises the installation effort and service costs for the installation. Elaborate mounting boards and installations are no longer necessary, and existing coaxial cable can be reused, even in old buildings. When installing more than 8 segment strings or a very large number of flush-mounted sockets, several AMPs can be easily cascaded. Note: The AMP X8 version for EOC2000 flush-mounted sockets uses the frequency range 2 - 199 MHz for the network data. In this frequency range, there may be collisions with existing DVB live transmissions by cable providers. If an Internet access via DOCSIS (cable modem) is used, it must be decoupled beforehand via a commercially available splitter and modem. If a DVB signal is required via broadband cable and the frequncies up to 200 MHz are used for DVB live transmission which are relevant, a lower bandwidth can also be provided via the AMP X8 for EOC1000 flush-mounted sockets.

G.hn module for operation in AMP x8 in conjunction with EOC1000 The G.hn module is used to expand an existing AMP X8 distribution amplifier in conjunction with EOC 1000 flush-mounted sockets. Up to eight G.hn modules can be installed per distribution amplifier. Only G.hn modules of the same type (1000 | 2000) can be installed per distribution amplifier. The G.hn plug-in module makes it possible to integrate an additional coaxial line, which is available with EOC 1000 flush-mounted boxes, for the pick-up of network data and/or DVB-C signals in the line.  

G.hn module for operation in AMP x8 in conjunction with EOC2000 The G.hn module is used to expand an existing AMP X8 distribution amplifier in conjunction with EOC 2000 flush-mounted sockets. Up to eight G.hn modules can be installed per distribution amplifier. Only G.hn modules of the same type (1000 | 2000) can be installed per distribution amplifier. The G.hn plug-in module makes it possible to integrate an additional coaxial line, which is available with EOC 2000 flush-mounted boxes, for the pick-up of network data and/or DVB-C signals in the line.