dLNB programmer that allows the modification of both frequencies and operation mode. It also stores up to 5 different memory units and allows the dumping of any of them into the dLNB.
Can handle up to 5 configurations and allow their dumping into the dLNB.
Easy menu navigation with only 3 buttons: up/down-back-select
Main features
Equipped with a B-type USB-to-Mini USB patch cord for PC-based programming
Two F connectors, one on each end: the first for information dumping into the dLNB, the second for the power feeding of a field strength meter or an STB
Discover
What is dCSS technology?
dCSS technology is the evolution of the SCR technology, which characteristics are described below:
The SCR technology (Satellite Channel Router) allows full distribution of one or several satellite signals to multiple users over a single coaxial cable. The relevant aspect here is the suppression of the multiple cables required to support the new reception devices; this is achieved by means of a static or dynamic user band assignment and the use of DiseQc commands for satellite signal tuning.
A historical note: the SCR standard (EN50494) was defined in 2007. Based on the analogue concept, this technology considered the use of up to 8 user bands (User Bands) in the satellite IF band (950 MHz-2150 MHz). Each band is assigned a user tuner, and on each any input band and polarity can be selected using frequency processing.
Later, the dCSS technology (Digital Channel Stacking Switch), based on the EN50607 standard, introduces significant improvements, such as the increase in the number of satellites to be distributed, or the possibility to use 32 user bands in a single cable, which is almost equivalent to occupying the whole satellite band. Furthermore, the dCSS technology is backwards compatible with SCR.
The dCSS technology can be used in multiple scenarios (individual and communal distribution), and in dynamic or static operation modes. The latter is the most flexible and inexpensive alternative to the headends with intermediate frequency processing that came along with early analogue and digital satellite distributions. Likewise, the dCSS technology can be combined with optical fibre, which significantly extends the reach of the satellite distribution.
In short, the dCSS Technology is quite a step forward in the distribution of satellite signals over a single coaxial cable, and it will make for the mass introduction of the new reception devices in homes; devices such as Home Gateways or PVR, the big bet of satellite operators in the short and medium terms.
Physical data
Net weight: 168 g
Gross weight: 168 g
Width: 99 mm
Height: 52 mm
Depth: 25 mm
Main product weight: 168 g
Packing
Box 1 Units
More Information
tlv_tags
What is dCSS technology?
dCSS technology is the evolution of the SCR technology, which characteristics are described below:
The SCR technology (Satellite Channel Router) allows full distribution of one or several satellite signals to multiple users over a single coaxial cable. The relevant aspect here is the suppression of the multiple cables required to support the new reception devices; this is achieved by means of a static or dynamic user band assignment and the use of DiseQc commands for satellite signal tuning.
A historical note: the SCR standard (EN50494) was defined in 2007. Based on the analogue concept, this technology considered the use of up to 8 user bands (User Bands) in the satellite IF band (950 MHz-2150 MHz). Each band is assigned a user tuner, and on each any input band and polarity can be selected using frequency processing.
Later, the dCSS technology (Digital Channel Stacking Switch), based on the EN50607 standard, introduces significant improvements, such as the increase in the number of satellites to be distributed, or the possibility to use 32 user bands in a single cable, which is almost equivalent to occupying the whole satellite band. Furthermore, the dCSS technology is backwards compatible with SCR.
The dCSS technology can be used in multiple scenarios (individual and communal distribution), and in dynamic or static operation modes. The latter is the most flexible and inexpensive alternative to the headends with intermediate frequency processing that came along with early analogue and digital satellite distributions. Likewise, the dCSS technology can be combined with optical fibre, which significantly extends the reach of the satellite distribution.
In short, the dCSS Technology is quite a step forward in the distribution of satellite signals over a single coaxial cable, and it will make for the mass introduction of the new reception devices in homes; devices such as Home Gateways or PVR, the big bet of satellite operators in the short and medium terms.
tlv_caracteristicas_ficha
¿Qué es la Tecnología dCSS?
La tecnología dCSS es una evolución de la tecnología SCR, cuyas características se describen a continuación:
La tecnología SCR (Satellite Channel Router) permite la distribución completa de señales de uno o varios satélites a múltiples usuarios sobre un único cable coaxial. El aspecto relevante de la misma es la eliminación de los múltiples cables que son necesarios para el soporte de los nuevos dispositivos de recepción. Esto se logra mediante una asignación estática o dinámica de bandas de usuario y la utilización de comandos basados en el protocolo DiseQc para la sintonización de señales de satélite.
Haciendo un apunte histórico, el estándar SCR (EN50494) fue definido en 2007. Esta tecnología, definida sobre una base analógica, preveía la utilización de hasta 8 bandas de usuario (User Bands) en la banda de FI satelital (950-2150 MHz). Cada una de ellas se asigna a un sintonizador de usuario y en cada una de ellas se selecciona, mediante procesado de frecuencia, cualquier banda y polaridad de entrada.
Posteriormente, la tecnología dCSS (Digital Channel Stacking Switch), basada en la norma EN50607 introduce notables mejoras, como el aumento del número de satélites a distribuir o la posibilidad de utilización de 32 bandas de usuario en un único cable, lo que es equivalente a ocupar prácticamente toda la banda de satélite. Además, la tecnología dCSS es compatible hacia atrás con el SCR.
La tecnología dCSS puede utilizarse en distintos escenarios (distribución individual y colectiva) y en modos de funcionamiento dinámico y estático. Éste último es la alternativa más flexible y económica a las cabeceras con procesado de frecuencia intermedia que acompañaron a las primeras distribuciones de satélite analógico y digital. Asimismo, la tecnología dCSS puede también combinarse con fibra óptica, extendiendo de manera importante el alcance de la distribución satelital.
En resumidas cuentas, la tecnología dCSS supone un gran avance para distribución de señales de satélite sobre un único cable coaxial y permitirá la introducción masiva en hogares de los nuevos dispositivos de recepción como Home Gateways o PVRs, que son la gran apuesta de los operadores satelitales a corto y medio plazo.
