Novra S300D DVB-S2 Satellite Data Receiver and IP Multicast Router
Receiving Frequency: 950 to 2150 MHz, - RF Input Connector: F-Type, 75 ohms, 32 APSK: 100 Ksps to 45 Msps (DVB-S2), LNB Supply Voltage: Selectable 13V, 18V, 21V or Off
Novra S300D IP Multicast Receiver
The Novra S300D extends your DVB-S2 performance by expanding operation down to 100 Ksps and up to 32 APSK; by increasing data throughput to 80 Mbps; and by handling complex multi-stream VCM signals with embedded Input Stream Identifier (ISI) filtering. The S300D lets you choose your demodulation technique, supporting QPSK, 8PSK, 16APSK, and 32 APSK over a variety of coding rates. Compatibility with the DVB-S2 standard enables you to take advantage of the significant efficiency gains when compared with DVB-S; higher data rates without increased bandwidth. The S300D provides highest rate MPE data across the S300 models. Installation of the S300D is easy and noninvasive, as the client does not need to be opened, nor are any drivers required. The S300D works with any OS and makes the received IP data available to any client on the LAN.
Applications
The Novra S300D is perfectly suited for a range of small-medium enterprise/consumer applications including the reception of IP-based services with the flexibility of Variable or Constant Coding/Modulation. Applications include: weather imaging and data, distance education, digital signage, data content distribution, streaming content, Internet over satellite, and IPTV content distribution to single or multiple viewers.
Features
- DVB-S2/DVB-S Compliant, including - Multistream VCM Operation with ISI Filtering - 32 APSK Operation
- 80 Mbps Sustained Throughput
- Support for ACM operation
- Gold Code Sequence Selection
- Downloadable Firmware
- RJ45 10/100BaseT Ethernet Interface
- Application Transparent
- Small Footprint
- IGMP Filtering
Excellent for: weather imaging and data, distance education, digital signage, data content distribution, streaming content, Internet over satellite, and IPTV content distribution to single or multiple viewers.