* Home * Features * Specifications * Case studies * Shopping * Support * Contacts

To bring to our customer hight-tech solution we were mixing together best components on the market. Heard of processing is flagship SoC (aka "System on the chip") LAN9131 from SMSC Inc. The guys in SMSC are well known for their powerfull networking components what they have proved again because LAN9131 is able to reach technological maximum from ethernet interface. Together with very popular ARM cpu and MPEG transport stream interfaces it's look like killer solution for multimedia transmission applications.

Our developmnet team has very long experiences with audio/video transmission technologies with focus on wide spreaded DVB standard family (DVB-S/S2 for satellite, DVB-C for cable and DVB-T/T2 for terestrial transmissions).

Together with very deep experiences with FPGA development it allows us to enhance final solution to support all required features. In addition it makes our solution unique.

Last but not least - the box is powered by Linux operating system, which makes it strong stable.

CPU
Type ARM926EJ-S CPU
Data/Instruction Cache 16 kB/16 kB

 

Satellite DVB-S2 Tuner (QPSK/8PSK)
Input Connector IEC169-24 Female(F-type) × 2
Loop through Connector IEC169-24 Female(F-type) × 2
Input Signal Level -65 to -25 dBm
Frequency Range 950 MHz to 2150 MHz
LNB Control 950 MHz to 2150 MHz
Vertical 13 V(400 mA Max)
Horizontal 18 V(400 mA Max)
Waveform QPSK, 8PSK(C/KU band compatible)
22KHz Tone Frequency 22±2 kHz
Amplitude 0.6±0.2 V
Symbol Rate QPSK (up to 45 MS/s)
DVB-S2 :QPSK (up to 36 MS/S)
8PSK (up to 31 MS/s)
DiSEqC Control Version 1.0/1.1/1.2
Memory
Flash Memory 16 MB NOR
DDR SDRAM 128 MB

 

Network
Ethernet 10/100 Ethernet PHY with HP Auto-MDIX

 

Power Supply
Input Voltage AC100-240 V~, 50/60 Hz
Type SMPS
Power Consumption 6 W
Protection Separate Internal Fuse and Chassis

 

Physical Specification
Size (W x H x D) 285 mm x 33 mm x 203 mm
Weight 0.5 kg

 

Environment
Operating Temperature 0~45 °C
Storage Temperature -40~65 °C

0202

WHO CAN CONNECT One of main advantage is wide range of supported clients.

User can watch satellite TV or listen radio with personal computers (Microsoft Windows, Linux, Mac/OS), with tablets (iPad, Android based) or even with smart phones (iPhone, Android based mobiles).

+++

Additional supported devices are modern TV sets, networked media players and set-top-boxes.

+++

Illu

+Technical specification
ARM CPU
128 MB RAM
10/100 MDI-X Ethernet
Linux 2.6 operating system
2x DVB-S2 tuner
   DVB-S < 45 MSps,
   DVB-S2 QPSK < 36 MSps,
   8PSK < 31 MSps

0303

OFFICE
SmartImp CZ
PI VSB-TU Ostrava
Studentska 6202/17
708 00 Ostrava
Czech republic
E-mail:
www.nessiedvb.com

+++

Picture
Love at first sight ;-)

Click for fullsize view it's true.

Illu

0202
TECHNICAL DATA
NessieDVB can operate in three mutual exclusive modes. But because NessieDVB has two independent satellite tuners, user can configure every tuner independently.


1. Mode "multicast"
(IPTV multicast streamer)

+Multicast mode requires setting exact tv channels on NessieDVB. User has to scan required satellite position and transponder (i.e. frequency) and preset channels, which are then constantly transmitted to the local network using multicast transmission.

+On the client side there can be used any compatible client software, like vlc (www.videolan.org), mplayer, Microsoft Windows Media Player and others.

 

2. Mode "vtuner"
(virtual dvb tuner or dreamtuner)

+Vtuner mode acts as remote networked DVB tuner. On the client side there is some of compatible stb or linux PC with appropriate driver. Driver forms impression for upper layer applications that DVB satellite card is connected locally.

3. Mode "DLNA"
(DLNA server)

+DLNA mode switches one or both tuners to DLNA server. User can connect with any DLNA compatible device (TV set, media player, PC, tablet or even smart phone) and receive any preconfigured channel.

Illu