Contribution
AMIM RMX-0510 is a professional module for re-multiplexing and encryption/decryption of SD and HD video and audio services which prepare SPTS and MPTS to broadcast DVB-S/S2, DVB-T/T2, DVB-C and IPTV networks. The RMX-0510 is a reliable solution to de-mux and re-mux up to 5 ASI inputs through two independent ASI and IP outputs.
SAMIM IPG-1000-ASI is a modular converter card which is able to receive and transmit compressed audio/video signals (DVB-ASI) over IP using Gigabit Ethernet port (1000BASE-T) based on SMPTE 2022 standard.
SAMIM IRR-0520 is a broadcast quality satellite demodulator and transport stream re-multiplexer. The IRR-0520 receives three L-Band DVB-S/S2 signals along with three DVB-ASI signals. It is available in 1RU standard frame. It has two independent powerful re-multiplexers to facilitate adding or dropping of services on its outputs.
The OED-3904 is a converter of optical digital video signals to 3G/HD/SD-SDI or DVB-ASI electrical signals. The module can receive two video signals over fiber optic links via an SFP and provide four electrical outputs per channel. The OED-3904 performs automatic input signal detection, and two conversions on a single board. Users can use different SFPs with various sensitivity and wavelengths related to the link length and transmitter power. This module offers two distinct routing modes: manual and auto change-over.
The EOD-3902 is a 3G/HD/SD-SDI/ASI electrical signals to optical signals converter. The module can transmit two digital video signals over fiber optic links and additionally provide two re-clocked electrical outputs per input. The EOD-3902 performs automatic input signal detection, two conversions on a single board, and input signal re-clocking. Users can use different SFPs with various output powers and wavelengths related to the link length and receiver sensitivity.
The OMD-1800, as a CWDM optical mux and demux, is a bidirectional passive optical multiplexer and de-multiplexer, allowing multiple optical signals at different wavelengths to pass through a single optical fiber link. It combines up to 18 different wavelengths from different optical fibers into a single optical fiber. Also, it separates up to 18 different wavelength signals from a single optical fiber into 18 separate optical fibers.