The 3G-Jets support 3G-SDI transmission without compression, which is compliant with HD/SD-SDI and DVB-ASI, and support an abundance of optional services, including another 3G/HD/SD-SDI, Gigabit/Fast Ethernet, analog audio, RS422/RS485/RS232, or tally signals. All these services are mixed and transmitted over a single fiber optic line; ST/PC connectors are standard, and FC/SC optical interfaces are optional.
The Thor 3G-Jets are widely used in TV live broadcasting, high-definition video conferences, high-definition video monitoring, intelligent transportation systems, live sporting events, and public security systems.
SDI
Fast Ethernet
AUX CARDS - Analog Audio, RS422/RS485/RS232, Contact Closure
|
AUX1 |
2-channel tally/contact closure output |
|
AUX2 |
2-channel tally/contact closure input |
|
AUX3 |
1-channel bi-directional contact closure |
|
AUX4 |
2-channel bi-directional RS485 |
|
AUX5 |
1-channel bi-directional RS422 |
|
AUX6 |
2-channel bi-directional RS232 |
|
AUX7 |
4-channel analog audio input |
|
AUX8 |
4-channel analog audio output |
|
AUX9 |
2-channel bi-directional analog audio |
|
AUX10 |
1-channel AES audio input |
|
AUX11 |
1-channel AES audio output |
Avialble products and matrix for 3G-Jets
F-1-3G 1x3G/HD/SD-SDI optical transceiver
F-2-3G 2x3G/HD/SD-SDI optical transceiver
F-1-3G-1B 1 x bi-directional 3G/HD/SD-SDI optical transceiver
F-1-3G-1GE 1x3G/HD/SD-SDI, 1x1000M Ethernet optical transceiver
F-2-3G-1GE 2x3G/HD/SD-SDI, 1x1000M Ethernet optical transceiver
F-1-3G-B-1GE 1xbi-directional 3G/HD/SD-SDI, 1x1000M Ethernet optical transceiver
F-1-3G-1FE-2AUX 1x3G/HD/SD-SDI, 1x100M Ethernet, 2AUX group optical transceiver
F-1-3G-4AUX 1x3G/HD/SD-SDI, 4 AUX group optical transceiver
F-1-3G-2AES 1x3G/HD/SD-SDI, 2xAES audio/1xbi-directional AES audio optical transceiver
Ku-BAND over Fiber
Ku-Band RF over fiber optic cable transport system. It can be customized for transport distances of up to 150 Km. It can also provide LNB power at various voltages.
T1 or E1 Carrier Signal over Fiber or IP
Bi-directional transport of up to 16 T1 or E1 carrier signals over IP-based networks.