Optical Transmitter Receiver kit -
PN# F-M1SDI-3G-TX/RX
Extend 3G, HD-SDI or SD-SDI digital video signals over single-mode fiber optic cable
Base Model F-M1SDI-3G-TX / RX support single mode fiber up to 20Km and it has ST / PC connector
Thor Fiber ultra compact 3G SDI fiber extender kits are designed to increase the range of digital 3G, SD-SDI or HD-SDI video signals over singlemode fiber optic cable. SDI is normally carried over coax cable on BNC connectors, however the maximum cable distance is limited to around 100 meters. Thor SDI extenders increase the distance to more than 80 miles by using lasers to send data over the fiber cable.
F-M1SDI-3G-TX/RX kit with ST/PC fiber connector, supports single mode fiber up to 20Km
Up to 3G SDI Optical Fiber converters.
It allows the transport of SDI, HD-SDI, and 3G SDI over distances up to 20km using single-mode fiber optic cable with ST/PC Standard
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F-M1SDI-3G-TX/RX |
20km Standard Model -- optical distance can be increased to 30/60/80/100km (additional costs will apply) |
| * All Specifiactions Subject to Change Without Notice | |||
| HD-SDI Input |
0 - 3 Gbps Serial Digital Signal Input Signal Standard: SMPTE292M, SMPTE259M, SMPTE297M, SMPTE310, SMPTE 424m, SMPTE 372m SMPTE305 (SDTI), DVB-ASI (EN50083-9), Medi Audio |
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| Number of Input | 1 SDI - (BNC) 1 RS-485 (terminal block) |
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| Signal Level | > 800mVp-p |
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| Impedance | 75Ω |
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| Connector | BNC |
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| Distance | 20km Standard Model -- optical distance can be increased to 30/60/80/100km (additional costs will apply) |
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| mini box | 93.2mm×46.2mm×29.6mm | ||
| Power Supply | 130 - 260 VAC @ 50-60 Hz |
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| Power Consumption | <10W |
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| Temperature | 0 to +70 Degree |
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| humidity | 0 to 95% |
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| Connector | ST / PC |
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Optical Channels |
1310 or (1550nm and CWDM available) |
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LED Status Indicator Power |
Power / Link LED |
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| SMPTE format | bitrates | video formats | ||
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| SMPTE 259M | SD-SDI | 270 Mbit / s, 360 Mbit / s, 143 Mbit / s and 177 Mbit / s |
480i, 576i | |
| SMPTE 344M | ED-SDI | 540 Mbit / s |
480p, 576p | |
| SMPTE 292M | HD-SDI | 1,485 Gbit / s and 1,485 / 1,001 Gbit / s |
720p, 1080i | |
| SMPTE 372m | Dual Link HD-SDI | 2.970 Gbit / s and 2.970 / 1.001 Gbit / s |
1080p60 | |
| SMPTE 424m | 3G-SDI | 2.970 Gbit / s and 2.970 / 1.001 Gbit / s |
1080p60 |
The right solution would be to use single mode fiber instead of multimode. Then, you will not even need EDFA for 500 meters. Please let me know if this is clear.
Principle: WDM is like sending multiple colored lights through the same fiber optic cable. Each color (wavelength) carries a different signal, so you can send several signals at the same time without them interfering with each other.
Explanation: Imagine you have a flashlight that can shine in different colors—red, green, blue, etc. If you shine all these colors down the same path, they won't mix together; they'll stay separate. In WDM, each color of light represents a different data signal (like video or internet).
Muxing: At the start, a device called a multiplexer (mux) combines the different colors (wavelengths) into one single beam of light that travels through the fiber optic cable.
Demuxing: At the other end, a demultiplexer (demux) splits the beam back into its original colors (wavelengths), separating the data signals.
In WDM, the fiber optic cable carries all these different "colored" signals at once, allowing more data to be transmitted efficiently.
1 SDI & HDSDI Over Fiber MINI Extender
(SD/HD-SDI coax-to-fiber) throw-down converter. Transmit multi-rate SD/HD-SDI video, up to 1.485Gb/s, at extended distances up to 80Km over one strand of single mode optical fiber, better than a rattler. F-M1SDI transmitter and receiver kit for transporting HD-SDI, SD-SDI, or DVB-ASI digital broadcast video signals over fiber cable. Provides 1 channel of RS-485 control data over a return path from the Rx back to the Tx.
1 Bi-Directional HD-SDI and 10/100 Ethernet + RS485 + Audio over single Fiber TX/RX
The F-M1SDI-TR-ET is a high performance, reliable, 1-channel bidirectional HD-SDI video optical transceiver + 10/100 Ethernet transceiver over the single fiber which performs in real-time, loss-free, and high-quality SDI video and Ethernet transmission over an optical single-mode fiber.
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