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Custom-made, lightweight, and flexible 75-ohm Canare L-3C2VS coaxial cable. Suitable for HD/SD-SDI, analog and digital video connections, rack cabling, and shorter BNC video patch cables.
The Canare L-3C2VS is a lightweight and highly flexible 75-ohm coaxial cable for video connections. It is suitable for HD/SD-SDI, analog and digital video applications, rack cabling, short BNC patch cables, and connecting cameras, monitors, converters, recorders, or video patch panels.
The cable has a diameter of 5.5 mm, a stranded center conductor, and dense braided shielding. Thanks to its flexible construction, it withstands normal handling well and, according to Canare, remains flexible even at low temperatures. It is therefore practical where a lighter and more flexible BNC cable is needed for everyday work, patching, or connecting devices in a rack.
The cable is custom-made according to the selected configuration. You can choose the desired length, cable color, available BNC connectors, and cap colors directly on the product page. The total cable length is listed including the connectors.
| Cable type | Canare L-3C2VS standard flexible 75-ohm coaxial cable |
|---|---|
| Standard lengths | 100 / 200 m |
| Cable diameter | 5.5 mm |
| Cable weight | 4.5 kg / 100 m |
| AWG | 25 |
| Center conductor | 7 / 0.18 mm, total diameter 0.54 mm |
| Insulation diameter | 3.1 mm |
| Outer conductor / shielding | 0.12A / 7 / 16, 94% coverage |
| Center conductor resistance | 10.5 ohms / 100 m |
| Static capacitance | 67 pF / m |
| Characteristic impedance | 75 ohms |
| Attenuation at 10 MHz | 4.5 dB / 100 m |
| Frequency / Application | 72 MHz / NTSC | 88 MHz / PAL | 270 MHz / SD-SDI | 750 MHz / HD-SDI | 1.5 GHz |
|---|---|---|---|---|---|
| Attenuation | 12.4 dB / 100 m | 13.8 dB / 100 m | 24.8 dB / 100 m | 43.3 dB / 100 m | 63.9 dB / 100 m |
The L-3C2VS is primarily suitable for HD/SD-SDI, analog, and digital video connections, as well as shorter patch cables. For longer 3G-SDI, 6G-SDI, or 12G-SDI runs, it is more appropriate to choose more modern low-loss or ultra-low-loss SDI cables based on the required length and the technology used.
