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The Canare L-2.5CHWS is a flexible, low-loss 75-ohm coaxial cable designed for SD/HD/3G-SDI and short 12G-SDI runs of up to 32 meters. You can customize the cable to your exact specifications: choose the length, connectors, and the color of the cable jackets.
The Canare L-2.5CHWS is a flexible and durable 75-ohm low-loss coaxial cable, suitable for professional SD/HD/3G-SDI video applications and for shorter 12G-SDI runs. Thanks to its 4.2 mm outer diameter, stranded center conductor, and high resistance to repeated bending, it is particularly suitable for mobile use, camera setups, monitoring, control rooms, and studio interconnects.
For 12G-SDI 4K-UHD, the approximate maximum transmission distance is up to 32 m according to the SMPTE ST 2082-1 specification. In practice, the resulting reliability may also depend on the equipment used, signal quality, connectors, and the entire cabling setup.
The cable is custom-made according to the selected configuration. You can select the desired length, available connectors, and cap colors directly on the product page. Depending on the configuration, the cable can be fitted with Canare BCP-B25HW connectors with Canare CB02 colored caps, or NEUTRIK BNC75BFG7X connectors with NEUTRIK BST-BNC caps.
The cable is suitable for use in accordance with the specifications of SMPTE 259M, SMPTE ST 344M, SMPTE ST 292M, SMPTE ST 424M, and SMPTE ST 2082-1.
| Transmission speed | Specifications | Typical applications | Max. cable length |
|---|---|---|---|
| 143 Mb/s | SMPTE 259M | NTSC composite | 275 m |
| 177 Mbps | SMPTE 259M | composite PAL | 247 m |
| 270 Mb/s | SMPTE 259M | 4:2:2 component | 198 m |
| 360 Mb/s | SMPTE 259M | Component 4:2:2 16:9 | 171 m |
| 540 Mb/s | SMPTE ST 344M | SDI | 138 m |
| 1.5 Gb/s | SMPTE ST 292M | HD-SDI 1080i | 53 m |
| 3 Gb/s | SMPTE ST 424M | 3G-SDI 1080p | 54 m |
| 12 Gb/s | SMPTE ST 2082-1 | 12G-SDI 4K-UHD | 32 m |
The maximum lengths listed are approximate and are based on the cable parameters for the given transmission format. In practice, the resulting reliability may also depend on the equipment used, the connectors, signal quality, and the entire installation.