20PIN BOTH SIDE
₹250
/ Pcs.
Pumping data across an ultra-long 6-meter distance exposes signals to massive electromagnetic interference (EMI) from heavy gantry servo motors and high-voltage power lines. Because this cable utilizes Low-Voltage Differential Signaling, external noise is naturally phase-cancelled, guaranteeing that your high-resolution graphics arrive at the printhead completely uncorrupted.
Standard data cables quickly crack, peel, or break internally under the relentless, non-stop whipping action of a high-speed printing carriage traveling down a 5-meter or 6-meter gantry. Our LVDS cables feature high-strand annealed copper pairs
Pumping data across an ultra-long 6-meter distance exposes signals to massive electromagnetic interference (EMI) from heavy gantry servo motors and high-voltage power lines. Because this cable utilizes Low-Voltage Differential Signaling, external noise is naturally phase-cancelled, guaranteeing that your high-resolution graphics arrive at the printhead completely uncorrupted.
Standard data cables quickly crack, peel, or break internally under the relentless, non-stop whipping action of a high-speed printing carriage traveling down a 5-meter or 6-meter gantry. Our LVDS cables feature high-strand annealed copper pairs
| Technical Parameter | Specification Details |
| Product Name | Industrial LVDS Cable / Low-Voltage Differential Signaling Harness |
| Cable Length | 6.0 Meters (6Mtr / Approximately 19.6 Feet) |
| Signaling Architecture | High-Speed Twisted-Pair Differential Data Transfer |
| Conductor Material | High-Purity Oxygen-Free Tinned Copper Strands |
| Shielding Matrix | Dual Layer: Aluminum Mylar Foil + High-Density Tinned Copper Braid |
The 6-Meter LVDS Cable (Low-Voltage Differential Signaling Harness) is an elite, industrial-grade data umbilical cord engineered specifically for extra-wide, super-grand format, and high-speed digital inkjet printing machinery. Measuring a massive 6 meters (19.6 feet) in length, this high-performance data backbone is built to handle incredibly dense data throughput over extreme distances, transferring raw graphic files seamlessly from the stationary main motherboard across the entire extended length of the printer gantry directly to the moving carriage assembly.
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