One Cable Solution DCSS LNB
DiSEqC 1.x/2.x - Primary control protocol
EN 50494/EN 50607 - European technical standards
| Input Frequency Range | 10.7GHz ~ 12.75GHz |
| Output Frequency Range | 750MHz ~ 2350MHz |
| Noise figure | 1.0dB(Max.) |
| LO Initial Accuracy(25℃) | ±0.5MHz |
| LO Temperature Drift | ±0.75MHz |
| LO phase noise @ 10 KHz | -80dBc/Hz |
| Conversion Gain | 55dB~65dB/ 60dB (Typ.) |
| Gain Variation | ±0.5dB/26MHz |
| O/P 1dB Compression Point (P1 dB) | 0.0dBm (Min.) |
| Image-Rejection | -40dBc (Min.) |
| Crosstalk Isolation | 22dB (Min.) |
| O/P VSWR | 2.5:1 |
| Control Signals | DiSEqC 1.X/DiSEqC 2.X; EN50494/50607 |
| DC-Power | 18V/350Vdc*mA |
| Output Impedance | 75Ω (F-Type) |
| Working Temperature | -30℃~+70℃ |
| Waterproof | O-RING |
| User Bands | 4~32bands |
One-Cable Solution DCSS LNB represents the evolution of satellite distribution technology, offering:
Simplified wiring with single cable runs
Cost-effective multi-receiver installations
High performance with dual-channel capability
Future-proof design for expanding systems
Best for: Installations where running multiple cables is difficult, expensive, or impractical, but multiple receivers are needed. Particularly valuable in apartments, older buildings, or professional installations where cable management is critical.
Single cable run reduces installation complexity
Lower material costs (less cable, fewer connectors)
Easier retrofits in existing buildings
Cleaner appearance (no multiple cable bundles)
Minimal signal loss compared to traditional multi-switch systems
No external power required for switching
Simultaneous access to both polarizations
Future-proof for additional receivers (with splitters)
No switching delays between channels
Independent receiver operation
Automatic configuration with compatible receivers