Hama Cabo de ligação SAT, ficha F macho para ficha F macho, dourado, 5,0 m, 120 dB (00202021)

For satellite signal runs where every decibel counts, this Hama SAT connection cable pairs gold-plated F-connectors with quadruple shielding and a 120 dB attenuation rating to keep DVB-S and DVB-S2 feeds clean over a full 5-metre span. The copper inner conductor and 75-ohm impedance are tuned for the 5–2400 MHz range, so even high-band transponders arrive without the grain or dropouts that cheaper coax introduces.

Highlights

• Gold-plated F-plug (male) on both ends for corrosion-resistant contact and minimal signal loss
• Quadruple shielding with 120 dB effectiveness blocks interference from LTE, DECT, and nearby power lines
• Solid copper inner conductor maintains low attenuation across the entire 5–2400 MHz satellite band
• 75-ohm coaxial design matches receiver and LNB impedance for a stable digital/analog link
• 5.0 m length reaches from wall outlet to set-top box without excess slack or tight bends

In daily use

Install it once and forget it: the white PVC jacket stays flexible enough for tidy routing behind AV furniture, while the metal connector bodies survive repeated reconnection during receiver upgrades or dish realignment. Because the cable is fully shielded, you can run it parallel to HDMI, power, and network lines without introducing sparkles or macroblocking on high-bitrate UHD channels.

Full specifications

• Brand: Hama
• Model: 00202021
• MPN: 00202021
• EAN: 4047443546111
• Cable type: SAT connection cable (coaxial)
• Connector 1: F-plug (male), gold-plated
• Connector 2: F-plug (male), gold-plated
• Length: 5.0 m
• Impedance: 75 Ohm
• Shielding: quadruple shielded, 120 dB
• Inner conductor: copper
• Frequency range: 5 – 2400 MHz
• Colour: white
• Application: satellite TV, DVB-S, DVB-S2
• Signal transmission: digital and analog

Final note

When a marginal signal is the only thing standing between you and a stable picture, the gold-plated contacts and 120 dB shielding of this Hama cable are the difference between a locked transponder and a pixelated mess.