Product comparison · 2 low noise block downconverters (lnb)

Hama ANT4444 10.7 vs Hama GSS Twin-LNB

14specifications compared
8differ
6identical
0known for one product only

Key differences

The Hama ANT4444 10.7 has 2 more RF ports quantity than the Hama GSS Twin-LNB (4 vs 2). The Hama ANT4444 10.7 has 60 mA more power consumption than the Hama GSS Twin-LNB (180 mA vs 120 mA). The Hama ANT4444 10.7 has 77 mm more package depth than the Hama GSS Twin-LNB (217 mm vs 140 mm). Output frequency range: 1100 - 2150 MHz on the Hama ANT4444 10.7, 950-2050 / 1100-2150 MHz on the Hama GSS Twin-LNB. Oscillator frequency: 10.6 GHz (L2) / 9.75 GHz (L1) on the Hama ANT4444 10.7, 9.75 GHz (L1) / 10.6 GHz (L2) on the Hama GSS Twin-LNB.

Output frequency range
- ANT4444 10.7:1100 - 2150 MHz
- GSS Twin-LNB:950-2050 / 1100-2150 MHz
Product colour
- ANT4444 10.7:Black
- GSS Twin-LNB:Black, White
RF ports quantity
- ANT4444 10.7:4
- GSS Twin-LNB:2
Power consumption
- ANT4444 10.7:180 mA
- GSS Twin-LNB:120 mA
Package depth
- ANT4444 10.7:217 mm
- GSS Twin-LNB:140 mm
Package height
- ANT4444 10.7:73 mm
- GSS Twin-LNB:65 mm
Package weight
- ANT4444 10.7:459 g
- GSS Twin-LNB:284 g

Side by side

Differences highlightedShow differences only

Comparison of ANT4444, GSS Twin-LNB
14 specifications	A Hama ANT4444 10.7 Model ANT4444 View product	B Hama GSS Twin-LNB View product
Features3 differ
Input frequency range	10.7 - 12.75 GHz	10.7 - 12.75 GHz
Output frequency rangeDiffers	1100 - 2150 MHz	950-2050 / 1100-2150 MHz
Oscillator frequencyDiffers	10.6 GHz (L2) / 9.75 GHz (L1)	9.75 GHz (L1) / 10.6 GHz (L2)
Gain	65 dB	65 dB
Noise figure	0.3 dB	0.3 dB
Product colourDiffers	Black	Black, White
Ports & interfaces1 differ
RF connector type	F	F
RF ports quantityDiffers	4	2
Power1 differ
Power consumptionDiffers	180 mA	120 mA
Weight & dimensionsidentical
Feedhorn diameter	4 cm	4 cm
Packaging data3 differ
Package width	230 mm	230 mm
Package depthDiffers	217 mm	140 mm
Package heightDiffers	73 mm	65 mm
Package weightDiffers	459 g	284 g

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

More low noise block downconverters (lnb) comparisons

All low noise block downconverters (lnb) comparisons