Hardware Configurator
Hardware Presets
1024
Higher element counts sharpen RF beam steer gain and multi-satellite track.
32.5%
Reduces chassis profile, wind drag load, and raw aluminum/radome mass.
45 W
Standard active downlink tracking load (vs 75-100W on earlier Dishy revs).
Live Beamforming & Power Telemetry
Ku/Ka LEO TRACKERHover / Drag across canvas to steer phased beam
Effective Downlink
385+ Mbps
Target: 375+ Mbps exceeded
Power Efficiency Gain
+42% per Mbps
relative to Gen 4 Dishy
Energy Consumption Rate
0.117 W/Mbps
421 Joules/GB
Terminal Form Factor
3.8 L
Chassis Weight: 2.1 kg
STARLINK V5 HARDWARE AUDIT TELEMETRY
Production Status
In Production (Select Areas)
Terminal Weight
2.1 kg
Array Element Count
1024 Units
Computed Watts/Mbps
0.117 W/Mbps
Validated Operational Point: 45W Active / 385+ Mbps Downlink
V4 vs V5 Specification
REVISION COMP| Parameter | V4 Standard | V5 Next-Gen |
|---|---|---|
| Downlink Speed | 180-220 Mbps | 385+ Mbps |
| Power Draw (Avg) | 75 - 88 W | 45 W |
| Total Weight | 3.2 kg | 2.1 kg |
| Displacement Vol | 5.6 Liters | 3.8 L |
| Array Density | 720 patches | 1024 patches |
| Thermal Dissipation | High (Passive) | Ultra-Low Heat |
| Target Use Cases | Standard Home | 4K, Gaming, Video |
Engineering Takeaways:
By shrinking die node fabrication for the beamforming RF ASICs and optimizing passive heat dissipation, the V5 delivers an estimated 42% improvement in power efficiency per Mbps over prior revisions while slashing total bulk by 32.5%.