It depends on what you want:
Not all orbital slots are created equal. The 88°E slot is a "hot spot." If you are in India, the Middle East, or even Eastern Europe, pointing a dish at 88°E gives you a Signal-to-Noise Ratio (SNR) that is often 5-10% higher than adjacent slots. For CCCAM, signal stability equals ECM (Entitlement Control Message) stability. If the signal glitches, the card sharing glitches. Because 88°E is so stable, your CCCAM line experiences fewer freezes and "black screen" moments. d2h 88e cccam better
Satellites are positioned in specific geostationary slots. The 88° East slot is famous because it hosts the ST 2 satellite (and formerly the d2h platform). This slot provides optimal coverage across the Indian subcontinent, the Middle East, and parts of Asia. The signal strength at 88°E is exceptionally robust, meaning less rain fade and fewer signal dropouts compared to other satellites like Intelsat 17 (66°E) or Asiasat 7 (105.5°E). It depends on what you want: Not all
From a reliability and quality standpoint, the official d2h connection is significantly better. If the signal glitches, the card sharing glitches
While European satellites (like Hotbird or Astra) offer many channels, they are scattered across multiple frequencies and polarities. d2h on 88°E consolidates a massive amount of content—over 500 channels—onto fewer transponders. For a CCCAM client, this is a blessing. When channels are clustered, your decoder spends less time switching frequencies, resulting in near-instant channel changes. You get:
Users often report that the d2h 88e configuration is "better" (more stable/faster) than other providers (such as Dish TV on Asiasat at 100.5°E or other platforms using Conax/Cryptoworks). The following factors contribute to this perception: