Greetings,
We recently upgraded the home theater system in our home's basement and for some reason our Hopper Sling 3 doesn't like it. We went from a DVD-player/surround sound combo device to a full 5 channel AV Receiver so we could connect more HDMI devices (video game consoles) to the system. The Hopper shares the same electrical circuit as our new Receiver and communicates to a Joey upstairs.
If someone is upstairs watching television and the new AV Receiver is turned on in the basement, the Hopper forces a shutdown/restart immediately upon energization of the Receiver. The circuit breaker doesn't pop, and all other devices on the circuit remain operational without interruption. Our older DVD player/surround sound system combo device never triggered this issue. We've even swapped out AV Receivers as a test and all of them caused the Hopper to shut down and restart.
We are guessing that the current draw to start the Receiver is somehow triggering some sort of safety circuit in the Hopper. If we separate the devices onto 2 different electrical circuits via a long extension cord, the problem goes away. I was curious if anyone by chance had more knowledge about Hopper circuitry and could shed some light perhaps or confirm this suspicion?
We recently upgraded the home theater system in our home's basement and for some reason our Hopper Sling 3 doesn't like it. We went from a DVD-player/surround sound combo device to a full 5 channel AV Receiver so we could connect more HDMI devices (video game consoles) to the system. The Hopper shares the same electrical circuit as our new Receiver and communicates to a Joey upstairs.
If someone is upstairs watching television and the new AV Receiver is turned on in the basement, the Hopper forces a shutdown/restart immediately upon energization of the Receiver. The circuit breaker doesn't pop, and all other devices on the circuit remain operational without interruption. Our older DVD player/surround sound system combo device never triggered this issue. We've even swapped out AV Receivers as a test and all of them caused the Hopper to shut down and restart.
We are guessing that the current draw to start the Receiver is somehow triggering some sort of safety circuit in the Hopper. If we separate the devices onto 2 different electrical circuits via a long extension cord, the problem goes away. I was curious if anyone by chance had more knowledge about Hopper circuitry and could shed some light perhaps or confirm this suspicion?