This is super incredibly useful for digital signage applications. It's not even funny. Only sad part is they're backordered to infinity already and no longer available for sale.
All electronics are e-waste from the inception. But, now imagine this: imagine your JOB is working on a tv show (not movie) that routinely films in practical locations, such as a real sports bar, or a real bowling alley, or a real wherever. Unlike a movie, where you have gobs of time for everything. In TV show production, you really don't. Not with 8 day episodes. So... In this sort of practical location, there could be a dozen or more flat-screen TVs in odd locations, sometimes hanging from the ceiling on a bracket, and other times mounted flat against a wall. Your JOB is to plug in a small computer and display computer graphics or stock footage in a loop to those TVs, so the sports bar, bowling alley, wherever, feels authentic. VERY OFTEN the electrical outlet to plug in a Mac mini is blocked by the flat screen TV being mounted directly onto a wall. So, you sometimes have to spend a half an hour removing the flat screen TV from the wall, to access the electrical outlet, then run power to a Mac mini to display visual content to the TV. And, before you say something like, "why not just use a Firestick..." the reason our industry uses Mac mini's is because there is software we can get for macOS (and now tvOS and iOS) to remotely, from across the room, over Wi-Fi, adjust the screen brightness, contrast, and white balance to make the screen brighter, darker, less contrasty, more contrasty, warmer, or cooler, and we can also do these adjustments in GROUPS of Apple TVs across the room, in unison. No need for TV remotes! All the adjustments are in software! And, these are not things we can do with a Fire Stick. The software simply does not exist. So, since our software runs on Apple TV, and not just Mac mini's, and since this nifty device can power a ~2.24w Apple TV HD or ~3.47w 2021 Apple TV 4K on a USB port on the back of a TV, this could potentially save us HOURS and HOURS and HOURS of time on a practical filming location lighting up screens and it's just damn unfortunate the thing is on backorder already. If not, I think I would buy several of them. For use in filmmaking. Hope this helps!E-Waste from the inception.
Interesting use-caseAll electronics are e-waste from the inception. But, now imagine this: imagine your JOB is working on a tv show (not movie) that routinely films in practical locations, such as a real sports bar, or a real bowling alley, or a real wherever. Unlike a movie, where you have gobs of time for everything. In TV show production, you really don't. Not with 8 day episodes. So... In this sort of practical location, there could be a dozen or more flat-screen TVs in odd locations, sometimes hanging from the ceiling on a bracket, and other times mounted flat against a wall. Your JOB is to plug in a small computer and display computer graphics or stock footage in a loop to those TVs, so the sports bar, bowling alley, wherever, feels authentic. VERY OFTEN the electrical outlet to plug in a Mac mini is blocked by the flat screen TV being mounted directly onto a wall. So, you sometimes have to spend a half an hour removing the flat screen TV from the wall, to access the electrical outlet, then run power to a Mac mini to display visual content to the TV. And, before you say something like, "why not just use a Firestick..." the reason our industry uses Mac mini's is because there is software we can get for macOS (and now tvOS and iOS) to remotely, from across the room, over Wi-Fi, adjust the screen brightness, contrast, and white balance to make the screen brighter, darker, less contrasty, more contrasty, warmer, or cooler, and we can also do these adjustments in GROUPS of Apple TVs across the room, in unison. No need for TV remotes! All the adjustments are in software! And, these are not things we can do with a Fire Stick. The software simply does not exist. So, since our software runs on Apple TV, and not just Mac mini's, and since this nifty device can power a ~2.24w Apple TV HD or ~3.47w 2021 Apple TV 4K on a USB port on the back of a TV, this could potentially save us HOURS and HOURS and HOURS of time on a practical filming location lighting up screens and it's just damn unfortunate the thing is on backorder already. If not, I think I would buy several of them. For use in filmmaking. Hope this helps!
All electronics are e-waste from the inception. But, now imagine this: imagine your JOB is working on a tv show (not movie) that routinely films in practical locations, such as a real sports bar, or a real bowling alley, or a real wherever. Unlike a movie, where you have gobs of time for everything. In TV show production, you really don't. Not with 8 day episodes. So... In this sort of practical location, there could be a dozen or more flat-screen TVs in odd locations, sometimes hanging from the ceiling on a bracket, and other times mounted flat against a wall. Your JOB is to plug in a small computer and display computer graphics or stock footage in a loop to those TVs, so the sports bar, bowling alley, wherever, feels authentic. VERY OFTEN the electrical outlet to plug in a Mac mini is blocked by the flat screen TV being mounted directly onto a wall. So, you sometimes have to spend a half an hour removing the flat screen TV from the wall, to access the electrical outlet, then run power to a Mac mini to display visual content to the TV. And, before you say something like, "why not just use a Firestick..." the reason our industry uses Mac mini's is because there is software we can get for macOS (and now tvOS and iOS) to remotely, from across the room, over Wi-Fi, adjust the screen brightness, contrast, and white balance to make the screen brighter, darker, less contrasty, more contrasty, warmer, or cooler, and we can also do these adjustments in GROUPS of Apple TVs across the room, in unison. No need for TV remotes! All the adjustments are in software! And, these are not things we can do with a Fire Stick. The software simply does not exist. So, since our software runs on Apple TV, and not just Mac mini's, and since this nifty device can power a ~2.24w Apple TV HD or ~3.47w 2021 Apple TV 4K on a USB port on the back of a TV, this could potentially save us HOURS and HOURS and HOURS of time on a practical filming location lighting up screens and it's just damn unfortunate the thing is on backorder already. If not, I think I would buy several of them. For use in filmmaking. Hope this helps!
Makes sense. a Big part of the challenge of making software for tvOS vs macOS is the limitation on WebViews. You can't have any. So, this precludes most kiosk software from being used. We went ground-up and had it built in Swift for tvOS. Works brilliantly. But, I can see how it would not be so easy to swap out for a cruise ship, depending on how they built their existing solution. Hard to say, knowing nothing else about it and just providing pure speculation.I used to cruise a lot, pre-Covid, and Celebrity cruises used Mac Mini's for their in-room entertainment kiosk. It worked great for them. After the ATV became so much more usable, and they updated their ships, I was hoping to see the ATV being used. It would make perfect sense for that application as well. It doesn't need to be over muscular, and has to respond to a remote, and provide access to external sources on their closed system. What better system could they ask for, and this power solution could really help them out. With the Mini, the plug space was really tight with lighting and TV, the Mini, and another desk top power popup. They could use something like a UPS, but that's expensive, and they really aren't all that reliable. Something like this, with a small battery that deletes one plug from their crowded 'hutch' is rather brilliant. Niche markets, niche solutions...
If you don't mind me asking, how did you handle the meshing for sync purposes ?Makes sense. a Big part of the challenge of making software for tvOS vs macOS is the limitation on WebViews. You can't have any. So, this precludes most kiosk software from being used. We went ground-up and had it built in Swift for tvOS. Works brilliantly. But, I can see how it would not be so easy to swap out for a cruise ship, depending on how they built their existing solution. Hard to say, knowing nothing else about it and just providing pure speculation.
But, yes, Apple TVs do rock! Love them!
Trade secret. Not kidding. Just a LOT of effort. You definitely do discover a lot of interesting issues when using 100+ devices wirelessly. You solve them one-by-one. That's all there is to it. Just a LOT of good old fashioned effort done by a team of people over the years.If you don't mind me asking, how did you handle the meshing for sync purposes ?
I would like to get into autonomous drones, any ressources on wireless banding to recommend ?Trade secret. Not kidding. Just a LOT of effort. You definitely do discover a lot of interesting issues when using 100+ devices wirelessly. You solve them one-by-one. That's all there is to it. Just a LOT of good old fashioned effort done by a team of people over the years.
And, you know, the work is ongoing. It's not complete. It never is.
The real answer: trial and error.
Oh I see. Totally different sets of technologies. I'm not of any help.I would like to get into autonomous drones, any ressources on wireless banding to recommend ?
Quick follow up on my musings on using this for non-Apple TV purposes. I managed to order one from Amazon before they sold out. Yes, I think it will work for my trickle charger. No, it can’t be used as a UPS.I'm actually interested in this to power a trickle charger for my motorcycle. …
Another use case that comes to mind, could it act as a small UPS for powered desktop hard drives?
That’s 1.3 to 2.6 watts of output depending on whether you believe the box or the device.Quick follow up on my musings on using this for non-Apple TV purposes. I managed to order one from Amazon before they sold out. Yes, I think it will work for my trickle charger. No, it can’t be used as a UPS.
It requires 5V power input from the USB connector in order to provide power to the Apple TV plug. As soon as I unplug it from a USB charger, it goes dead. So it couldn’t be a good pseudo-UPS because it won’t keep a connected device powered when the wall power is lost. For its intended purpose of running an Apple TV from the TV’s USB port, the Apple TV would shut off if the TV stopped supplying USB power.
However it does seem to run fine when the USB port is plugged into a basic USB battery pack, which means I think it can serve as a cheap 120V battery pack to run my motorcycle trickle charger where an AC wall outlet is not available.
I did a test with this Mission power pack plugged into a basic 4400mAh USB battery pack with 5V 1A (5W) output. It was able to power an 11W IKEA Tradfri LED light bulb (120V) for about 2.5 hours off the combined battery power. As soon as the 4400mAh battery was drained, everything shut off. So I think this could definitely power a 0.75A 12V (9W) motorcycle trickle charger for a few hours.
Looking around I didn’t find any other battery packs with 120V AC output for less than $100, so I’m pleased with this solution! The only other piece I needed was the Conntek 30132 IEC C8 to 1-15R Plug Adapter to convert the “Apple TV” power plug into a regular US 2-prong wall outlet.
The specs listed on the Mission product box were:
Input: 5V, Output: 120V / 17mA, Battery: 2000mAh / 7.2V (14.4Wh)
but on the device itself it says:
Input: 5VDC 1.5A, Output: 120V, 10mA, Battery: 7.2V, 2000mAh (14.4Wh)
Helps me run an AppleTV in my RV off DC power.What, precisely, is the problem that this product solves?
Let’s me watch TV via ATV on my DC tv without need for 120v power when on the road.So they're pitching this to people who hate cord clutter but...its a cord. A cord that now has a large battery brick in the middle of it. This is better than the regular cord how?
Yeah 15 watts would seem to be enough perhaps except for the loss in converting it to AC 120…. But even then it should be enough.I can see RV or marine applications, to reduce inverter use.
I'm guessing that this provides 120v DC, and the ATV is OK with that?
Also, would't a solution that combines 2 USB ports provide enough amperage for the ATV without requiring batteries?
Take your pick, depending which power cord your TV has. About $9 each on Amazon. One continues to the TV as originally intended, the other goes to the AppleTV, ditching its own long cable. Problem solved.
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Yes, unfortunately my Apple TV 4K (2017) is doing the same thing. Tried it this morning and the ATV won’t boot, just get a blinking light and restarting endlessly. I emailed their support and waiting to hear back.This isn't working for me at all. Any usb plug I try to plug this into just makes the ATV blink really fast every couple of seconds. Anyone else having this issue?
What's one more cable?
After confirming I'd pre-charged the device for 30 minutes before trying to use it with the Apple TV, Mission says the blinking behavior must be a faulty unit. They are going to send me a replacement and a label to send mine back once it arrives. Seems reasonable to me, we'll see how the new one performs.This isn't working for me at all. Any usb plug I try to plug this into just makes the ATV blink really fast every couple of seconds. Anyone else having this issue?
Sorry for the late reply, I emailed them at support@missionaccessories.com and they got back to me within half an hour. They cross-shipped me a replacement unit to try, unfortunately it still had the same problem. So they issued me a refund through Amazon without me asking for one, and just asked that I send back one of the units. Seems like a good response on their part, although it's quite surprising their product isn't actually working.I left a message with them..did you write them?