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robedude

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  1. Above. I ordered a dbrand case and got an email from them tonight saying they were pulling their product launch for their new steam deck case and having to send me a second updated case because the first one could slow/stop my steam deck's cooling fan: Original Email form dbrand Below: --------------------------------------------------- Last night, we tweeted that we were pulling the launch of Project Killswitch for the general public. Maybe you've already ordered one and are wondering what's up. Maybe you haven't ordered yet and are wondering why you can't. Over the past few months, we've sent production samples of Project Killswitch to various content creators and press outlets. Their level of technical expertise ranged from "casual" to "built their own Linux distro". Their feedback was quite positive. The most noteworthy criticisms were related to skin installation and the kickstand being a bit tight to open up before it’s worked in. Then, we shipped a few units to editors at The Verge. Yesterday, they sent us an email. They asked if we were aware that the magnetic kickstand was slowing down the Steam Deck's fan. This was, quite literally, the first time we had heard about this. Concerned, we told them that we had performed extensive testing with our own units and that nobody else with a production sample had raised this as an issue. After a bit of back-and-forth, one of the editors enabled the Level 4 Performance Overlay (i.e. the UI overlay which reveals the current fan speed in RPM) and shared a video of the fan increasing in speed with the kickstand attached. This contradiction was perplexing - we’ll loop back a bit later to share what we suspect was happening. Now, as luck would have it, another Verge editor on the email chain had multiple Steam Decks readily available. He tested on two. One of them had a fan problem. The other did not. What was the difference between these two units? The Steam Deck that was unaffected had a Huaying fan. The Steam Deck that was affected had a Delta fan. We immediately cracked open all of our own Steam Decks. Sure enough, all of our fans were from Huaying. We got to work on sourcing a Delta unit. After reaching out to a few local content creators, we learned that Dave2D had a Delta fan unit. We borrowed Dave's Steam Deck and verified that The Verge was correct: with the kickstand attached, there was indeed a reduction in the Delta fan’s speed. Word on the grapevine is that Valve no longer uses the “whiney” Delta fan in the production of Steam Decks, switching exclusively to the Huaying component. This doesn't change the fact that there's an indeterminable number of Steam Decks out there that are going to have issues with the magnetic kickstand. It also doesn’t change the fact that there’s no certain way for either us or end-users to determine which version of the fan they have without cracking open their Steam Deck. This 11th-hour curveball is what prompted us to pull the public launch last night and suspend sales. We didn't want any more Killswitch orders to be placed until we had a plan in place to overcome this challenge. Before we get into the next steps, it’s important to note that the case itself does not interfere with either type of fan. Naturally, the Travel Cover, Stick Grips, Tempered Glass, and Case Skin do not either. With that point out of the way, let’s talk about our plan: All orders currently placed are still shipping. We're pivoting from a magnetic mount to a mechanical interlock system for the kickstand (and all future accessories). This will require re-tooling of our existing production lines and is expected to take some time. Once the re-tooling is complete, every single customer who purchased a magnetic Killswitch is getting a free replacement of both their case and kickstand. We expect to have these shipped out in January. These replacements will be fully compatible with the existing Travel Cover, Skin, Stick Grips & Tempered Glass. When you receive your replacement, you are under no obligation to ship back the magnetic version. Now, you might be wondering why we’re replacing every single one, rather than just those affecting Delta fan owners. While this issue only seems to affect units with a Delta fan, self-diagnosing which fan you possess isn't easy. Even if you’re certain that you have a Delta fan, you genuinely might not notice the issue: during a low-RPM scenario, the fan motor has a lot of headroom to make up for the kickstand's magnetic interference. This is what we suspect was happening with the original findings from The Verge. That particular editor may have had a Delta fan and, when the kickstand was attached, there was a momentary loss in fan speed, which then caused the fan to kick higher into the programmed curve and overcompensate with the available motor overhead. Ultimately, any self-diagnosis may lead to the incorrect conclusion that you have a Huaying fan. To be safe and to take full ownership of the uncertainty in this issue, we'd rather just replace every unit out there. As a result of the above, whether or not you have a Huaying fan, we do not recommend using the magnetic kickstand. Instead, feel free to keep it on your fridge as a memento of our failure. To clarify once more, everything BUT the kickstand is safe to use. If you made a purchase since the private launch on Sunday, you have two options: Use everything BUT the kickstand until our re-tooled stock is available, then receive a 100% free replacement of BOTH the kickstand and the case. No need to return the magnetic version. Reply to this email to initiate a return-and-refund process. If you’re among those who had a reservation and have yet to redeem it, don’t worry - we didn’t take your $3 and run. The purchase interface has now been re-enabled and features a series of “pick your adventure” disclaimers to unpack the current state of affairs. It also includes instructions on how to claim your $3 reservation discount. Once we have our re-tooled non-magnetic stock, we'll be shipping it out in the following sequence: Replacements for units that have already shipped. New orders from those who claimed their reservation. New orders from the general public. Disappointed? So are we. It took a tremendous amount of effort to get this product to market - to hit a speed bump like this at the eleventh hour is unfortunate. That said, we're committed to getting this product right. Everything but the kickstand turned out even better than expected. In the coming days, tens of thousands of you who placed an order in those initial 48 hours are going to get it in your hands - we’ll let you be the judge. If you have any questions, want to claim a refund, or simply want to yell at us in all-caps, just reply to this email. Signed, A Robot
  2. Hello all! I just bought a new 5.1 speaker setup consisting of a soundbar, a subwoofer, and two rear speakers. I am attempting to connect my desktop PC to my TV (vizio p series 65) via hdmi to retain my 4K resolution at 60fps. I then am trying to go from my PC to the soundbar system using optical SPDIF. The problem is I cannot get windows to detect that the system is a 5.1 system and the subwoofer and rear speakers do not produce sound in this setup. I can't just run a direct hdmi from pc through my soundbar then to my tv because the soundbar is adding latency as well as only passing 4K at 30fps. My motherboard does not have an optical output either. I just need a way for windows to detect that my system is 5.1, as I believe it sees the vizio TV's built in speakers and thinks it is not capable of 5.1. Thanks and any help is greatly appreciated!
  3. Hello All! I've got a great new 4k vizio p-series tv that I am trying to cast content onto. Here's the problem: I use a VPN on the android tablet remote that came with the TV (using IPVANISH & their VPN app). When the VPN is activated, I can no longer control the TV from the tablet. I have seen solutions such as setting up a VPN wifi network from your pc or running the VPN through a router, but with my current hardware neither of these solutions will work for me. Any ideas on how to control the TV while simultaneously running the VPN? Can't figure out for the life of me how to get it to work. Any guess is much appreciated.
  4. Awesome - thanks for the detailed reply. Its all very interesting really. I'll have to do more research on this and see. These NVMe drives are amazing as far as the maximum potential goes, the problem becomes harnessing ALL the power! Anyways, thanks for all the great/thoughtful answers so far guys! I think I like these forums haha.
  5. OK so this being the case, it would still be possible to perhaps try RAID 0 for some older NVME drives that may perhaps be cheaper, put them in RAID 0, and then hope that we get as close to possible as the cap without going over to maximize performance? Makes sense to me. The speeds we are talking about now are so ridiculously fast that in almost every consumer application they are much beyond what is needed and there are other bottlenecks at play then (such as game load times or OS boot times). My question now becomes: Why are people even considering M.2 as a useful investment? Does M.2 storage offer superior performance over SATA based storage that is worth the price for the average consumer? EDIT: Perhaps form factor/size and convenience may be an important player here as opposed to just raw performance
  6. Hi ARikozuM - this goes over my head at this point - I'm speaking more towards consumer purposes & day to day usage of an average pc user
  7. Hello All, First post on these forums so I will make this short, sweet, and to the point. Take three samsung 960 evos, with read speeds of 3000MB/s+ & write speeds of ~~2000MB/s. It has been shown that putting 3 of these storage devices in raid 0 configuration does indeed increase the performance of read/write speeds in synthetic benchmarks, but my question is - how much real world performance increase do we see? I'm talking numbers here. I have read multiple statements on different forums, some saying there will be next to zero performance increase for real world applications and others saying there should be tons. Can someone throw down some experimental data that can confirm one side or the other for this? Any help would be greatly appreciated. Real world applications I'm interested in falling into the range of consumer - not industrial applications. Yea I've seen people say that roughly around 3900MB/s read is the limit for this kind of thing as of right now on most builds - something to do with maximum PCI bus speeds or maximum bandwidth the current intel chipsets can handle - correct me if I'm not citing this quite right, can any professional comment on the validity of this?
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