These discounts are usually communicated through newsletters, which are created and managed by us with the tool "Emarsys". Emarsysįor a more convenient implementation of discounts, we occasionally use cookies which guarantee the discount through a so-called affiliate program through the link of origin. Microsoft stores the information anonymously. No personally identifiable information is submitted to Microsoft. We may use the information collected through cookies to generate statistics about ad performance. Through Microsoft Ads Conversion Tracking, Microsoft and we can track which ads users interact with and which pages they are redirected to after clicking on an ad. The data is stored anonymously by Google. No personally identifiable information is submitted to Google. We may use the information collected through cookies to compile statistics about ad performance. Through Google Ads conversion tracking, Google and we are able to track which ads users interact with and which pages they are redirected to after clicking on an ad. When this will happen I can’t say for anonymous reasons, but these concerns haven’t gone unnoticed.Our shop uses Google Ads. Given the dynamic nature of the system (and the fact that the firmware is stored in RAM rather then ROM), updates **will** be made available as a part of future iOS updates. For the time being, the quality was deemed to be suitably acceptable. Since the iOS device doesn’t care about the hardware hanging off the other end, you don’t need a new iPad or iPhone when a new A/V connector hits the market.Ĭertain people are aware that the quality could be better and others are working on it. This system essentially allows us to output to any device on the planet, irregardless of the endpoint bus (HDMI, DisplayPort, and any future inventions) by simply producing the relevant adapter that plugs into the Lightning port. The encoded data is transferred as packetized data across the Lightning bus, where it is decoded by the ARM SoC and pushed out over HDMI. Airplay itself (the network protocol) is NOT involved in this process. Airplay uses a bunch of hardware h264 encoding technology that we’ve already got access to, so what happens here is that we use the same hardware to encode an output stream on the fly and fire it down the Lightning cable straight into the ARM SoC the guys at Panic discovered. Again, it’s just a high speed serial interface. Lightning doesn’t have anything to do with HDMI at all. It’s vastly the same thing with the HDMI adapter. The GPIB adapter contains all the relevant Lightning -> GPIB circuitry. If you wanted to produce a Lightning adapter that offered something like a GPIB port (don’t laugh, I know some guys doing exactly this) on the other end, then the only support you need to implement on the iDevice is in software- not hardware. We did this to specifically shift the complexity of the “adapter” bit into the adapter itself, leaving the host hardware free of any concerns in regards to what was hanging off the other end of the Lightning cable. Contrary to the opinions presented in this thread, we didn’t do this to screw the customer. There is no clever wire multiplexing involved. The reason why this adapter exists is because Lightning is simply not capable of streaming a “raw” HDMI signal across the cable. That's why he mentions offloading work to the adapter. Essentially a very low powered iOS device. Oh, and just in case anyone wasn't aware, the Lightning Adapter has both a processor and memory. I'm just dropping it in to shed a little more light on the Lightning AV system and, if true, the potential for future improvements to the quality it outputs. He's responding to an article from the guys at Panic who found that in some cases the adapter was only outputting a 900p image. Here's a quote from an "anonymous Apple engineer" regarding the Lightning Digital AV Adapter.
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