Then the base should have been 256GB.
Yes, with an increase in price that would cause a whinefest of epic proportions.
Then the base should have been 256GB.
A common sense suggestion that will be met with derision, wailing and gnashing of teeth on this forum. Be prepared.The solution is to spend an extra $200 or whatever and get the storage you need for shooting pro rez.
Of the 500 people I know with iPhones. Not one uses it for film making. Small sample size but I would be adamant that the stat would be extremely low on that one.That's also not a problem if you use the phone to make money. It's a business expense.
A common sense suggestion that will be met with derision, wailing and gnashing of teeth on this forum. Be prepared.
I don't think we know that yet. Anxiously waiting to hear official info.I figured that. But is this going to be locked in at a specific ProRes rate or can we select from proxy up to HQ? It would be helpful to know so an actual data rate can be used to calculate file sizes.
I thought I had seen somewhere that the reason they’re sticking to Lightning was the IP rating. The usb-c isn’t as sealed as their lightning connection is what I remember.The fact that both the latest iPad Air and the just announced iPad mini both get high speed wired data transfer through USB-C before any iPhones is just beyond my comprehension.
And no, don’t @ me about Lightning being sufficient -They just announced 4K Pro Res cameras in a 1tb iPhone priced at $1599 but it’s the new cutesy $399 iPad mini that gets a high speed USB-C for its singular camera and 64gb internal storage.. because only the fastest transfer speeds and wide compatibility with all kinds of USB-C drives and devices will suffice for those 64GB?
Wow.
It’s definitely space related, not speed related. 128GB is not even enough for me to restore my iCloud backup so space for those 4K video is going to be crazy.
Can lightning ports be USB 3.0? I thought that was one of the reasons the iPad went to USB-C, so it could support 3.0.
Even more so when trying to upload to icloud when this does not allow for large transfers at once. And then how long does it take to see it on my ATV4K..Are these lighting ports still USB 2.0? Would be super annoying to transfer 1TB worth of stuff using 2.0
that could be avoided by less-than-ridiculous pricesYes, with an increase in price that would cause a whinefest of epic proportions.
If it is a throughput issue then the 256GB and above models have enough NAND chips to accommodate ProRes and the 128GB does not have the requisite throughput needed.And why would it be okay for the 256GB model? If you can only do like 10minutes of video on the 128Gb model, the 256GB model will only give you like 20 minutes. If the recording capacity is the excuse, then they should only enable this on the 512Gb model or larger.
that could be avoided by less-than-ridiculous prices
Knowing Apple, it will be standard within the next 5 years, for the high end phones at least. SadlyMy sole dissapointment is that base model is not 256GB. Android flagships has had 256GB base model for at least 2-3 years already.
That’s what the regular 13 non Pro phones are for. The Pro models should have started at 256 GB. It’s weird to have a feature that can’t be used at the supplied storage level.Correct me if I've wrong (and there's a high probability of that), but didn't Apple under Jobs' reign operate under the core belief that each product should be easy to explain, easy to use and appeal to the average Joe? How many average Joe's see 4K ProRes and understand it, let alone want it? Seems like Apple is trying to sell something that very few people asked for.
One question I have is if ProRes video will go straight to the iCloud Photo Library or if you'll be able to store them separately and then transfer to your computer via USB or WiFi.
Waiting for huge ProRes files to upload to iCloud over most Internet connections will be an unpleasant experience. ProRes really should be treated differently than other random video taken with the phone.
They are big.....especially depending on the bit rate it's recording at. We have been switching over to ProRes at work from Avid DnxHDI’m scared to see how big the file sizes are.
It does. You enable it in settings even on the 12 Pro. When manufacturers say 30p in camera specs they are almost always referencing the max FPS possible."Pro" - doesnt shoot 24fps
Are you pointing out logical discrepancies??? Your lack of faith is disturbing the Force...Apple has truly lost it they droned on about how important Type-C was on the iPad mini to interact with devices and do large data transfers. But it has a weak sauce camera....
Then they talk about high quality massive data usage around filming with iPhone 13 Pro. USB 2.0 transfer rates no Type-C.
"Pro"
I'm sure most people here is aware of that, but it's about the principle. This is the first time Apple put software limitation on the same model due to a storage difference. Considering the price point and "Pro" intention, it seems shortsighted.If it is a throughput issue then the 256GB and above models have enough NAND chips to accommodate ProRes and the 128GB does not have the requisite throughput needed.
Bottom line, if you are actually serious about ProRes then buying the larger sized iPhone is not a big deal. All this wailing and gnashing of teeth is from people here who are never going to use the feature anyways, especially if they can only afford the 128GB. Simply use HEVC.
That is completely wrong. There are so many variations of 4K ranging from toy 4K to crazy 4K at TB's per minute based on the bitrate recorded at. Even staying in ProRes there is everything from ProRes Proxy at 35 Mbits/s to ProRes 4444XQ at 3318 Mbits/s all based on 3840x2160 (UHD) and 3539 Mbits/s 4096 × 2160 (DCI 4K)4k is 4k. I’d say it’s more for IOPS.
Completely true. Important media backed up on 2 RAID 10 (1+0) stored in 2 different places. You would need to edit on ProRes Proxy (145 GB/hr) then up convert or batch digitize the finished EDL at the higher rate. At work we use HP Z8 workstations (build cost $26K) and MacPro (build cost in 2012 $13k, new ones just ordered $21K) going to a media server via 10GB/s optical fiberOne must consider one’s ecosystem before deciding on whether ProRes is a good idea.
Storage won’t be on iCloud. Requires traditional backing up on two hard drives in two locations for the important stuff.
Editing won’t be fun on an old machine. Requires investment there including possible SSD space depending on your editor and whether it can run well with proxy files.
That sounds like the same argument that everybody was flipping out for the new MacPro......It’s just such a weird caveat to have. “These are our most pro iPhones ever. Except the 128gb. That one is semi-pro.”
ProRes is not a raw video format, its an uncompressed format that gives you more options in post production. As I said, I'm a film producer, and we've used past generation iPhones in a pinch. Prores on a phone is actually a big deal.ProRes was engineered in the mid'00s for PowerPC Macs editing 1080p and 2k. It is purposefully designed to require very little overhead to encode and decode. I'm pretty sure an iPhone 6s would have no issues recording ProRes if it were not for the storage capacity/speed.
The thing is, RAW and formats like ProRes are meant to retain more of the original information coming from the camera sensor to give you the flexibility in post. There is only so far you can push the physics on these tiny lenses and little smart phone sensors no matter how good they are getting. A very significant part of the amazing quality these cameras have picked up in the past few years is coming from computational augmentation of the image. I'm uncertain what is to be gained that couldn't be achieved via an All-I 10bit HEVC mode with a high bitrate. Unless we're getting ProRes RAW. Which I'm sure isn't the case because: 1) the marketing would mention "RAW Video" at least 160 times, 2) a RAW format would mean all that computational magic that's done realtime in the SoC would have to happen during playback/editing and that would take a lot of extra compute power on that end of the process.