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Archive 2023 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs

  
 
ptakeuchi
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p.2 #1 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Very helpful benchmarking tests. Really appreciate it.

Anyone care to speculate on where the new M2 Pro Mac Mini with 32GB RAM and 1TB SSD would score?

I'd like to get an M2 Max Studio when they come out, as I feel the current studios are getting old, but have a feeling that those new Mac Studios won't be out until the end of the year because the new Mac Pros will be out first, in June say, and they will be very expensive and likely not available until September. So the M2 Pro Mac Mini would be my new temporary desktop until pricing and availability settles down and Adobe improves its Creative Cloud apps to perform better with Apple Silicon and I can justify spending $4-5K on a new desktop.



Feb 17, 2023 at 02:11 PM
jhapeman
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p.2 #2 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


ptakeuchi wrote:
Very helpful benchmarking tests. Really appreciate it.

Anyone care to speculate on where the new M2 Pro Mac Mini with 32GB RAM and 1TB SSD would score?

I'd like to get an M2 Max Studio when they come out, as I feel the current studios are getting old, but have a feeling that those new Mac Studios won't be out until the end of the year because the new Mac Pros will be out first, in June say, and they will be very expensive and likely not available until September. So the M2 Pro Mac Mini would be my new temporary
...Show more

I'd guess that the M2 Mini would be in between a Studio Max and the M2 Max laptop. There's thermal issues--the Mini's just don't have the cooling available in a Studio, and memory issue, which can have a big impact on some of these tasks.

As for Adobe, right now their optimization for Apple Silicon is superb. It's in large part why these AS Macs perform so well. One thing no tests like this can catch is how snappy and fluid they feel when you're using them; to me Lightroom always has had a slight lagginess to it when browsing your library, for example. It just feels smoother on the Apple Silicon. I wouldn't be waiting on Adobe, I think their optimization is here today.

As for an M2 in Apple Silicon, I think it might be out later this spring or summer. I'm not in the camp that thinks that Apple is going skip the Studio for a Mac Pro. I also don't believe an Apple Silicon Mac Pro will just be a M2 Ultra. I suspect Apple will surprise us with the Mac Pro--either by it being even more powerful than expected via the latest "rumors" or by just ditching it entirely in favor of the Studio. The niche for the Pro is tiny; the Studio has had very high demand and had lengthy backorders for quite some time. It's more in line with Apple's target markets as well, IMO. FWIW, the case and cooling capacity of the Studio is much, much greater than the current M1 chips need; I suspect it's been engineered out that way to allow for higher-frequency future chips that will use more of that capacity, although of course that's just speculation.

I don't think a M2 Ultra Studio will have a huge advantage though; you're talking 10-15% gains on most tasks. If you are not in a rush and can wait, then I'd wait, but if you need something now, I would just pull the trigger.



Feb 17, 2023 at 02:31 PM
ptakeuchi
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p.2 #3 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Thx for your helpful reply. I'm going crazy waiting for my HackPro 9900L @ 4.9Ghz and 64GB RAM with 1TB Samsung 970 Pros for OS X and Scratch (and AMD Radeon RX Vega 56 8 GB) to render LR previews and paste settings across files. Takes like 15 minutes to import 150 Nikon Z7 files with develop presets and exporting is slow as well. I know it's the Intel world but want to make sure that if I upgrade I'll see at least 40-50% speed increase.

The only reason I would bet that a new Mac Studio would come before the Mac Pro is that the M3 chip or M2 Max Ultra is causing delays. Apple would want Pros to spend $5K and upwards for a new Mac Pro as that will be the compelling speed king and then later in the year, the new M2 Studio would be available to relieve those who need more power but have lower budgets. But I see your argument as well. It may be that in order to get multiple parallel chips connected on the same die running at full speed along with more GPUs, that serious active cooling is necessary and you just need a bigger box for air flow. So no way even a Mac Studio design can provide the cooling without too much noise or throttling and a cooling tower design will be necessary. Or maybe they'll go back to liquid cooling to keep the noise down.

Right now my debate is between spending $4K on a M1 Mac Studio Ultra 20-core 48-gpu 64GB with 1TB SSD vs $2600 for the M2 Pro Mini 12-core 19-gpu 32GB with 2TB SSD. I'm using OS X Big Sur now and am primarily doing basic retouching and developing in LR with a few hundred files per day and some photoshop compositing. I process Z7 45MP raw files and Fuji GFX 100MP raw files--strangely editing the fuji files while more tedious for zooming in with the clone tool, pasting and exporting is faster than with the Z7 45MP files.



Feb 17, 2023 at 03:09 PM
jhapeman
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p.2 #4 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


ptakeuchi wrote:
Thx for your helpful reply. I'm going crazy waiting for my HackPro 9900L @ 4.9Ghz and 64GB RAM with 1TB Samsung 970 Pros for OS X and Scratch (and AMD Radeon RX Vega 56 8 GB) to render LR previews and paste settings across files. Takes like 15 minutes to import 150 Nikon Z7 files with develop presets and exporting is slow as well. I know it's the Intel world but want to make sure that if I upgrade I'll see at least 40-50% speed increase.

The only reason I would bet that a new Mac Studio would come before the
...Show more

OK that's slowwwwww. You will see a big speedup for sure. I personally would not recommend 32GB to anyone working with 100Mpx files; remember the CPU and GPU are sharing this memory. Also, Lightroom now uses the GPU for a lot of functions, including exports, and all of those extra GPU cores on the Ultra will help you out a lot as will the fact the memory bandwidth is doubled in speed. On top of that you get support for more monitors, and 50% more Thunderbolt 4 ports. If you are patient, the model you are thinking of turns up on the Apple Refurb store and you'll save 10%. That puts it at only an $800 delta over the M2 Mini and that's a great value.

If you want to set up a download of some of your files/presets I can run a test for you. Just send me a PM.




Feb 17, 2023 at 03:53 PM
Ho1972
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p.2 #5 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


If you decide to give DxO another try, take a crack at the benchmarks found
here. The best performing Mac (M1 Max) is currently holding 14th place. I'm guessing you can do better.



Feb 17, 2023 at 04:17 PM
ptakeuchi
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p.2 #6 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


I really appreciate your feedback. Was wondering how much the 64GB of memory mattered. You make a very compelling argument for the Mac Studio Ultra with 64GB.

What do you recommend for a 2-4 TB TB4 external SSD drive for scratch and data to store my current LR catalogs and raw files on?

And would I need more than say this for RAID0 pairs of my archives and backups using 8TB 3.5inch HDs:

https://eshop.macsales.com/shop/owc-mercury-elite-pro-quad/raid-5

Or would having a faster true TB3 RAID box like this make a speed difference with spinning 3.5in HDs?
https://eshop.macsales.com/shop/thunderbay-4/thunderbolt-3-raid-5

Currently I'm using an old Firmtek 4-bay eSATA RAID box which I can't use on the newer macs.

Thanks for your help.



Feb 17, 2023 at 05:26 PM
mcbroomf
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p.2 #7 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


ptakeuchi wrote:
Thx for your helpful reply. I'm going crazy waiting for my HackPro 9900L @ 4.9Ghz and 64GB RAM with 1TB Samsung 970 Pros for OS X and Scratch (and AMD Radeon RX Vega 56 8 GB) to render LR previews and paste settings across files. Takes like 15 minutes to import 150 Nikon Z7 files with develop presets and exporting is slow as well. I know it's the Intel world but want to make sure that if I upgrade I'll see at least 40-50% speed increase.

The only reason I would bet that a new Mac Studio would come before the
...Show more

That seems awfully slow. What kind of SD card, card reader and port are you using for the import?




Feb 17, 2023 at 05:43 PM
jhapeman
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p.2 #8 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


ptakeuchi wrote:
I really appreciate your feedback. Was wondering how much the 64GB of memory mattered. You make a very compelling argument for the Mac Studio Ultra with 64GB.

What do you recommend for a 2-4 TB TB4 external SSD drive for scratch and data to store my current LR catalogs and raw files on?

And would I need more than say this for RAID0 pairs of my archives and backups using 8TB 3.5inch HDs:

https://eshop.macsales.com/shop/owc-mercury-elite-pro-quad/raid-5

Or would having a faster true TB3 RAID box like this make a speed difference with spinning 3.5in HDs?
https://eshop.macsales.com/shop/thunderbay-4/thunderbolt-3-raid-5

Currently I'm using an old Firmtek 4-bay eSATA RAID box which I
...Show more

Get the TB one, you'll get better speed than the old USB one. As for external SSD's, I just posted a reply on that in another thread, so I'll link that here:

https://www.fredmiranda.com/forum/topic/1795472/1#16171819



Feb 17, 2023 at 06:48 PM
ptakeuchi
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p.2 #9 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Wow, I really appreciate your help. Saves me a bunch of time comparing and poring over reviews. Many, many thanks.


Feb 17, 2023 at 08:16 PM
RustyBug
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p.2 #10 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


ptakeuchi wrote:
Takes like 15 minutes to import 150 Nikon Z7 files


That's like 6 seconds per file.



Feb 17, 2023 at 10:45 PM
dallvr
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p.2 #11 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Thanks for all the testing and comparisons you've done with A1 files and Lightroom. I am in the market for a new Mac laptop for taking on photo trips (almost certainly a 14" model, as the 16" is very large, thick and heavy). I am also in the market for a replacement for my 2017 iMacPro and your data will be useful for evaluating Apple's future offerings in the desktop category.


Feb 17, 2023 at 11:22 PM
Alan321
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p.2 #12 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Multi-core processing may or may not bog down within the CPU as the workload increases, but it will likely also bog down due to the restricted data flow to and from the CPU. In the intel world that would include the number of PCIe and/or DMI data lanes between the CPU and the storage devices. DMI is a small number of PCIe-like data lanes linking (and separating) the CPU and the "chipset", to which most storage devices are connected. More-up-market CPUs and motherboards allow more data devices to connect via PCIe directly to the CPU, and that works very nicely with NVMe M.2 SSDs.

Having your speedy SSDs connected directly to the CPU can speed things up just by keeping more CPU cores fed with fresh data and offloading the results at top speed; it doesn't make the CPU any faster, but it allows better utilization of the CPU cores up to whatever the software and CPU internal limits allow. PCIe 4 rather than 3 also helps.

I expect that the new Mac hardware has such excellent data links with the CPU by default, but it is largely optional on intel PCs in that it requires proper configuration by the installer even if the option is made available on the motherboard. By way of example, my PC m/b has three M.2 sockets but only one connects directly to the CPU. The thunderbolt 3, USB 3.2, 10GbE LAN and SATA all connect to the chipset and therefor share just four DMI 3.0 data lanes connected to the CPU. I have got three PCIe 3.0 NVMe M.2 SSDs in a PCIe card that connects to the CPU via enough PCIe data lanes to fully utilize them all. Each SSD uses four PCIe lanes, so if I was using the M.2 slots then two of them (on my m/b) would be sharing the four DMI lanes via the chipset and would effectively be limited to half of their potential combined speed.

On top of this, it helps further when one SSD is a source and another is a destination. e.g. for compressing or decompressing files in bulk.

Depending on how jhapeman's PCs are configured, the test results could be more favourable for the PCs... or else far less... than on someone else's PCs.



Feb 18, 2023 at 12:26 PM
RustyBug
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p.2 #13 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Alan321 wrote:
On top of this, it helps further when one SSD is a source and another is a destination. e.g. for compressing or decompressing files in bulk.



That's an interesting consideration ... kinda like a pair of one way streets. Never gave much thought to it, but I've typically had two SSD's in my laptop, with one for files, one for programs (applications nowadays, I reckon).

Going forward with a MBP, I'll only have a single SSD in the unit, since they don't offer multiple drive options (that I'm aware of).

So ... that means, I'm looking at external drives in a different regard. I wasn't really planning on a large external SSD. I was thinking large HDD for external. Trying to decide how large (i.e. spend) on internal SSD.

If you had to pick (for understanding purposes) to have the SSD as source or destination, and the HDD as source or destination, which way would you set it up SSD > HDD or HDD > SSD?



Feb 18, 2023 at 12:53 PM
gdanmitchell
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p.2 #14 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


jhapeman wrote:
The massive Mac Pros and PCs were not purchased for Lightroom, but rather 3D rendering, but it's fascinating to throw them in the mix, and as you'll see there's diminishing returns as you spend more and more, as Lightroom can't take advantage...


For quite a few people who believe, for a range of reasons, that "I must buy the very fastest thing," this may be the most important take-away from your post.

With only extremely rare exceptions, photography no longer requires the very fastest possible computing and storage and related equipment. Beyond some point, the speed and productivity gains are often so small as to be meaningless... and surely not worth the extra costs.

In many cases (portably actually "most" or "nearly all"), if you sat a user down at two machines that looked identical, where one was the most expensive, best equipped, fastest-everything machine and the other was a well equipped but not totally state of the art components...

... and you asked the users to accomplish a variety of tasks on both machines, they would not even detect a difference.



Feb 18, 2023 at 01:22 PM
jhapeman
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p.2 #15 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


Alan321 wrote:
Multi-core processing may or may not bog down within the CPU as the workload increases, but it will likely also bog down due to the restricted data flow to and from the CPU. In the intel world that would include the number of PCIe and/or DMI data lanes between the CPU and the storage devices. DMI is a small number of PCIe-like data lanes linking (and separating) the CPU and the "chipset", to which most storage devices are connected. More-up-market CPUs and motherboards allow more data devices to connect via PCIe directly to the CPU, and that works very nicely
...Show more

Yes, this is correct, and it's also a key reason the Apple silicon can perform so well--putting everything in one package eliminates some significant bottlenecks that exist in the traditional PC model. The memory has huge bandwith to the CPU and GPU and the overall system has very high speed direct access to the SSD storage. In the case of my PCs, both of them are set up with PCIe 4.0 NVMe SSD's that have direct access to the CPU (in both cases these are high-end system boards and each has one NVMe slot with direct linkage to the CPU); I'm not entirely sure how the chipset accesses the NVMe drive in the laptop although I'm sure I could dig around and find out. I suspect that one is also direct CPU access given that it's a workstation-class laptop, and there's also energy efficiencies to be gained in that setup on a laptop as well.

So to that end, the PCs I've tested were actually configured as favorably as possible with regards to storage speeds. In reality though the speed of data from the SSD to CPU is not an issue here, as the OS and Lightroom are also configured to have large cache sizes (50GB in all cases for Lightroom), and the pool or RAM available is very high as well. It's more a blend of things. For the jpeg rendering, the GPU is used, so the speed of data being round-robined through the PCIe lanes from RAM-CPU-GPU and back and forth does come into play; even with 16x PCIe 4.0 speeds, it's still only a fraction of the speed the Apple GPU/CPU and RAM can all communicate. I suspect that this has far more to do with the speed advantage the Apple silicon has than anything else--the cores are actually running a frequency that's quite a bit lower than the PC CPU cores--the top frequency on the M2 Max for example is close the base frequency on all of the PCs tested.



Feb 18, 2023 at 01:55 PM
jhapeman
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p.2 #16 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


gdanmitchell wrote:
For quite a few people who believe, for a range of reasons, that "I must buy the very fastest thing," this may be the most important take-away from your post.

With only extremely rare exceptions, photography no longer requires the very fastest possible computing and storage and related equipment. Beyond some point, the speed and productivity gains are often so small as to be meaningless... and surely not worth the extra costs.

In many cases (portably actually "most" or "nearly all"), if you sat a user down at two machines that looked identical, where one was the most expensive, best equipped,
...Show more

This is mostly true, although it also depends on someone's use cases. In particular I see far too many recommendations to skimp on RAM then I think is wise; while it's never good to overspend, on a machine that can't be upgraded one needs to take a slightly longer view of things. The other issue is testing in vacuum; sure something like Lightroom might be just fine with say 16GB of RAM, but if you're someone who love to multitask things can change rapidly. Point in case--I tend to have Lightroom, PS, Safari and Mail all open at once. I also run a few background applications, like MS OneDrive, and a few business applications I need to have open 24x7. Its not uncommon for my computer to be using 40-50GB of memory just running all of things, and when I start doing tasks in Lightroom that require more, it will spike right up to as much as it can take.

So there's no simple answer--it's not "just buy the base model" or "buy everything you can." Unless the money doesn't matter, then by all means buy all you can.



Feb 18, 2023 at 02:02 PM
Alan321
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p.2 #17 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


RustyBug wrote:
(...)If you had to pick (for understanding purposes) to have the SSD as source or destination, and the HDD as source or destination, which way would you set it up SSD > HDD or HDD > SSD?


Writing to HDD will be slower than reading from it, but neither is a good option with an SSD, or at least not if you're using a single HDD. If you had a box with several HDDs in a RAID 5 or 6 then things could be faster, but even that will bog down with lots of little files being processed.

The SSD should be the one that gets thrashed the most. That isn't just about reading or writing, it's also about accessing files out of their stored sequence. It's less about slowly browsing a mix of photos than recalculating MD5 checksums, for example, to verify file integrity in bulk. It's also about being able to benefit from speedy multi-threaded cpu operation.

As an example, an excellent Windows program called Total Commander will calculate (and therefore also test) MD5 checksums about three times faster than a very good program called ExactFile - if not hampered by slow drives. However, ExactFile is multi-threaded up to 16 cores and TC is not. Also, a multi-drive striped RAID 6 or 5 or 0 is quicker at multiple files than writing them. Putting all this together, I can benefit from copying data from my HDD RAID to an NVMe M.2 SSD and then subsequently testing the MD5 digests on the SSD copy. That is faster than going the other way around and suffering more delays due to HDD head thrashing. However, the smaller and more dispersed the files are on the RAID, the more significantly even the read speed slows down, and vice versa. So if the files are mostly very big then I'll use the faster TC program directly on the HDD RAID and not bother copying to SSD for processing. The multi-threading of ExactFile is a liability on a HDD. In fact, even a second thread makes a lot more noise than a single thread when dealing with HDDs, but a speedy SSD handles lots of threads and often gives me up to 2000MB/s throughput without RAID (on PCIe 3.0). It's a matter of balancing the copying activity against the reduced processing time.

SATA SSDs are much less versatile but still faster than than HDDs when files are dispersed. They are affected by small file sizes but not as much as HDDs are. The SATA interface is still a significant limitation compared with NVMe M.2.

All of my internal storage is NVMe SSD. Be aware that SSDs are potentially or actually less reliable than HDDs are in long term archive roles due to data decay. They may need to be fired up every few months, undermining their "archive" status.

SSDs are also especially quicker than HDDs for cloning my Windows system drive. In the event of a Windows failure I can be up and running in a couple of minutes with a clone that took about 12 minutes to create. Doesn't help with m/b or RAM failures but it's impressive when it works
Should work with your Mac too if you can make it boot from an external drive. When I last used Macs (actually MBPs) they had replaceable internal drives. That was a good thing because I many drive failures.



Feb 18, 2023 at 02:17 PM
Alan321
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p.2 #18 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


gdanmitchell wrote:
(...)With only extremely rare exceptions, photography no longer requires the very fastest possible computing and storage and related equipment. Beyond some point, the speed and productivity gains are often so small as to be meaningless... and surely not worth the extra costs.

In many cases (portably actually "most" or "nearly all"), if you sat a user down at two machines that looked identical, where one was the most expensive, best equipped, fastest-everything machine and the other was a well equipped but not totally state of the art components...

... and you asked the users to accomplish a variety of tasks on
...Show more

I agree, but nearly all of those users have few or no backups and almost certainly never test their backups let alone do it often. When you factor in regular system and data backups and ongoing integrity tests, the better hardware can be a relatively big time saver with its SSDs, multi-threading, PCIe data access, etc. However, I'm in a tiny minority on that issue because most people do not have adequate backups.

I have also come to realize that once a sufficient performance level has been attained, there is less merit in getting faster gear and more merit in having reliable gear. Often, slower is inherently more reliable and so over a long period it is also faster on average; probably not on any particular day or for any particular activity, but overall. It doesn't take a lot of downtime to spoil the overall performance and, lets face it, much of our active computer time is spent reading, typing, mousing or listening.



Feb 18, 2023 at 02:43 PM
gdanmitchell
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p.2 #19 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


jhapeman wrote:
This is mostly true, although it also depends on someone's use cases.


That's why I began with ""quite a few people who believe..." ;-)

In particular I see far too many recommendations to skimp on RAM then I think is wise; while it's never good to overspend, on a machine that can't be upgraded one needs to take a slightly longer view of things. The other issue is testing in vacuum; sure something like Lightroom might be just fine with say 16GB of RAM, but if you're someone who love to multitask things can change rapidly. Point in case--I tend to have Lightroom, PS, Safari and Mail all open at once. I also run a few background applications, like MS OneDrive, and a few business...Show more

A couple of important things:

1. The amount of ram is a different consideration that what I was writing about. (Though there is a way in which it could be related. Hang on...)

What I'm thinking of here are people who buy the fastest processor model because "I have to have the fastest computer," when there will be little or no significant advantage (often not even a noticeable advantage) over buying something like the next model down or, in some cases, a system that isn't the most expensive type. In general, using Apple as an example, if you dig into the configurable options on many models, you'll see that you can spec various processors, all the way up to a "fastest" model that costs quite a bit more. Too many folks think, "That's the fastest one. I want a fast computer. That's the one I have to get." But in the great majority of cases (honestly, nearly all) they would never even notice the difference between that very fastest processor and the merely very fast processor — in particular if they are not doing work that pushes systems to the edge.

This can also be true of models. There are plenty of us who prefer to work with well-spec'ed iMacs with 27" screens, for example. They are very good performers, and we don't feel any loss in functionality on account of using them. (For some of the folks looking at the very nice Studio model... the same holds true.)

2. As I mentioned above, the amount of ram (or SSD storage) is a different matter. Here it is probably better to over-spec a little bit, especially if you are the sort who doesn't upgrade computers too often, especially with the models that don't allow users to upgrade such things after sale. But no need to overdo it. If it looks like 16GB would be just fine for what you do now, you might get 24GB or 32GB now... not necessarily pump things up to the maximum possible. Same with SSDs, and especially for photographers! Most of us have way too many photograph files to fine on any of the reasonable available internal SSD configurations, so what one needs is perhaps double what you need to run the computer (OS, applications, scratch space) today.

I rarely recommend the "base model" of these things to anyone who does photography.

Alan321 wrote:
I agree, but nearly all of those users have few or no backups and almost certainly never test their backups let alone do it often. When you factor in regular system and data backups and ongoing integrity tests, the better hardware can be a relatively big time saver with its SSDs, multi-threading, PCIe data access, etc. However, I'm in a tiny minority on that issue because most people do not have adequate backups.

I have also come to realize that once a sufficient performance level has been attained, there is less merit in getting faster gear and more merit in having
...Show more

I completely agree that most people do not have adequate backups. This is a major problem. Some have NO backups, and others have perhaps only one, and they don't have a regular backup schedule. (I have... a lot of backups... using multiple backup strategies. I can recover from — knock on wood — almost any issue.)

In fact, most folks would be using their finances better if they purchased and set up the equipment to do reliable, automated backups (note the plural) using more than one backup application. (I do hourly Time Machine backups, daily SuperDuper backups, periodic backups to a separate pair of backups, one of which is always stored off-site... and when I travel I carry a copy of all of my photoshop files.)

When the crisis hits — and it will — and the volume(s) holding years of your photographic work crashes and can't be revived... owning a system that is 10% faster won't mean much... but investments in backups will be priceless.



Feb 18, 2023 at 04:42 PM
ptakeuchi
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p.2 #20 · UPDATED: Lightroom Benchmarking: M2 and M1 Macs and PCs


RustyBug wrote:
That's like 6 seconds per file.


That's my rough import time after the files have been copied to the internal SSD from a reader. (I copy to SSD, drag folder to PhotoMechanic, name and add metadata, then import into LR) So dragging into LR Classic and applying a fairly sophisticated develop preset with masks, including custom color profiles. Probably actually closer to 10 minutes for 150 files. And I can't really do anything else in LR until the import and previews are all created--just takes too long to try to tweak develops on already imported files. This is where Apple Silicon clearly beats the intel i7/i9s on Macs. And I have a similar slowdown on export, where I multibatch export 7 sets of files (tiffs and jpegs) from the RAW for my clients. LR shows 0 progress for nearly 2-3 minutes (similar on i9 hackintosh and MBP M1Pro), then the 7 progress bars start to crawl toward completion. I never see all the cores on my 9900K get saturated (nor on my M1 Pro), but the M1Pro is still completes about 30% faster.



Feb 20, 2023 at 09:44 AM
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