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Review: Seagate 14tb Ironwolf Disks for all of Your Photographs

06 Mar

The post Review: Seagate 14tb Ironwolf Disks for all of Your Photographs appeared first on Digital Photography School. It was authored by Sime.

Which Hard Disk For Photography

The Seagate 14TB Ironwolf hard disks

Recently I was offered the opportunity to try out a pair of the Seagate 14tb Ironwolf hard disks. If you have read any of my previous articles about storage, drives, and NAS (Network Attached Storage) for photographers, you’ll know one thing about me; I consider spinning media hard drives to be either “Dead or Dying from the moment they’re powered up.” This is mostly true.

These devices have what is called an MTBF (Mean Time Between Failures) meaning they can’t just spin forever. While reviewing disks is great, I wanted to find a good use for the pair of storage monsters aside from saying, “yes, they work just like a disk should!” (Which they do, but…)

So, after thinking about having to move house, and how much room I wouldn’t have, I found the PERFECT use! Physical down-sizing of my NAS.

Works well for small spaces

I primarily use a Synology DS1517+ as my main NAS, and a cute little DS216 as my backup. Well, I did until December!

I had to close my office for renovation and move everything into a nook that is only 106cm wide and about 137cm deep. This move meant I had to custom re-make the top of my stand-up desk (I’m getting old, it’s a necessity!), and the shelf for my working storage. My working storage includes my directly connected Promise R8 and my G-Technology 8TB main image drive, as well as my NAS that I use to deliver client images. It also includes backups of all of the computers and devices in the house, as well as for media that streams to the TV. The 1517+ simply wouldn’t fit along with everything else on the shelf.

So, I thought “I need to downsize, but maintain the storage space on my NAS!” Enter stage left, the behemoth Seagate Ironwolf 14tb disks.

I wasn’t joking about the super-small office space!

And my “Storage Shelf”

Spin rate

The Seagate units are a regular 3.5″ internal hard drive, like what you’d have inside your desktop computer. They spin at 7200RPM and have a 3-year warranty. That MTBF thing I was talking about earlier, the 14tb Ironwolf disk is rated at 1 Million hours (Yes, I said that in a Dr Evil voice!) Which is quite a while! (Before you whip out your calculator, that’s 114.155251 years)

So, if you turned the thing on and left it spinning in a controlled environment, not doing anything, it’d be rated to last that long.

Real world, this isn’t how it goes; we read and write to these disks over and over, and they can get jostled around and sometimes even unexpectedly powered off (Dad! What does this switch do?!)

Synolgy Seagate 14TB Ironwolf Review Photography

Setting up the Seagate Ironwolf 14tb disks

Moving swiftly on, out came the pair of Seagate Ironwolf 4tb disks and in went the 14tb disks. No mess, and no fuss. The Synology NAS is very well made and easy to work on.

I wanted to have some level of protection (fault tolerance) using the two disks, so they’re set up using SHR (Synology Hybrid Raid) which gives me 1-disk tolerance. It pretty much halves my space, but essentially means that if something goes wrong, it can go wrong twice before I cry to the sky and ask nobody in particular “WHY?”!

I worked in I.T. long enough to see grown men (and women) cry when disks failed. It isn’t pretty. So, backup! (You’ve been warned.)

I’m finding the disks nice and quiet, despite being only 15cm to my left. They have not skipped a beat (remember that bit I said about dead or dying disks) to date (They have about 100 years before that nasty MTBF rating even gets close!)

I happily leave the NAS on 24/7 as I’ve found another location for my other network attached storage box, which means the two can sit quietly at night talking to each other via the internet and sync my important client data! Great!

The new 14TB IronWolf drive also supports Seagate’s leading IronWolf Health Management (IHM) software. Designed to operate on enabled Synology DiskStation NAS, Asustor NAS, and QNAP NAS when populated with Seagate IronWolf or IronWolf Pro drives, IHM improves the overall system reliability by displaying actionable prevention, intervention or recovery options for the user.

These specific disks aren’t exactly inexpensive due to their size, but you can get them from 1tb to 14tb based on how much data you produce and need to store and share.

Conclusion

I can’t give a hard disk a rating out of 5 as I typically do, not for at least a year of spinning. However, based on my other Seagate disks, these new ones will do just fine! Also, the Synology DS units are five stars all the way!

 

The post Review: Seagate 14tb Ironwolf Disks for all of Your Photographs appeared first on Digital Photography School. It was authored by Sime.


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Sony’s Mavica FD71 likes floppy disks, hates magnets

29 Jun

In the earliest days of consumer digital photography, back when the ‘smart’ in ‘smart phone’ was the same as the ‘smart’ in ‘a smart pair of pants’, almost every aspect of capturing, transferring, storing, sharing and printing digital images was so fraught with technical challenges and costly disappointments that it still amazes me that it ever took off at all. The secret to the eventual, inevitable, triumph over film were those most compelling of all disruptive drivers of change: convenience and immediacy.

No matter that back in the late 1990’s the pioneering digital photographer had to lay out thousands of dollars on a camera, a computer, a (color) monitor and the seemingly endless cables, cards and connectors needed to make it all work (and, it must be said, the time, expertise and patience required to tame all that technology).

We didn’t care that you could go get yourself a coffee between shots thanks to the painfully slow write speeds, or that we’d be lucky to get 20 minutes of shooting from a set of batteries or that transferring the images via serial cable took longer than the average Super Bowl, or that for the most part the end results looked like a VHS tape on pause and had the resolution of a watercolor painting.

The FD71 had an amazing (for the time) 1cm macro mode. Here, in all it’s VGA glory is the best you could hope to capture with 300,000 pixels and a decent subject.

We early adopters didn’t care about any of that, because the magic of taking a picture and seeing it appear (almost) immediately on the rear screen, and the freedom to shoot to our heart’s content without having to pay for film or processing (and without the need to scan images) was the most exciting thing to happen to photography since the Box Brownie.

And given that most early adopters of digital cameras were also early adopters of the home computer, our pain tolerance was higher to begin with. After all, we were used to spending hours fixing SCSI conflicts and trying to get onto bulletin boards using our screeching, temperamental modems.

For me, as a Mac user in the 1990’s, the biggest pain point by far was the supposedly simple process of getting the images off the camera and onto my hard drive, thanks to the lack of removal media (and the lack of card readers where there was removable media) and the horribly slow and Mac-unfriendly serial transfer process most cameras used for transfer.

And then, in late 1997, along comes Sony with the first Mavica digital stills cameras, the FD5 and FD7 (which added a rare 10x zoom), offering sophisticated feature sets and – critically – storage on the ubiquitous and universally available 3.5” floppy disk.

It may seem painfully archaic today, but back in 1996 when I first started seriously reviewing digital cameras I used to dream of a camera that shot directly onto floppies, which could be picked up for under a dollar each at any office supplier, and – critically – could be read without any additional equipment by almost every home and office PC on the planet.

The first DSC Mavicas sold incredibly well for this reason alone (and they continued to be used by schools and government agencies for years after they were discontinued). It didn’t matter that the results from the 320 x 240-pixel interlaced CCD looked like video stills or that the fixed-power flash was only usable if your subject was half a mile away (otherwise everything got washed out) or that it was agonizingly slow – it was immeasurably more convenient and made sharing (in a pre-internet era) as easy as handing over a floppy disk.

Above: it may seem run of the mill now, but in-camera effects like this were quite the novelty back in 1998.

Showing the wisdom of never buying version one of anything, it was only six months or so after the FD5 and FD7 were released that Sony launched replacements, in the shape of the FD51 and (yes, I finally got round to the subject of this week’s TBT) the 10x zoom FD71.

The FD71 brought a wealth of enhancements and fixes over its predecessor, including a faster floppy drive, faster processing, a new ‘true VGA’ progressive scan 640 x 480-pixel sensor, an improved LCD, a disk copy mode (making sharing even easier) and a new slimmer design. Even by 1998 standards though, it was still a monster, weighing in at around 1.3 lbs (590g) and roughly sharing the size and ergonomics of a full size hard disk drive.

Multi mode – 9 QVGA frames in 2.5 seconds. Great for catching the action (or in this case, inaction). A zoom lens and a sepia mode and I was an accomplished portraitist…

The FD71’s innovative feature set didn’t just solve the annoyance of slow serial transfer, it also sported a huge (for the time) 2.5” LCD screen (you could disable the back light and use reflectance to illuminate the image, meaning it could be – more or less – used in bright sunlight) and an InfoLithium battery that was capable of keeping the camera – and the power-hungry floppy drive inside – going for up to 2.5 hours or 2000 shots. (Sony even offered three different ‘strengths’ of battery.)

The FD71 also boasted a 10x zoom (this was at a time when a 3x zoom was still a big selling point), fast autofocus, a vari-power flash, full photographic controls and a selection of in-camera special effects including a ‘multi’ mode that captured 9 small images in about 2.5 seconds and combined them into a single collage. It’s hard to imagine today, but almost all of these features were unheard of on consumer level digital cameras.

At the wide end the image quality was pretty much what you’d expect for a VGA (0.3MP) camera in 1998… … but how about that zoom! 10x was pretty rare when the FD71 was launched.

All of this, including the fact that – despite having to save its images to a floppy disk – the FD71 was actually faster and more responsive than many of its competitors, made the FD71 a lot of fun to use, and despite the low resolution (most competitors were moving to 1 or 1.3 megapixels) it was a huge hit and a firm favorite in my office at the time.

Writing about the FD71 I said “I may not have much use for the small images, and I sure can’t fit it in my pocket, but… the FD71 is the most enjoyable digital camera I have ever used, and proves Sony can still teach the traditional camera manufacturers.”

A few more pictures for your, ahem, pleasure…

Articles: Digital Photography Review (dpreview.com)

 
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