The Western Digital My Book Live turns out to be an effective and efficient network attached hard disk. It is easy to set up and use right out of the box, and also offers enough tweaks and features for the advanced users.

The unit is fanless (lots of ventilation slots all around the unit). Except for the occasional hard drive noise, the unit is quiet. When idle, the My Book Live consumed 8W. Upon entering the sleep mode, it dropped down to 4.2W. During periods of heavy network and disk traffic, the unit consumed between 11.4 and 12.2W.

For stress testing, we simultaneously read and wrote around 300 GB of data. Towards the end of this process (after approximately 4 hours), the maximum temperature we recorded on the chassis was 58C (the ambient temperature was 25C). However, the internal hard disk temperature reached 71C (as reported by hddtemp). The data transfer speeds also took a slight hit in order to not let the drive heat up any further. Anything above 60C is considered harmful to the health of the drive. As such, the current thermal solution in the My Book Live is not conducive to such heavy workloads. Fortunately, mainstream users considering network attached hard disks are not likely to generate such traffic.

It is hard to find fault with the My Book Live when it performs as advertised (except for the claimed read speeds which can be achieved only under very specific conditions). However, it would be nice if this lineup was offered with the enterprise hard drives in addition to the consumer drives. Considering that there is no redundancy / availability built into this unit, data stored in the disk is much more at risk (particularly if it is not backed up periodically).

I also observed that the web interface slowed down when the unit was subjected to heavy SMB traffic. That is to be expected with such a low power chip powering the unit. Encryption of the hard drive's contents is also not supported out of the box, but users familiar with Linux can get that up and running. Despite qualifying as a good networked hard disk, it can't replace single bay NAS units due to the lack of USB / eSATA ports (which could have been easily added because the Applied Micro platform used in the unit does include USB support).

Except for these minor issues, it is quite easy to recommend the My Book Live 3 TB version. The low price premium over a barebones 3TB internal hard drive also works in its favour. If the periodic backup scheme is configured for data protection, there should be no surprises in store for the users who use the unit as a high capacity replacement for the router attached USB drives.

Western Digital's Personal Cloud Solution


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  • chiadog - Tuesday, October 11, 2011 - link

    I remember costly multi-drive NAS costing more than this without including any HDDs and performing much worse. As for not hitting 100MB/s, i wouldn't worry about it. You need to throw some real horsepower on the CPU and ram to hit those speeds (mine runs E8400/4g). sure I can hit sustained 110MB/s on reads and 100MB/s on writes, I sure as hell are not pulling 12w at load. I'd be interested if it comes in multi-drive format to backup my main NAS. Reply
  • Venya - Tuesday, October 11, 2011 - link

    Thanks for review!
    But you should note - this device can work as a decent DLNA server and provide all your media content library to all your DLNA-certified devices (TVs, notebooks, set-top boxes, smartphones, etc.). Software-wise this is based on Twonky Media server.
    Only this feature alone make this device worth to purchase!
  • litbea - Tuesday, October 11, 2011 - link

    Well, in fact that's the reason I RETURN it to the shop. The DLNA server it runs is TwonkyServer, which I couldn't make work in HD with my Samsung 650 LCD TV. When I enter its console to upgrade the server... I found it wasn't a free update! So, you get stuck with version 5.3 (as far as I remember) instead of more powerful version 6.
    What a pity, the resto worked fine.
  • ganeshts - Tuesday, October 11, 2011 - link

    I had mentioned in a recent tweet that DLNA is not making things any easier for consumers [ Technical description here: ]. It exists just to make up for the deficiencies of the products involved.

    The My Book Live is pretty neat and does its job of exposing the available files via a SMB share. Now, if only the TVs were good enough to just recognize and read from Samba shares, DLNA could have been rendered unnecessary.

    uPnP is pretty good by itself (It enables the Play To functionality in Windows), and all this DLNA standardization on top has only served to confuse consumers further.
  • yelped - Tuesday, October 11, 2011 - link

    Very interesting. Has anything changed since that blog post? Reply
  • Venya - Wednesday, October 12, 2011 - link

    This is problem of Samsung products with MKV video files only - not WD! They want this files served under different content type. Other TVs not affected, as well as other content.
    And you can solve this in multiple ways:
    1. There are some configuration XML files for Twonky where you can setup separate profile for your TV and change content type. This required additional research and manual configuration.
    2. Install other free DLNA server software - Mediatomb. It is very cool that WD Live allows to to install any linux software from command line.
    3. Finally, you can just purchase Twonky 6 upgrade for as low as $20. If youre was lucky enough to buy Samsung TV before reading forums about their problems ;)

    Actually, with my initial comment I just said that Ganesh skipped very important aspect in this review - DLNA. All features and problems should be in review itself but not in user comments, dont you think?
  • ganeshts - Wednesday, October 12, 2011 - link

    Venya, Thanks for your informative posts (which, I am sure, lot of readers will appreciate).

    I did mention Twonky in the second page of the review. I assumed people would realize that Twonky would enable DLNA support.

    Since the unit is geared towards home use, we have the Twonky Media Server and iTunes server to round up the multimedia capabilities.

    I again standby my opinion that DLNA only serves to heighten consumers' frustration. Any user with a DLNA server at home is savvy enough to understand Samba sharing. The media renderers should just present the supported media on the display. This way, there would be no confusion about supported DLNA profiles and other such stuff (I believe on-the-fly transcoding by any media server program is just hiding the inefficiency of the renderer.. such renderers should be given the thumbs down by the consumers).
  • Bolas - Tuesday, October 11, 2011 - link

    I'm trying to figure out... what are the advantages of NAS instead of just a large hard drive in my desktop computer on my home network? Couldn't that already do anything that I would need for my home network by using Windows Media Center, or is there something I'm missing?

    Also... how are people getting all these "media files"? I could see maybe 100 GB of music files (I have 32GB of music, personally) but where everyone uses up storage is movie files.

    All my movies are on DVD or Blu-Ray and I'd rather have them on my hard drive to watch anywhere without having to cart around physical media. Is there a good program out there to rip DVD's and Blu-Rays to hard drive? Is this one of those annoying movie company "don't copy our content into the format you want" deals?

    Personally, I'd like to buy the Blu-Ray and then rip it to digital format to use, keeping the Blu-Ray as the backup. That method would make sense to me.
  • akedia - Tuesday, October 11, 2011 - link

    I have over 1 TB (yes, terabyte) of music, 600 GB of movies, and 900 GB of TV shows, and two desktops and two laptops that want access.
    I use RipIt and Handbrake for movies and XLD for music.
  • Smegheid - Tuesday, October 11, 2011 - link

    Speaking from experience, I've found having a small, cheap, configurable NAS on my home network to have a bunch of advantages. At home, I run a Guruplug with a 1.5TB USB drive hanging off it.

    The main advantage is power consumption. Instead of having to keep my desktop machine running when I'm not using it, I have a 5W server and a connected USB drive that powers up and down as needed. The end result is we pay less for electricity (important here in Hawai'i, given the rates we're charged) and it generates less heat (important on the days we run the AC). It costs next to nothing to run, so it's left on 24/7.

    Having it set up as a first point of contact for backups is great. I run an rsync server on the little server, and my desktop and the wife's laptop both sync to/from it as needed. My desktop is where all of our photos first land, and I have a script that runs periodically to copy all the photos to the server. It's all automated, so I never have to worry about making sure it's all backed up, other than checking the logs every now and again to make sure the copy's working OK.

    Similarly, my wife likes having a copy of all our photos on her laptop so she can have them to show people when she's away from home. In the past, I ran an rsync server on my desktop machine so she'd get copies that way, but making sure she was up to date required coordination - I'd have to make sure my desktop was on at the same time as her laptop. Because the photos are synced to the NAS first, they're always available whenever she uses her laptop.

    The reverse also applies - her machine backs up her files (documents, etc.) to the server. Because it's always on, I'm fairly certain that I have a good backup of all her stuff.

    Personally, I also like running backups to a volume that's not always mounted on the machine being backed up. I've always thought that USB drives as a backup solution invite disaster, as they're likely always mounted, and therefore fully accessible in the event that you catch some nasty virus that decides to delete all of your files. Because the server in this case isn't mounted (other than read-only in some cases for convenience) the likelihood of a virus on my desktop or her laptop actually being able to delete the backup is minimised.

    Having your own storage available 24/7 changes your mindset about some things. For example, when we were out on holiday last month, as we filled the flash cards for our cameras, I'd pull the photos off to my little travel netbook and let it copy the photos back home overnight. If anything had happened to my laptop's drive while we were away, we wouldn't have lost our photos of our kids enjoying their holiday.

    Finally, the ultimate reason I run backups through my little low-power server is that it's basically just a cache. It's set up to copy everything over to a machine at work during the wee hours of the morning, giving me physical separation of our data and the backup. The copy from our PCs happens at LAN/Wifi speeds, so it doesn't take particularly long to complete. The little server then trickles data out at our miserable 1Mbit upload speed, taking as long as it needs to to get the job done. That way, I don't have to leave my power-hungry desktop machine on for long periods of time while waiting for backups to complete, which is really useful.

    As to where our media files come from, we have a couple of hundred GB of photos, perhaps a little more in music (all ripped from our CDs, which lurk in the bottom of a cupboard these days) and maybe 700GB of movies and the likes (ripped from our DVDs which are the CDs' neighbours). We don't do HD or bluray or anything like that just yet (our kids are young, and flat panel TVs are just too fragile) so our usage is somewhat modest.

    I've always done CD rips with EAC and DVD rips with DVDFab, followed up with Handbrake for transcoding to H.264.

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