Concluding Remarks

Coming to the business end of the review, it is clear that ECS must be applauded for trying to resurrect the nettop by cutting the appropriate corners while delivering a better performing machine (compared to older nettops) in a fanless chassis. The absence of SATA and SODIMM slots reduce the BOM cost and the eventual end-price for consumers (which is the reason the ECS LIVA is cheaper than a Bay Trail NUC). The use of a micro-USB conenction for power gives rise to interesting use-cases. For example, a TV with an USB port delivering around 10 W of power should be enough to run this unit for almost all common tasks.

On the flip side, the LIVA kit does have aspects that can be fixed by ECS. One of our major peeves was the positioning of the two USB ports. The placement between the micro-USB power inlet and the HDMI port makes it very difficult to utilize the USB ports (particularly for thick thumb drives). One or both of the USB ports need to be either in the front or on the sides. In addition, the Celeron N2806 SoC inside the LIVA kit doesn't have Quick Sync enabled. At the same price point, Intel has a new stepping which includes Quick Sync (the Celeron N2807). Quick Sync can enable some interesting use-cases. It would be good on ECS's part to integrate a Bay Trail-M part with Quick Sync enabled in the LIVA kits. In terms of storage, 32 GB of eMMC turns out to be very less after installing a couple of Windows updates. 64 GB should be the minimum, particularly since flash storage needs plenty of free capacity in order to maintain performance.

Back to the bigger picture, the question here is obviously the effect of LIVA on the nettop category. ECS has managed to put out a product which delivers better performance per dollar and better performance per watt compared to previous generation nettops. The category itself (small, underpowered machines used for basic computing tasks) has received a boost thanks to Chromebooks (and, in turn, Chromeboxes). The potential market for the LIVA could be further expanded if ECS were to get Chrome OS to run on it (though I personally prefer the flexibility offered by Windows), or if Windows were to be supplied for free (given that Microsoft is essentially not charging license fees for certain classes of products now, in order to compete with the Chromebooks and Chromeboxes). The ability to run Windows on this miniature unit, while being fanless in nature, should prove to be a great selling point for the unit. I do hope ECS will make note of some of the suggestions above (particularly with respect to the motherboard / chassis design) for future products in the LIVA lineup.

Power Consumption and Thermal Performance
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  • nathanddrews - Friday, July 18, 2014 - link

    "if it attempts to bitstream Dolby Digital Plus in non-WASAPI mode"

    I believe that attempting to bitstream anything without WASAPI results in stuttering for XBMC on any platform whether it's Intel, NVIDIA, or AMD...
  • ganeshts - Friday, July 18, 2014 - link

    I am talking about XBMC's sound device settings. If it is left at default, XBMC tries to bitstream DD+ and fails. If it is explicitly set to WASAPI mode, then DD+ bitstreaming is successful. I have seen this issue only in the Intel GPUs. NVIDIA and AMD are perfectly OK.
  • nathanddrews - Friday, July 18, 2014 - link

    Strange, I run XBMC on all three GPUs and am connected via HDMI to HD-audio AVRs and always have to select WASAPI to make stuttering go away when bitstreaming. I'm using XBMC Frodo on Windows 7.

    I only have a couple DD+ tracks from HD-DVDs, but everything else is DD/DTS, PCM, or TrueHD/DTSMA. I'll have to test those out tonight to make sure.
  • Anonymous Blowhard - Friday, July 18, 2014 - link

    "On the temperature side, we see the temperature stabilizing at slightly less than 100 C."

    How hot does the actual casing get? I'm a little concerned by a nettop that could boil water.
  • puppies - Friday, July 18, 2014 - link

    I don't think you have much to worry about, if you don't believe me go and fine a 12 watt kettle and boil some water. See you in a month.
  • ganeshts - Friday, July 18, 2014 - link

    I wouldn't be too concerned, as the 100C is for the CPU core. There is plenty of air gap between the chassis top and the heat sink itself. The chassis is plastic, doesn't get too hot at all. Heat dissipation from the heat sink is via perforations on top of the chassis lid.

    Most importantly, the 100C was reached during a 'power virus' test designed to stress the system with conditions that are rarely, if ever, reached during normal usage.
  • Lyrick_ - Friday, July 18, 2014 - link

    What's the chance of you guys introducing a Steam Streaming Bench on HTPC like configurations?
  • FoolOnTheHill - Friday, July 18, 2014 - link

    A Steam streamer is the first thing that popped into my mind when I saw this. I'd love to see this reviewed somewhere (preferably here). I have a decent gaming PC that is in a completely separate room from my HDTV, and I'd love to have a cheap way to do Steam game streaming. Would this be able to handle 1080p streaming?
  • daddacool - Friday, July 18, 2014 - link

    I tried a Giga-byte BRIX with a Baytrail Celeron N2807 for a Steam streamer with mixed result. I'm on a gigabit LAN and the host machine is an i7 3770K with a GTX 770 OC. Tomb Raider was practically unplayable at 1080P.

    I also have a BRIX with a Core i3-3227U in it and that's much better- it will drop a few frames at 1080P but it super smooth at 720P.
  • djfourmoney - Wednesday, July 23, 2014 - link

    Should have gotten the AMD 5545m Brix, runs GREAT on Stream. Intel Graphics are improved but still Intel Graphics and at least a generation behind ATI/AMD.

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