The Zotac Ion is available as a mini-ITX motherboard alone. Mini-ITX will work in ATX, micro-ATX, and mini-ITX cases.


From left to right (ATX, micro-ATX and mini-ITX)

There are two versions of Zotac’s Ion, the ION-ITX-A-U and the ION-ITX-B-E. The more expensive “A” model ships with a dual-core Atom 330 processor, a mini-PCIe WiFi card and an external DC power supply. The “B” model comes with a single-core Atom 230 processor, no WiFi and requires a standard power supply. They are priced at $189 and $139, respectively, from etailers. Add another $10 for retail pricing. Update: Zotac just informed me of two additional versions coming: a C and a D version. The C version will be a single-core product with the DC power supply and the D version will be a dual-core product with no power supply.

Availability will be in limited quantities starting this week. Zotac hopes to have more widespread availability by June.

The first change compared to Intel’s desktop Atom boards is that the Zotac board is entirely passively cooled. While Zotac ships a fan in the box, it’s optional to use. Granted the heatsink on the Zotac Ion is huge, inevitably adding more cost to the board but I’d take that over a spinning fan; the Zotac Ion is completely silent.


The optional fan

Zotac gives us two DDR2 DIMM slots (4GB max total memory) instead of one on the Intel boards, and it supports up to DDR2-800 memory. While Zotac could’ve opted for DDR3 slots, DDR2 seems like a safer bet since you’re more likely to have spare DDR2 memory laying around these days (especially after you make that upgrade to Phenom II or Core i7).


Oooo, expansion

We get three SATA ports instead of two, but no PATA ports. There’s no PCI slot but you do get a mini-PCIe slot for an optional WiFi card.


The GeForce 9300, the heart of NVIDIA's Ion platform

On the rear Zotac outfitted the world’s first mini-ITX board with every port you could possibly want. For display output you get everything that matters: VGA, DVI and HDMI. You’ve got three ways of getting audio out of the board: analog, optical or coaxial digital.


Now that's more like it

There are six, count em, six USB 2.0 ports - up from the four on the Intel boards, a single Gigabit Ethernet port (just like on the Intel D945GCLF2), eSATA and a PS2 port. I believe the only feature advantage Intel holds is that its Atom boards have two PS2 ports, one for keyboard and one for a mouse, while the Zotac board only has a keyboard port.


Zotac's POST screen. Spot the spelling error and embarrass Zotac for 15 points.

Assuming you have a USB mouse, Zotac wins hands down in the feature comparison and that’s without giving it extra points for having a way more capable graphics core than the D945GCLF2. I don’t think I’d change a single thing on the Zotac Ion; it’s possibly the manliest Atom motherboard on the market. *grunt*

Unique to the dual-core model I tested is an external DC power supply. The board has no ATX power supply connector on it, instead it relies on an external 90W power brick similar to what you’d get with a large notebook.


Powah

Just plug the power brick into the I/O panel of the motherboard and you’re good to go. Zotac was careful to put the DC input on the rear of the motherboard so it can still be used in any ITX case, even ones with an internal power supply.


Plug the power brick into the rear panel underneath the WiFi antenna.

There’s a single 5-pin molex connector on the motherboard that can be used to power your SATA drives. Zotac ships the motherboard with a cable that provides three SATA power connectors off of the one on-board molex connector. Given that the board only has 3 SATA ports on it, the 3 power connectors should suffice. Note that they are only SATA power connectors, if you have older drives you’ll need a different cable.

The external power supply is nice to have. It simplifies the construction of your system greatly. You can take the board and pretty much just set it anywhere you want. It’s passively cooled so you don’t need to worry about dust, just don’t put it on anything that conducts electricity.

The only issue I have with the external power supply is that it’s not as easy to replace as a standard ATX power supply. The brick is made by Delta and you might be able to find something with similar specs online, otherwise you’re left asking Zotac for another should something happen to yours.

Index Blu-ray Playback: It Works Quite Well
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  • bobvodka - Wednesday, May 13, 2009 - link

    While I know it's only at the RC stage, it might be intresting to see how this plays with Win7, if only as a nod to the future and with regards to how it performs against XP
  • lemon8h8ead - Wednesday, May 13, 2009 - link

    Thanks for a good job in optimizing control over the environment. It is not easy to create apples-to-apples tests.

    I would have been interested in seeing the same H/W configurations running one of the popular Linux distros (E.g. Ubuntu). It has been my observation that the Linux kernel multithreads more efficiently than Windows but those were purely compute-bound applications that I was comparing and the benchmarks are 8 years old on very dated H/W platforms (obsolete). I realize that both Windows and Linux kernels have improved vastly since then.

    Is your HTPC speced out here anywhere? Just curious.
  • sysdump - Wednesday, May 13, 2009 - link

    I want to see HD H264 content decoded using CUDA! To see if it can handle non DXVA compatible videos.
  • mvrx - Wednesday, May 13, 2009 - link

    I've been using an Atom 330 system as a DD-WRT router.. cost me only $150 and is probably 15x faster than any Dlink or linksys on the market.. People really need to pay attention to this possibility.
  • mindless1 - Wednesday, May 13, 2009 - link

    Presumably you're comparing against Dlink and Linksys consumer grade routers, that are meant for light use. In such a scenario why would it need to be 15X faster and had you done latency tests that quantify the difference? Checking latency on a router running DD-WRT I find the router latency insignificant compared to the rest of the nodes along a typical connection, and that when the router is even doing QOS concurrent to P2P transfers.

    I'd think a board like this to be quite overkill for mere routing, it might be nice though to have a few more features possible like DNS caching, web proxy, advanced firewall rules, web/mail server.
  • JoKeRr - Wednesday, May 13, 2009 - link

    For $80 with 3 SATA ports and add in some ram and 3 hard disks, this will make a decent NAS file server with linux installed.

    I use a PS3 in the living room, it used to be a old mac mini. Right now I definitely miss the iPhone remote with iTune in the mac mini. PS3 is great for movies, but for not so with web content. I use PS3 media server to stream movies from my PC to the PS3, it also performs transcoding on the content that PS3 doesn't recognize (mkv). My desktop is P4 3.0C overclocked to 3.5GHz, and it has no problem transcoding mkv movies in 720p resolution (max bit rate I saw was around 15Mbps), I would really like to know how the dual core atom performs on the transcoding front with PS3 media server. If it works well, it will be a very nice compliment to the PS3 system.

    Thank you!
  • NullSubroutine - Saturday, May 16, 2009 - link

    I thought I'd like to throw out that that with MKV files you can mux them (like with tsMuxer) to MT2S files which can then be renamed to MP4 to play on PS3.

    Muxing takes less than a minute usually and doesn't convert the video just takes it out of the MKV container file.

    It may be easier to do this with your files than have them transcode on the fly.
  • ViRGE - Tuesday, May 12, 2009 - link

    If only it had component out. The HDMI port is nice, but I had a RP-CRT; I'd love to replace my HTPC box with something like this, but the lack of component out is a killer.
  • moozoo - Tuesday, May 12, 2009 - link

    I believe the ION platform supports CUDA.

    Please run some CUDA benchmarks and those H264 video encodings using BadaBOOM on this motherboard.

    The ION chipset (MCP79) has very low latency between the GPU and the main memory. This makes it possible to perform audio functions on the GPU.
    See http://forums.nvidia.com/index.php?showtopic=92290">http://forums.nvidia.com/index.php?showtopic=92290
  • JarredWalton - Tuesday, May 12, 2009 - link

    From the conclusion:

    "I did try some CUDA applications on the Zotac Ion board and they were definitely faster than using the CPU alone. While our x264 test managed around 12 fps on the Zotac Ion, using Badaboom I was able to encode at just under 20 fps."

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