Zotac ZBOX HD-ID11 Review: Next Gen ION is Better & Worse than ION1by Anand Lal Shimpi on May 6, 2010 3:51 PM EST
Zotac’s ZBOX HD-ID11
Zotac struck gold with its first desktop mini-ITX ION board, and since then the company has been on a roll with very tiny, highly integrated motherboards and barebones systems designed for HTPC use.
The ZBOX is Zotac’s barebones small form factor system line. The HD-ID11 is the first ZBOX to use NVIDIA’s Next Generation ION paired with Intel’s Pine Trail Atom platform.
For $259.99 the HD-ID11 will give you a dual-core Atom D510, a 16-core GT218 GPU with 512MB of DDR3 memory, WiFi, a single 2.5” HDD/SSD bay and a single DDR2-800 SO-DIMM slot. Remember the memory controller here branches off the Atom D510 and it’s only a single channel 64-bit controller. The original ION used a dual-channel DDR2/DDR3 controller so you actually get less total memory bandwidth with this platform. Unlike the original ION however, the GPU gets its own dedicated frame buffer - so the CPU and GPU don’t have to share the bandwidth.
The chassis is all plastic, but it’s a fairly thick/dense plastic so it doesn’t feel overly cheap. I’d say we’re smack in the middle of the cheap to luxurious plastic spectrum.
You can lay the chassis flat or slide it into a stand and roll with it Wii-style. The front of the ZBOX has headphone and mic jacks, a SD card reader and a single USB port. You get network and drive activity indicators and a power button. Turning the machine on lights up a blue O on the top of the case.
On the side you get another USB port, and on the back you’ve got four more bringing the total count up to six. That’s more USB ports than a Mac Pro on something smaller than an old Xbox 360 HD-DVD drive.
You get DVI and HDMI outputs, 10/100/1000 Ethernet, eSATA and optical out. As I mentioned earlier, WiFi (802.11b/g/n) is included but there’s no external antenna. There are two antennas inside.
Getting inside the ZBOX is pretty easy. Remove two thumbscrews and push the cover away to reveal the spacious motherboard. Another thumbscrew will hold the 2.5” HDD/SSD in place.
The 2.5” bay (if you can call it that) is sort of in the thermal shadow of the CPU/GPU/chipset heatsink, and it does get warm during use. I’d strongly recommend using a SSD not only because it does keep the system cool, but it makes using an Atom far more bearable. Pairing a slow CPU with a slow hard drive doesn’t make things any better surprisingly enough. With an SSD however, it feels more like you’re using a slow CPU in a modern system rather than a slow machine.
On the other side of the motherboard you’ll find the WiFi card as well as an open mini PCI Express slot for expansion. Zotac uses two of the NM10’s PCIe lanes to feed these ports, leaving only a x1 lane for the NVIDIA NG-ION GPU.
The fan is audible under heavy CPU load but overall the system is pretty quiet. In a room that by itself had an ambient noise of 32dB(A) the ZBOX HD-ID11 measured 33 - 34dB(A) an inch away from the system while playing back H.264 content. If you’re sitting across the room you’d be hard pressed to hear it. Fire up a bunch of CPU intensive applications however and the tiny internal fan will spin up and get annoying very quickly. I measured as much as 55dB(A) an inch away from the system with the fan at full bore.
The NM10 Express chipset (top), Intel Atom D510 (left) and NVIDIA NG-ION GPU (right)
The more audible part of the system was actually the power adapter. I got a constant whine from the power brick whenever it was plugged in with the machine turned off. Zotac tells me that the shipping models will have a different power cable, and they can't reproduce the issue so perhaps it's a problem with my unit.
Wake on USB works...sort of. I can wake the ZBOX up with USB mouse hooked directly to the machine but when going through my iogear switch box no USB perhaps will wake the machine. On top of that, any keystrokes/mouse clicks I perform while the machine is asleep seem to get buffered and all fire as soon as I get back into Windows. Again this only happens going through my iogear KVM, a direct attached mouse works as expected.