The drive connects to the Tiki using an MSI universal Mini SAS connector that fits into the board’s M.2 slot. It may look like a standard SATA drive but it’s actually meant for server or workstation use. Simple: Falcon uses the SFF-8639 version of the drive. So how does Falcon get both a Titan X and the PCIe 750 in here if the board only has one PCIe slot? That’s not even mentioning the support for NVMe. Most of you know the Intel 750-series drives in its PCIe-based trim, which our review put at the front of the class in performance. Intel 750-Series shinesīesides the CPU and GPU, Falcon pulls off a real nifty hat trick un getting an Intel 750-series SSD inside the Tiki. More on this in our performance section later.įalcon Northwest cleverly uses an Intel 750-series SSD in SFF-8639 form in its Tiki. 1 percent of power users, this many cores pays heavy dividends. But dammit, it’s a glorious overkill in a way that’s only possible on the PC. ![]() The fact is the Xeon-packed Tiki is massive overkill for someone who doesn’t truly use workstation-class applications or isn’t running 20 simultaneous virtual machines. But for the prosumer, who does encode video or earn a living money as a 3D modeler or generally runs multiple, multi-threaded workloads, a 6- or 8-core CPU pays true dividends and an 18-core takes that to the nth degree. Just why the hell do you need an 18-core CPU?įor most consumers, a quad-core is plenty, and many people don’t even really need Hyper-Threading. Here’s what the 18-core, 36-thread Falcon Northwest Tiki looks like during our Handbrake encoding test. I’ve put together a quick comparison chart of the Xeon and two other common high-end Intel chips here. The Tiki is has less than half that, at 26GBps using DDR4/2133. Rather than quad-channel, you end up with dual-channel RAM. I measured an X99 system with quad-channel DDR4/2400 RAM at 55GBps of bandwidth. There’s a cost to this in memory bandwidth though. But Asrock thought outside the box and decided to simply leave two of the memory slots out. Asrockįalcon Northwest uses Asrock’s new X99E-ITX/AC to get the 18-core Xeon inside its Tiki.īesides the LGA2011-V3 socket being physically larger than the typical consumer LGA1150 socket, also including support for four pieces of full-size DDR4 modules is the (theoretically) impossible part. ![]() You see, the X99 chipset and its big-boy CPUs feature quad-channel memory controllers, and that means you need four pieces of RAM. That may have been true last year, but this spring Asrock released its crazy X99E-ITX/AC motherboard, which did what others told me was impossible: Put a massive LGA2011-V3 socket into a tiny Mini ITX motherboard. Impossible! After all, you’re thinking, you can’t get an LGA2011-V3 CPU into such a small machine, much less an 18-core Xeon. Remember: The Tiki packs all that firepower into a chassis 4-inches wide, 13.25-inches tall and 13-inches deep.
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