Intel NUC Kit D54250WYK - Haswell Comes to NUC

Intel has updated its NUC small form factor PC lineup with the release of two new models armed with 4th generation Intel Haswell processors, faster Intel HD Graphics and incredibly, an even smaller form factor. With the right components, could this mini PC be the ideal space saving solution for both work and play?

Overview

The newer, shinier Haswell-equipped Intel NUC kit offers more performance in an even smaller package.

The newer, shinier Haswell-equipped Intel NUC kit offers more performance in an even smaller package.

Intel introduced its Next Unit of Computing (NUC) concept in Computex 2012 and released it in retail end of last year. However it wasn't until early this year that Intel managed to release the Core i3-3217U-equipped DC3217BY, a bare bones kit PC in a tiny 4-by-4-inch enclosure to our local market. In our review, we found it to be a pretty decent performer for basic computing workloads, but not the best for more intensive tasks like gaming. Intel has now updated the NUC lineup with the release of two new models armed with 4th generation Intel Haswell processors, Intel HD Graphics 5000 and incredibly, an even smaller form factor. With the right components, could this mini PC be the ideal space saving solution for both work and play?

Two versions of the new Haswell NUC kit are available, one with a more powerful Core i5 processor, and another with a Core i3:

Board
  • D54250WYB
  • D34010WYB
Processor (soldered down)
  • Intel 4th Generation Core i5-4250U processor
  • Intel 4th Generation Core i3-4010U processor
Memory
  • Dual channel SODIMM DDR3 1333/1600MHz, 1.35V
  • 2 SODIMM, 16GB maximum
  • Dual channel SODIMM DDR3 1333/1600MHz, 1.35V
  • 2 SODIMM, 16GB maximum
Graphics
  • Intel HD Graphics 5000
  • 1 x mini-HDMI
  • 1 x mini-DisplayPort
  • Intel HD Graphics 4400
  • 1 x mini-HDMI
  • 1 x mini-DisplayPort
Expandability
  • 2 x PCIe mini slots (1 x half length & 1 x full/half-length)
  • 2 x Internal USB 2.0 via 2x5 header
  • 2 x USB 3.0 connector on back panel
  • 2 x USB 3.0 connector on front panel
  • 1 x SATA data connector
  • 1 x SATA power connector
  • 2 x PCIe mini slots (1 x half length & 1 x full/half-length)
  • 2 x Internal USB 2.0 via 2x5 header
  • 2 x USB 3.0 connector on back panel
  • 2 x USB 3.0 connector on front panel
  • 1 x SATA data connector
  • 1 x SATA power connector
Connectivity
  • Intel 10/100/1000 Ethernet port
  • Intel 10/100/1000 Ethernet port
Additional Features
  • Headphone / Microphone jack
  • Consumer Infra Red sensor
  • Wireless option via PCIe mini card
  • Bluetooth option via PCIe mini card
  • Supports Mobile SATA (SSD) card via full-length PCIe mini card
  • Compatible with Linux (Linux Mint, Fedora, Ubuntu, OpenSUSE) and Windows 7
  • Headphone / Microphone jack
  • Consumer Infra Red sensor
  • Wireless option via PCIe mini card
  • Bluetooth option via PCIe mini card
  • Supports Mobile SATA (SSD) card via full-length PCIe mini card
  • Compatible with Linux (Linux Mint, Fedora, Ubuntu, OpenSUSE) and Windows 7
Form Factor
  • 4" x 4"
  • 4" x 4"

For this review we will be looking at the i5-4250U-equipped D54250WYB kit.

Design

As with the previous NUC kit, the D54250WYB is a bare bones system which only includes the enclosure, a 4-by-4-inch (approximately 11-by-11cm) motherboard with a Core i5-4250U processor soldered to the board (and therefore not upgradable), a heat sink and fan, and an external power brick. You'll need to supply your own memory, storage, wireless connectivity card, and power cord as well as install an OS to get the system running.

The new NUC includes a headphone/microphone audio port on the front.

The new NUC includes a headphone/microphone audio port on the front.

The enclosure remains the same basic 4-by-4 inch form factor, although the new version is actually slightly shorter, measuring just 35mm from bottom to top. Build quality has also been upgraded, with the previously plastic enclosure replaced with a nice aluminum outer shell. The dark red glossy top has also been replaced with a handsome glossy black finish. As with the previous kits, a VESA mount is included so users can attach the system to the back of their display.

The new model is the same width and depth as the previous one, but manages to be slightly shorter.

The new model is the same width and depth as the previous one, but manages to be slightly shorter.

On the front of the system, an extra USB port has been added, and you'll also find a new headphone/microphone jack here. What's more, both the USB ports upfront are the newer version 3.0 variant (the previous kit only had a single USB 2.0 port).

More ports are also crammed into the rear, where you'll find two USB 3.0 ports, an Intel 10/100/1000 Ethernet port, a mini-Display port, mini-HDMI port and the power connector for the external power brick. The mini-HDMI port may prove troublesome for some as you'll likely need an adapter to connect it to your monitor. We would have preferred if it was a standard sized HDMI port.

Intel has crammed two USB 3.0 ports, an Ethernet port, a mini-HDMI port and a mini-DisplayPort port onto the back of the unit. As a result, the Kensington lock has been moved to the right side.

Intel has crammed two USB 3.0 ports, an Ethernet port, a mini-HDMI port and a mini-DisplayPort port onto the back of the unit. As a result, the Kensington lock has been moved to the right side.

Opening up the kit requires the same process as before with four screws located at each corner of the bottom panel. Inside, the layout is much the same as the previous kits. One notable new addition to the motherboard is a 6.0Gbps SATA port and the header required to power it, although it should be noted that it does not have the necessary 12V required for 3.5-inch HDDs. However the availability of this port is more for ODMs to integrate Intel's board within their designs rather than of practical use for the NUC Kit.

The new motherboard includes an internal 6.0Gbps SATA connector. Useful if you need to connect a 2.5-inch HDD or SATA optical drive temporarily (otherwise, you'll probably have to keep the NUC kit open as there's no space to integrate either component within the housing).

The new motherboard includes an internal 6.0Gbps SATA connector. Useful if you need to connect a 2.5-inch HDD or SATA optical drive temporarily (otherwise, you'll probably have to keep the NUC kit open as there's no space to integrate either component within the housing).

As before, there are two SO-DIMM memory slots, an mSATA slot for your storage, and a Mini-PCIe slot for the wireless card. Helpfully, our review unit came pre-installed with the necessary components as seen installed in the following photo. However, if you purchase the NUC kit in a retail shop, keep in mind to also shop or hunt for these components as they're not as readily available as desktop components.

As with the previous kit, you'll need to supply your own memory, storage and wireless connectivity card. Here's what it looks like with everything installed.

As with the previous kit, you'll need to supply your own memory, storage and wireless connectivity card. Here's what it looks like with everything installed.

Here's the full specifications of our review unit:

  • Intel Desktop Board D54250WYB
  • Intel 4th Generation Core i5-4250U processor
  • Crucial 8GB DDR3-1600 SO-DIMM
  • 180GB Intel SSD 530 Series mSATA
  • Intel Dual Band Wireless-AC 7260
  • Windows 7 Ultimate 64-bit

Test Setup

To evaluate the new Haswell-equipped Intel NUC kit, we’ll be comparing it against the previous Ivy Bridge-equipped Core i3 kit, as well as Zotac's Core i7-3537U-powered ZBOX nano ID65, and Sapphire's AMD A8-4555M APU-powered Edge VS8 Mini-PC. We've also chosen to throw in Apple's latest Haswell-equipped MacBook Air (2013), which utilizes the same Core i5-4250U processor and Intel HD Graphics 5000 to see how the Intel NUC compares with a similar spec notebook.

Once again, here are the specifications for our Intel D54250WYK NUC kit:

  • Intel Desktop Board D54250WYB
  • Intel 4th Generation Core i5-4250U processor
  • Crucial 8GB DDR3-1600 SO-DIMM
  • 180GB Intel SSD 530 Series mSATA
  • Intel Dual Band Wireless-AC 7260
  • Windows 7 Ultimate 64-bit

The list of benchmarks used:

  • PCMark 8
  • 3DMark 11
  • Far Cry 2
  • Battlefield: Bad Company 2

Due to the fact we're comparing different systems tested over different time periods and we are not able to get these systems back to re-test them across the board; as such, we will not be able to compare all systems across all tests. Furthermore, drivers differences do exist that might contribute to the outcome. However as a whole, the results compared should be able to give you a decent idea of how the Intel Haswell NUC kit fares.


PCMark 8

PCMark 8 is the latest benchmarking utility from Futuremark and was designed to measure a system's performance on a number of different workload scenarios. As expected, the D54250WYK scored almost identically to the similar spec MacBook Air, although, it's interesting to note that it was consistently lower in all four categories. This is despite the fact that the MacBook Air is running a Windows OS via Boot Camp.

 

 


3DMark 11

3DMark 11 is a synthetic benchmark designed to test a GPU's performance at various aspects of DirectX 11 such as tessellation and DirectCompute. Unfortunately, the MacBook Air and the older Intel NUC (DC3127BY) were not available for this test.

The D54250WYK's Intel HD Graphics 5000 showed a huge 40 percent improvement over the Intel HD Graphics 4000-equipped Zotac Zbox, and was actually able to match the performance of Sapphire's Radeon HD 7600G-equipped Edge VS8, even outscoring it on the Extreme setting.


Far Cry 2 & Battlefield: Bad Company 2

For a look at how the D54250WYK performs at real world gaming we'll be looking at Far Cry 2 and Battlefield: Bad Company 2. While both games are now fairly old, they still boast enough graphical complexity to put most integrated GPUs to the test.

While we normally test our small form factor PCs on the High setting for Far Cry 2, for a more complete analysis we'll also be including the Medium and Very High scores from our MacBook Air (2013) review as well.

As we saw in PCMark 8, the D54250WYK scored similarly, if notably slightly less than the MacBook Air. We also saw no real improvement on the High setting when compared to the rest of our Intel processor-equipped small form factor PCs, suggesting that the internal Intel HD Graphics 5000 didn't provide much of a boost on DX10 games.

However, if we look at DX11 supported Battlefield: Bad Company 2, we can see a significant performance boost with Intel HD Graphics 5000 for both the D54250WYK and the MacBook Air, with the D54250WYK outscoring Intel's HD Graphics 4000-equipped DC3127BY by about 30 percent.

Conclusion

The Intel NUC D54250WYK certainly raises the standard for small form factor PCs, packing extra punch into an even smaller package than the previous NUC kit. However, it's still not a powerhouse, with performance just about equal or in fact, slightly less, than an ultra portable Haswell-equipped notebook.

Like its predecessor, it's also not cheap, with the Core-i5-equipped D54250WYK retailing for US$363 (~S$450). Don't forget, you'll also need to supply your own memory, storage and wireless connectivity card. To build a similar spec to our review machine, based on current local prices, you're looking at roughly S$850-900 and another S$120 for Windows 7 Home Premium, or S$130 for Windows 8. Thanks to its mini-DisplayPort and mini-HDMI ports, you'll probably also need to pick up an adapter for your monitor too.

All things considered, if you're looking for a tiny HTPC or mini space saving desktop, the D54250WYK is certainly a decent consideration, but at its price and performance level, and with the parts required for setup, it probably remains an enthusiast-only niche product.

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