Tag Archive for DC73537SY

Yet MORE Intel NUC Models on the way for your Nanolab!

For those of you who are regular followers of my blog, you will know I am a great proponent of the Intel NUC range for their low noise, low power, low(ish) cost, high performance and most importantly high WAF (Wife Acceptance Factor) features!

Unbelievably having only just announced their second generation triumvirate of models just 2 months ago (and due out in a couple of weeks), they’re at it again, announcing a third generation already! The new models include a pair of Haswell-based “Wilson Canyon” Core i3 / Core i5 processor options, featuring up to 4 USB 3.0 ports and a full size SATA connector and are expected to land some time around Q3 this year.

I have updated the CPU table with the currently available info on the new models, and will add CPU benchmarks once available on www.cpubenchmark.net (for consistency). This also includes the recently leaked specs for the new Gen 8 HP Microservers based on Intel Pentium / Celeron processors.

GenModelCores / Threads / Logical CPUsClock Speed / Turbo (GHz)CacheMax TDP (Watts)CPU BenchFeatures
1Intel Celeron 8472/1/21.1 / None2 MB17986None
1Intel Core i3-3217U2 / 2 / 41.80 / None3 MB172272None
2Intel Core i5-3427U2 / 2 / 41.80 / 2.803 MB173611vPro & VT-d
2Intel Core i7-3537U2 / 2 / 42.00 / 3.104 MB173766VT-d
3Intel Core i3-4010U2 / 2 / 41.70 / None3 MB152253VT-d
3Intel Core i5-4250U2 / 2 / 41.30 / 2.63 MB153572VT-d
1 (G7)AMD Athlon II Neo N36L2 / 1 / 21.30 / None2 MB12751None
2 (G7)AMD Turion II Neo N40L2 / 2 / 41.50 / None2 MB15946None
3 (G7)AMD Turion II Neo N54L2 / 2 / 42.20 / None2 MB251314None
4 (G8)Intel Celeron G530T2 / 2 / 42.00 / None2 MB351604iLO
4 (G8)Intel Pentium G630T2 / 1 / 22.30 / None3 MB352154iLO

IMHO you cant beat the NUC for its price / performance / noise features mentioned above. In an ideal world I would be happy to give up 2-3cm of extra board size to get some extra RAM slots and a second gig port on the VMware HCL in there, but as a tidy home lab solution they’re hard to beat!

As regards this latest batch of models, I personally still think the sweet spot is with the Intel Core i5-3427U DC53427HYE 2nd Gen model, which includes vPro for remote access, and will turbo to a handsome 2.8GHz for as little as ~£235 when I last checked. More than enough for most home lab requirements!

NanoLab – Harder, Better, Faster, Stronger Intel NUC Models Out Soon!

This story actually broke about a week ago, but its been quite a busy one for me so I didn’t get around to posting (other than on Twitter for those who follow me). I thought for people who may have missed it, it would be worth a short post.

In essence, for people who have held out from buying either an Intel NUC or even an HP Microserver for your home lab due to the lack of CPU grunt, good news is on the way! The specs were leaked last week for the new range of Intel NUC boxes due out in Q2, featuring Intel Core i5 and i7 processors. The specs were published by Computer Base and are as follows:

D53427RK - Rend Lake

D53427RK – Rend Lake

D53427HYE - Horse Canyon

D53427HYE – Horse Canyon

D73537KK - Skull Canyon

D73537KK – Skull Canyon

Looking at the new models the best (and most feature rich) for me is the i5-3427U D53427HYE (Horse Canyon – includes enclosure). This model includes vPro / AMT support, a superbly useful feature if you plan to run these machines headless, as I currently do. It seems strange not to include this feature with the i7 version (Skull Canyon – DC73537SY). The i5 is likely to be a little easier on the pocket than the i7 whilst still allowing turbo to 2.8GHz, and with a basic clock speed of 1.8GHz it will hopefully run a little cooler than the i7 (even the i3 chassis can get very warm indeed!). Both models come with USB 3.0 which is unfortunately of limited use, unless you plan to mount a USB drive into your VMs via VT-d which is now also included with both new CPU models.

Comparing the CPUs via their CPU Benchmark scores, we can see that the i5 gives a great performance leap from the older i3 line (DC3217IYE), but not such a great jump to the i7, which also doesn’t include vPro. I have included the scores for the HP Microserver line for comparison:

ModelCores / Threads / Logical CPUsClock Speed / TurboCacheMax TDPCPU Benchmark
Intel Core i3-3217U2 / 2 / 41.80 GHz / None3 MB17 Watts2272
Intel Core i5-3427U2 / 2 / 41.80 GHz / 2.80 GHz3 MB17 Watts3611
Intel Core i7-3537U2 / 2 / 42.00 GHz / 3.10 GHz4 MB17 Watts3766
AMD Athlon II Neo N36L2 / 1 / 21.30 GHz / None2 MB12 Watts751
AMD Turion II Neo N40L2 / 2 / 41.50 GHz / None2 MB15 Watts946
AMD Turion II Neo N54L2 / 2 / 42.20 GHz / None2 MB25 Watts1314

My guess is that two things will probably happen when it comes to pricing. The current line of NUCs will drop their prices a bit, and the new line will probably come in at a higher price bracket. This means a premium for people wanting the extra grunt, but better prices for everyone else! Personally I have not found any issues with the grunt I get from the 1.8GHz i3, especially when running off SSDs (where your bottleneck usually lies in a lab or production!) so I will probably stick with my i3 pair for now… at least until the i5 range become so cheap I feel compelled to buy a couple!

If I hadn’t already invested, I would be sorely tempted to start my Intel NUC lab with the i5 range, but if a key decision driver is cost, the i3 won’t let you down! 🙂

Other NanoLab articles may be found here:
NanoLab Articles

%d bloggers like this: