stanlite
15-06-2014, 11:33 PM
Hello All
i recently (and in anticipation of completing my never finishing observatory) purchased a Intel NUC small form PC to run my imaging setup which cost me $279.
this is my model:
http://www.gamedude.com.au/prod_show.php?art_no=sysINnuc_dc321 7by
as is the case with NUC it came without a HDD(or SSD if you will) nor RAM which cost me another $238 ($139 for 120GB SSD and $99 for 8GB ram) so all up total cost $517 about the same as a cheaper decent laptop. I had to then spend a further $35 to get the thunderbolt to ethernet adapter for network access.
Tonight was the baptism of fire so to speak after an aborted attempt last weekend which resulted in tears (more on that later). I have been quite impressed with this setup and it will now take its place as my dedicated astro PC.
So i suppose a review is in order. First things first it is tiny, and i mean tiny about the same size as a kendrick digifire10. This model runs on 19V power but other NUC models run on 12V. While it may seem small it packs a powerful punch with the 3217BY model CPU rated higher than some entry level gaming PC's i have looked at. Add in the SSD and up to 16GB of Ram that the motherboard can take this small form PC should be able to easily handle anything you can throw at it. So far plate solves, auto-focus routines and all the other equipment bashing has not resulted in any issues (apart from a driver issue with my loadstar but i am fairly sure that is my fault).
Tonight's session also featured a remote session control via my network using team viewer with no issue.
So to review so far the PROS:
-small form (makes for insane pack up in the field)
-small power load (no massive electricity bill from my 800W gaming rig lol)
-seamlessly interacts with the network through thunderbolt connection.
-cheap yet powerful (more RAM then like priced Laptops/PC's)
However, no review is complete without the cons. The first night i attempted to use the NUC i ran into a issue after about 40mins of us, the entire thing seized up and needed a shutdown. I identified the problem the next day. Despite its small form and power consumption the NUC suffers from overheating issues, more speciffically the mSata SSD does due to the lack of cooling (only one fan and it is attached to the CPU). What was happening was the CPU as it heated up was dumping most of its heat into the motherboard and the failsafe for the SSD kicked in and shut the lot down. The solution was fairly simple and required the change in the BIOS menu of the Fan from max 2000rpm to full speed 6000rpm.
The cooling likewise is only insufficient (at the 2000RPM speed) if all the usb, HDMI and thunderbolt ports are all being used (and thus drawing power) at the same time. Again this issue was solved by upping the fan speed.
Another issue is that this NUC only comes with 3 USB ports the the use of a quality USB hub is a must (something i have in my Kendrick Imaging power panel). So USB nuts out there might need something with more than three ports (although the thunderbolt port allows interesting USB Hubs).
CONS:
-Overheating issue requires change to BIOS fan settings
-Only 3 USB ports
-Case is made of plastic.
I have overcome all issues that has been thrown up so far and i am really happy with my NUC choice. May be the way of the future for some observatory rigs, particularly given its ability to have so much RAM and CPU power.
i recently (and in anticipation of completing my never finishing observatory) purchased a Intel NUC small form PC to run my imaging setup which cost me $279.
this is my model:
http://www.gamedude.com.au/prod_show.php?art_no=sysINnuc_dc321 7by
as is the case with NUC it came without a HDD(or SSD if you will) nor RAM which cost me another $238 ($139 for 120GB SSD and $99 for 8GB ram) so all up total cost $517 about the same as a cheaper decent laptop. I had to then spend a further $35 to get the thunderbolt to ethernet adapter for network access.
Tonight was the baptism of fire so to speak after an aborted attempt last weekend which resulted in tears (more on that later). I have been quite impressed with this setup and it will now take its place as my dedicated astro PC.
So i suppose a review is in order. First things first it is tiny, and i mean tiny about the same size as a kendrick digifire10. This model runs on 19V power but other NUC models run on 12V. While it may seem small it packs a powerful punch with the 3217BY model CPU rated higher than some entry level gaming PC's i have looked at. Add in the SSD and up to 16GB of Ram that the motherboard can take this small form PC should be able to easily handle anything you can throw at it. So far plate solves, auto-focus routines and all the other equipment bashing has not resulted in any issues (apart from a driver issue with my loadstar but i am fairly sure that is my fault).
Tonight's session also featured a remote session control via my network using team viewer with no issue.
So to review so far the PROS:
-small form (makes for insane pack up in the field)
-small power load (no massive electricity bill from my 800W gaming rig lol)
-seamlessly interacts with the network through thunderbolt connection.
-cheap yet powerful (more RAM then like priced Laptops/PC's)
However, no review is complete without the cons. The first night i attempted to use the NUC i ran into a issue after about 40mins of us, the entire thing seized up and needed a shutdown. I identified the problem the next day. Despite its small form and power consumption the NUC suffers from overheating issues, more speciffically the mSata SSD does due to the lack of cooling (only one fan and it is attached to the CPU). What was happening was the CPU as it heated up was dumping most of its heat into the motherboard and the failsafe for the SSD kicked in and shut the lot down. The solution was fairly simple and required the change in the BIOS menu of the Fan from max 2000rpm to full speed 6000rpm.
The cooling likewise is only insufficient (at the 2000RPM speed) if all the usb, HDMI and thunderbolt ports are all being used (and thus drawing power) at the same time. Again this issue was solved by upping the fan speed.
Another issue is that this NUC only comes with 3 USB ports the the use of a quality USB hub is a must (something i have in my Kendrick Imaging power panel). So USB nuts out there might need something with more than three ports (although the thunderbolt port allows interesting USB Hubs).
CONS:
-Overheating issue requires change to BIOS fan settings
-Only 3 USB ports
-Case is made of plastic.
I have overcome all issues that has been thrown up so far and i am really happy with my NUC choice. May be the way of the future for some observatory rigs, particularly given its ability to have so much RAM and CPU power.