Laptop or Ultrabook for MS Access work (1 Viewer)

phinix

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Jun 17, 2010
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Guys, I'm after a laptop for Access databases work.
Not 100% sure what specification would be best for it.
I believe Access doesn't use HT? Does it mean that having 4 cores won't make difference compared to i7 dual core with HT?

Would something like Dell XPS 13 MLK be ok for it?
It's a ultrabook with i7-3537U Processor (with Turbo Boost 2.0 up to 3.10 GHz).
It would have 8GB of RAM and 256GB SSD.

Right now I work on desktop i5 2400 3GHz CPU. Now I need to go mobile and need to get a laptop. Would this mobile i7 CPU make huge difference compared to this desktop version of i5? It is slower but would it make a difference for Access?
What system resources are most important for MS Access? I know already that SSD makes huge difference. 8GB is a must for me, noticed it many time working on few databases at the same time. What about CPU? New Haswell i7 4500U is almost same as ivy i7-3537U, so would I notice a difference using either of those i7 compared to my desktop i5?
 
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phinix

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Jun 17, 2010
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What I want to know is CPU influence on Access processing.
Does Access use multiple cores? or Hyper threading?
Having same spec but different CPUs - one dual core, one quad - would I see a huge difference between those two? Would quad core be lot faster than dual core CPU?
 

phinix

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54 views and no reply?
Maybe it's in wrong section?
 

Timo van Esch

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Oct 2, 2013
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Hi,

As far as I know, Access 2007, as a process, not only as a database, can only be started on 1 core. But I am not sure; it is why I stumbled upon your question. I am basically looking for a way to speed things up and let Access use multiple cores...
 

Minkey

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Jul 7, 2004
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As far as I know Access (all versions) run on 1 CPU core, hyper threading is the realm of the O/S essentially multi core CPU(s) allow you to run multiple applications at the same time hyper threading can increase the efficiency of an application within a core providing it is designed to work that way (with the O/S).

The key to running most applications faster, if the CPU can run the app without maxing out, is RAM and hard drive read/ write speed so a SSD drive is good choice. In theory anything can run faster if you throw more CPU, RAM and HD power at it so as I usually say get the fastest machine you can afford with the most bang for buck if that's what you need.
 

namliam

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Disk I/O is definately one of the more limitting factors of any database now a days, access more so than i.e. Oracle or mySQL, since its I/O goes on the local machine or on the network.

5400 rpm laptop harddrives can cause some issues here and there when you have heavy I/O
 

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