MathGroup Archive 2013

[Date Index] [Thread Index] [Author Index]

Search the Archive

Solid State Disk to boost Mathematica performance

  • To: mathgroup at smc.vnet.net
  • Subject: [mg129521] Solid State Disk to boost Mathematica performance
  • From: E. Martín-Serrano <eMartinSerrano at telefonica.net>
  • Date: Sun, 20 Jan 2013 01:21:07 -0500 (EST)
  • Delivered-to: l-mathgroup@mail-archive0.wolfram.com
  • Delivered-to: l-mathgroup@wolfram.com
  • Delivered-to: mathgroup-newout@smc.vnet.net
  • Delivered-to: mathgroup-newsend@smc.vnet.net

Hi all,

I am thinking of installing a 256 GB Solid State Disk (SSD) on my machine to
increase its performance.

The current configuration of my machine is:  4 cores (8 threads),  3,4 GHz;
with 12 GB DD3-RAM, NVIDIA GeForce GT 400 (3 GB  integrated RAM)  and 4 TB
Internal HD. It is not a small machine, I think.

The Solid State Disk (SSD) would hold the operating system (Windows 8) and
Mathematica (currently v8); plus some half a dozen of other "mission
critical" programs.

Anyway, the true actual candidates to reside in the SSD are Windows 8 and
Mathematica, but I wonder whether it is going to really boost the
performance of Mathematica considering that the machine already has 12 GB of
RAM.

But I do not know how Mathematica deals with the kernel and the fronted
(their interaction), in other words, whether the kernel uses de internal HD
to interact with the kernel and vice versa.

I use intensively and extensively dynamics constructs, and in many occasions
the dynamic refreshing uses Solve, NSolve and, in occasions NDSolve and
DSolve, within the second parameter to Dynamic. In any case, with or without
solving (always small) systems of equations, moving graphical objects tied
to dynamic locators remains an unsolvable issue to me.

In summary, my question is whether the SSD holding windows and Mathematica
would bust in any form Mathematica's performance.

Kind regards

E. Martin-Serrano


___________________________________________________________________
This e-mail and the documents attached are confidential and intended solely
for the addressee; it may also be privileged. If you receive this e-mail in
error, please notify the sender immediately and destroy it. As its integrity
cannot be secured on the Internet, E. MartEDn-Serrano liability cannot be
triggered for the message content. Although the sender endeavors to maintain
a computer virus-free network,  the sender does not warrant that this
transmission is virus-free and  will not be liable for any damages resulting
from any virus transmitted.

Este mensaje y los ficheros adjuntos pueden contener informaci=F3n
confidencial  destinada solamente a la(s) persona(s) mencionadas
anteriormente y  pueden estar protegidos por secreto profesional, y en
cualquier caso el mensaje en su totalidad est=E1  amparado y protegido por la
legislaci=F3n vigente que preserva el secreto de las comunicaciones, y 
por la
legislaci=F3n espa=F1ola de protecci=F3n de datos de car=E1cter personal. Si usted
recibe este correo electr=F3nico por error, gracias por informar
inmediatamente al remitente y destruir el mensaje. Al no estar asegurada la
integridad de este mensaje sobre la red, E. Mart=EDn-Serrano no se hace
responsable por su contenido. Su contenido no constituye ning=FAn  compromiso
para el remitente, salvo ratificaci=F3n escrita por ambas partes.  Aunque se
esfuerza al m=E1ximo por mantener su red libre de virus, el emisor  no puede
garantizar nada al respecto y no ser=E1 responsable de cualesquiera da=F1os que
puedan resultar de una transmisi=F3n de virus.





  • Prev by Date: Re: Eternal Trouble with Dynamic: fishing for tips on my
  • Next by Date: Re: Prime numbers and primality tests
  • Previous by thread: Re: Can you profile compiled code?
  • Next by thread: Re: Solid State Disk to boost Mathematica performance