HP Visualize c360 - Workstation Uživatelský manuál Strana 7

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hp.com/go/solidworks | nvidia.com/solidworks 7
SOLIDWORKS GRAPHICS OPTIMIZATION GUIDE
16GB of memory is considered to be a good
amount for mainstream product development
workflows while 32GB is recommended for
particularly complex datasets.
With SolidWorks it is important to consider
that other applications Bunkspeed, for
example — may be running at the same time,
which will also have an impact on memory use.
ECC memory, available in all desktop HP Z
Workstations, is recommended for the highest
quality results and it is important that memory
is properly configured (pairs for two channels,
quads for four channels).
MEMORY (RAM)
PROCESSOR (CPU)
The CPU is one of the most important components in a HP Z Workstation.
For SolidWorks the clock speed of the CPU (GHz) is a top priority as it
impacts all core operations and 3D graphics performance. Multiple CPU
cores will boost multi-threaded processes, such as file open and save,
boolean operations, and when using SolidWorks Simulation. Four or six
cores in a single CPU is a good choice.
To boost performance when rendering with SolidWorks PhotoView
360 consider dual processors with multiple CPU cores.
For certified performance, Intel® Xeoprocessors are recommended.
A Solid State Drive (SSD) is recommended for
optimal performance. Complex datasets should
load and save quicker and, as latency is low,
the HP Z Workstation will feel more responsive.
Random read / write access is also fast, which is
particularly important when multi-tasking and
swapping between applications.
While SSDs are superior to traditional hard
disk drives (HDDs) in terms of performance,
their cost per GB is still relatively high. As a
result, SSDs are commonly ring fenced for
operating system, applications and current
datasets, while a high capacity HDD drive is
used to store other assets and datasets.
STORAGE (HARD DRIVES)
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