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현재 버전 게시자: Dan A+ ,

본문:

In order to build a powerful graphics or CAD/CAM design workstation, there are 4 main requirements:
 
# '''A motherboard that provides quad channels for memory and plenty of memory slots'''. You were correct in saying that 16 GB is the minimum amount of RAM required.
# '''A multicore processor with a large CPU cache.''' A processor with 6 cores and a 15 MB cache is a good bet.
# '''One or more fast hard drives with plenty of capacity.''' For instance, two Solid State Drives that total 2TB of storage and support SATA III connection cables.

# '''A
# '''A high-end video card.''' Probably the best chipset manufacturer for high-end video cards is NVIDIA (www.nvidia.com). Their Quadro family of GPUs are relatively high-functioning.

# '''A
# '''A high-end video card.''' Probably the best chipset manufacturer for high-end video cards is NVIDIA (www.nvidia.com). Their Quadro family of GPUs are relatively high-functioning.
That being said, it will be difficult to get the highest-functioning graphics station components by building a laptop or tablet device.

현황:

open

원문 게시자: Dan A+ ,

본문:

In order to build a powerful graphics or CAD/CAM design workstation, there are 4 main requirements:

# '''A motherboard that provides quad channels for memory and plenty of memory slots'''. You were correct in saying that 16 GB is the minimum amount of RAM required.
# '''A multicore processor with a large CPU cache.''' A processor with 6 cores and a 15 MB cache is a good bet.
# '''One or more fast hard drives with plenty of capacity.''' For instance, two Solid State Drives that total 2TB of storage and support SATA III connection cables.

#  '''A high-end video card.''' Probably the best chipset manufacturer for high-end video cards is NVIDIA (www.nvidia.com). Their Quadro family of GPUs are relatively high-functioning.

That being said, it will be difficult to get the highest-functioning graphics station components by building a laptop or tablet device.

현황:

open