MSI 915G NEO2 PLATINUM MOTHERBOARD DRIVER
March 3, 2020 | by admin
So the question arrises of how to feed future generation processors with the power requirements of yesterday’s CPU socket architecture? It’s a handy tool for people who avoid instructions manuals. As things get faster, components run hotter, that’s a simple rule in the world of computers. Socket on the other hand has a total of power related contacts, for power, for ground! That’s great for those who want to keep their systems running in prime condition.
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Intel P Shootout : MSI P Neo2 Platinum (Page 1/3) :: Articles :: ®
Enthusiasts in the crowd should be pleased to know the P Neo2 motherboard comes with a total of four fan headers. Furthermore, if you divide the number of pins by the area of the processor you’ll find that Socket chips are among the most dense ever. This is intended to power single core processors that chew up around W of power.
The introduction of Socket addressed a variety of issues with Socket ; like excessive pressure from heatsinks which flexed the motherboard, not enough power-related pins to deal with high power consumption of emerging cores, and a few other points slightly more technical in nature.
More contacts means more stable power for the processor, so you can bet that this form factor was designed with future generations in mind. Beginners Guides Cases and Access. To help alleviate potentially problems, MSI have included a small plastic installation tool motherboar make inserting the socket processor a little easier, and foolproof.
There are many 195g to why Intel moved from a pinned processor package, to pinless.
MSI 915P Neo2 Platinum – motherboard – ATX – LGA775 Socket – i915P Series
According to Intel, Socket Pentium 4’s allocate 85 pins for power, for ground. That’s great for those who want to keep their systems running in prime condition. platibum
MSI P Neo2 Platinum – motherboard – ATX – LGA Socket – iP Overview – CNET
Maximum No2 Overclocking and Conclusions. So the question arrises of how to feed future generation processors with the power requirements of yesterday’s CPU socket architecture? If Intel had decided to introduce a higher pin density, it would have had to use a substantially larger substrate, which would have taken up more real estate on an already space deprived motherboard.
The best way to mange the heat inside a case is with good airflow; the Southbridge for instance is one of the hottest points on the motherboard since the heatsink is so small, so continual airflow is advisable.
Socket on the other hand has a total of power related contacts, for power, for ground! If the roadmaps continue unchanged, socket should be the defacto Intel desktop standard for the next two years.
A pinned solution would have posed another problem; packing all those pins into the same small space would have meant even more fragile pins than used with the socket design. It’s a handy tool for people who avoid instructions manuals.
The skeptics will say that Intel wanted to stem the flow of RMA’s from processors with broken pins, but if you 9915g a little digging, the real reasons are somewhat more complicated. One point not to be missed in all of this is that the socket retention mechanism is a precision piece of engineering, and proper installation and care is important. On the power front, next generation processors are drawing much more electricity and die shrinks aren’t helping the situation as they once could.