Quite a number of
Windows users have suffered from an issue where around 95 percent of the CPU
and/or Disk have been used by a process (SuperFetch svchost.exe) known as
Method Host: Local System (Network Restricted). This problem first surfaced
back in the days of Windows 8 and has stuck around to haunt the brave users of
Windows 10. Users affected by this issue have reported that the System Host:
Local System (Network Restricted) procedure frees around 95% of their CPU and
up to 72 MB/s of the computer’s total capacity to read data from and write data
to its Hard Disk Drive due to high usage of SuperFetch svchost.exe. Those
statistics are significant to say the least.
But, System Host:
Local System (Network Restricted) SuperFetch svchost.exe, in and of itself, is
pretty ambiguous since it is not any one service but a guise under which lots
of different Windows system providers run, any of that Service Host SuperFetch might be causing unusually
high CPU and/or Disk use. In addition, to make things worse, this dilemma may
also be due to memory leak in the non-paged pool of memory. Thankfully, because
of a lot of intelligent dwelling on the matter, it’s been discovered that the
most common offender which gives birth to this matter is a Windows system
support known as Superfetch — a service which Microsoft claims aims to maintain
and enhance the performance of computers as time goes by but, in actuality, is
only a problem waiting to happen. If, in any circumstance, Superfetch isn’t the
root of the matter, it’s certainly being caused by a memory leak in the
non-paged pool.
What is
Service Host Superfetch?
The service host is a
huge list of system process that’s going down in your windows 10 PC.This local
system has services such as Windows 10 update, Superfetch, Remote Access
Connection and Update Orchestrator Service.Windows 10 update is one is the
highest contributions to the CPU and disk usage of the Service Host: Local
System. It will also cause your computer to slow down and it’ll cause your
computer resources to drain as well.
