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?F12 Developer Tools will not load in Microsoft Edge. Should be fixed in the next build.
There are a large number of differences between the three consumer chipsets,
but we have marked what should be the most important for the average consumer in red.
The first and most commonly known difference is the fact that the Z170 chipset fully supports CPU overclocking,
while the H-series chipsets do not.
The second major difference is in regards to the PCIe lanes. Modern Intel-based systems actually have two sets of PCIe lanes:
one from the CPU and one from the chipset.
The CPU PCIe lanes are used primarily for graphics cards and other add-on PCIe devices.
For the 16 PCIe 3.0 lanes that are available from all Skylake-S CPUs,
the Z170 chipset has the ability to split up the lanes two or three ways
which allows for the use of multiple video cards or simply more PCIe devices to be directly connected to the CPU
as long as they do not need to run at full x16 speeds.
The chipset lanes are a bit different - while a few may be used for add-on devices,
they are mostly there for additional features the manufacturer has built into the motherboard that are not native to the chipset like WiFi,
more USB ports, additional LAN ports, etc.
The number and speed of these lanes changes based on the chipset:
Z170 has 20 PCIe 3.0 lanes,
H170 has 16 PCIe 3.0 lanes,
and H110 has just 6 lanes that run at the slower PCIe 2.0 speeds.
The biggest impact of having fewer lanes is that there is less opportunity for manufacturers to add additional features to the board,
although another factor is the number of x4 M.2 or SATA Express devices that can be used on the chipset:
Z170 can have 3 such devices,
H170 can have 2 and
H110 can have none.
In addition to having fewer and slower PCIe lanes,
H110 also still uses the older DMI 2.0 revision
which means the connection between the chipset and the CPU is a bit slower than it is on the other chipsets.
There are a large number of differences between the three consumer chipsets,
but we have marked what should be the most important for the average consumer in red.
The first and most commonly known difference is the fact that the Z170 chipset fully supports CPU overclocking,
while the H-series chipsets do not.
The second major difference is in regards to the PCIe lanes. Modern Intel-based systems actually have two sets of PCIe lanes:
one from the CPU and one from the chipset.
The CPU PCIe lanes are used primarily for graphics cards and other add-on PCIe devices.
For the 16 PCIe 3.0 lanes that are available from all Skylake-S CPUs,
the Z170 chipset has the ability to split up the lanes two or three ways
which allows for the use of multiple video cards or simply more PCIe devices to be directly connected to the CPU
as long as they do not need to run at full x16 speeds.
The chipset lanes are a bit different - while a few may be used for add-on devices,
they are mostly there for additional features the manufacturer has built into the motherboard that are not native to the chipset like WiFi,
more USB ports, additional LAN ports, etc.
The number and speed of these lanes changes based on the chipset:
Z170 has 20 PCIe 3.0 lanes,
H170 has 16 PCIe 3.0 lanes,
and H110 has just 6 lanes that run at the slower PCIe 2.0 speeds.
The biggest impact of having fewer lanes is that there is less opportunity for manufacturers to add additional features to the board,
although another factor is the number of x4 M.2 or SATA Express devices that can be used on the chipset:
Z170 can have 3 such devices,
H170 can have 2 and
H110 can have none.
In addition to having fewer and slower PCIe lanes,
H110 also still uses the older DMI 2.0 revision
which means the connection between the chipset and the CPU is a bit slower than it is on the other chipsets.
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