unturned lan advanced settings 3.0 max zombie drop

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Unturned lan advanced settings 3.0 max zombie drop driver#
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Low throughput performance on 1:1 networks is because of latency inherent in a single TCP/IP session.

When copying a file from one system to another (1:1) using one TCP session, throughput is significantly lower than doing multiple simultaneous TCP sessions.

What are the best things I should do for performance testing?

See Related topics at the end of this page.

Unturned lan advanced settings 3.0 max zombie drop windows#

The registry keywords TcpWindowSize, NumTcbTablePartitions, and MaxHashTableSize are ignored starting with Windows Server 2008. Starting with Windows Server 2008, Windows provides TCP receive window auto-tuning. Documents are available on the Internet that explain the considerations and formulas used to set window size.īefore Windows Server 2008*, the network stack used a fixed-size receive-side window. Optimizing your TCP window size can be complex as every network is different.

Tune the TCP window size (applies to Windows* Server editions before Windows Server 2008*).

Increasing Receive Descriptors increases system memory usage.

Increase the Receive Descriptors buffer size.

Increasing Transmit Descriptors increases system memory usage.

Increase the Transmit Descriptors buffer size.

Enable Jumbo Frames to the largest size supported across the network (4KB, 9KB, or 16KB).Įnable Jumbo Frames only if devices across the network support them and are configured to use the same frame size.ĭisabling Flow Control can result in dropped frames.

The storage profiles set the rate to medium.ĭecreasing Interrupt Moderation Rate increases CPU utilization.

The low latency profile sets the rate to off.

The default is Adaptive for most roles.

Also known as Interrupt Throttle Rate (ITR).

Reduce Interrupt Moderation Rate to Low, Minimal, or Off:.

Unturned lan advanced settings 3.0 max zombie drop driver#

See Advanced driver settings for 10/25/40 Gigabit Ethernet Adapters for more information on configuring the individual driver settings listed below.

For Intel® Ethernet 10 Gigabit Converged Network Adapters, you can choose a role-based performance profile to automatically adjust driver configuration settings.

How should I optimize my driver settings? If add-in cards share a bus, they compete for bus bandwidth.

Unturned lan advanced settings 3.0 max zombie drop install#

Try to install the adapter in a slot on a bus by itself.Example: When a 66MHz and a 133 MHz add-in card are installed in a 133 MHz bus, all devices on that bus function are at 66 MHz. The slowest board on a bus dictates the maximum speed of the bus. Example 2: If you have a 64-bit PCI-X adapter, put in a 133 MHz (266 or 533 if available) 64-bit PCI-X slot.Example 1: If you have a 64-bit PCI adapter, put it in a 66 MHz 64-bit PCI slot.

For PCI and PCI-X*, install the Intel Network Adapter in the fastest available slot.

In that case, a slot that matches an x8 dimensions would have the functionality of an x4, x2, or x1 slot. Some PCIe* slots are physically wired with fewer channels than the dimensions of the slot would indicate.

Example 3: If you have an x4 PCIe* adapter, put it in an x4, x8, or x16 PCIe* slot.

Example 2: If you have a 64-bit PCI-X adapter, put it in a 64-bit PCI-X slot.

Example 1: If you have a 32-bit PCI adapter, put it in a 32-bit or 64-bit PCI or PCI-X* slot.

Install the Intel® Network Adapter in a slot that matches or exceeds the bus width of the adapter.What should I do for adapter installations?