Microsoft tune

Privacy policy. You can also configure specific policies to control applications. For example, you can prevent emails from being sent to people outside your organization. Intune also allows people in your organization to use their personal devices for school or work.

On personal devices, Intune helps make sure your organization's data stays protected and can isolate organization data from personal data. It also integrates with Azure Information Protection for data protection. It can be used with the Microsoft suite of products. In Intune, you manage devices using an approach that's right for you. For organization-owned devices, you may want full control over the devices, including settings, features, and security.

In this approach, devices and users of these devices "enroll" in Intune. Once enrolled, they receive your rules and settings through policies configured in Intune. For personal devices, or bring-your-own devices BYOD , users may not want their organization administrators to have full control.

Permissions info. Installation Get this app while signed in to your Microsoft account and install on up to ten Windows 10 devices. This product needs to be installed on your internal hard drive. Publisher Info iTunes website iTunes support. Additional terms iTunes privacy policy Terms of transaction iTunes license terms. Seizure warnings Photosensitive seizure warning. Report this product Report this app to Microsoft Thanks for reporting your concern.

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This app can Use your microphone Microsoft. Permissions info. Installation Get this app while signed in to your Microsoft account and install on up to ten Windows 10 devices. Language supported English United States.

Additional terms Terms of transaction. Report this product Report this app to Microsoft Thanks for reporting your concern. Our team will review it and, if necessary, take action. Sign in to report this app to Microsoft. For comparison, the transmission time for packet transmissions over long distances is usually measured in milliseconds an order of magnitude larger. This tuning will not reduce the time a packet spends in transit.

However, note that this is system and BIOS dependent, and some systems will provide higher performance if the operating system controls power management. You can check and adjust your power management settings from Settings or by using the powercfg command. For more information, see Powercfg Command-Line Options. This setting does not work properly if the system BIOS has been set to disable operating system control of power management.

Enable static offloads. If the traffic is multi-streamed, such as when receiving high-volume multicast traffic, enable RSS. Disable the Interrupt Moderation setting for network card drivers that require the lowest possible latency. Remember, this configuration can use more CPU time and it represents a tradeoff. Handle network adapter interrupts and DPCs on a core processor that shares CPU cache with the core that is being used by the program user thread that is handling the packet.

CPU affinity tuning can be used to direct a process to certain logical processors in conjunction with RSS configuration to accomplish this. Using the same core for the interrupt, DPC, and user mode thread exhibits worse performance as load increases because the ISR, DPC, and thread contend for the use of the core.

If you need to achieve the lowest latency, you should request a BIOS version from your hardware provider that reduces SMIs to the lowest degree possible. The operating system cannot control SMIs because the logical processor is running in a special maintenance mode, which prevents operating system intervention. In earlier versions of Windows, the Windows network stack used a fixed-size receive window 65, bytes that limited the overall potential throughput for connections.

The total achievable throughput of TCP connections could limit network usage scenarios. TCP receive window autotuning enables these scenarios to fully use the network. For a TCP receive window that has a particular size, you can use the following equation to calculate the total throughput of a single connection. For example, for a connection that has a latency of 10 ms, the total achievable throughput is only 51 Mbps.

This value is reasonable for a large corporate network infrastructure. However, by using autotuning to adjust the receive window, the connection can achieve the full line rate of a 1-Gbps connection. Some applications define the size of the TCP receive window.