Killer e2500 gigabit ethernet controller драйвер windows 10
Скачать драйвер для Rivet Networks Killer e2500 Gigabit Ethernet Driver 9.0.0.44 for Windows 10 Anniversary Update 64-bit
Rivet Networks Killer e2500 Gigabit Ethernet Driver 9.0.0.44 for Windows 10 Anniversary Update 64-bit
If the driver is already installed on your system, updating (overwrite-installing) may fix various issues, add new functions, or just upgrade to the available version. Take into consideration that is not recommended to install the driver on Operating Systems other than stated ones.
In order to manually update your driver, follow the steps below (the next steps):
2. Go to Device Manager (right click on My Computer, choose Manage and then find Device Manager in the left panel), or right click on Start Menu for Windows 10 and select Device Manager
3. Right click on the hardware device you wish to update and choose Update Driver Software
4. Choose to select the location of the new driver manually and browse to the folder where you extracted the driver
5. If you already have the driver installed and want to update to a newer version got to «Let me pick from a list of device drivers on my computer»
7. Browse to the folder where you extracted the driver and click Ok
About Ethernet Drivers:
Windows platforms generally apply a generic driver that allows motherboards to recognize the Ethernet component.
However, in order to make use of all network card (adapter) features, you must install a proper LAN driver that enables the hardware. This task enables systems to connect to a network, as well as collect all component characteristics such as manufacturer and chipset.
If you intend to update the driver version, know that this process can add support for new OSes, fix different compatibility problems, resolve related errors encountered during the product’s lifetime, as well as include various other changes.
When it comes to the actual installation procedure, we should note that most producers try to make it as easy as possible, so following the steps should be a breeze: just get the downloadable package, run the setup, and follow the on-screen instructions.
There is a chance that other OSes could also be suitable, but it is not advisable that you install this release on platforms other than the specified ones. Remember to perform a system reboot once done, to allow all changes to take effect properly.
Therefore, if you wish to apply this version, click on the download button and enable your network card. To stay up to speed with the latest updates, check back with our website as often as possible.
Примечание: Ссылка «скачать» может вести как непосредственно на файл, так и на сайт производителя, на котором Вы можете найти нужный файл.
Это связано с тем, что некоторые производители не позволяют размещать прямые ссылки на файлы.
Killer™ Ethernet E2500
The Killer Ethernet E2500 provides the lowest latency and the highest throughput, and automatically detects and accelerates game, voice, and video packets to blazing fast games, smooth streaming videos, and crystal clear audio.
Overview
The Killer ™ E2500, the latest in Rivet Networks’ award-winning line of Killer Gigabit Ethernet Controllers, sets a new standard for network performance and control by delivering powerful new technology that detects and optimally prioritizes your games, video, and chat applications. The E2500 also features the all-new Killer Control Center which gives users full control of all aspects of their system’s networking performance. The Killer Control Center displays a wealth of networking information including how much bandwidth each application/website is using, which Killer interface each application is going over, and how much of your total broadband connection is being consumed. Priorities are automatically set to give the user an incredible out of box experience, but priority levels and bandwidth limits can be easily adjusted by the user for both applications and websites to create the perfect customized experience.
The Killer E2500’s is powered by the Killer Intelligence Engine, which detects and accelerates your highest priority network traffic, such as your game, voice, and video, and makes sure that they don’t get delayed behind other less important traffic. The Killer E2500 delivers industry-leading latency performance, beating the competition by up to 25% during single application usage, and potentially more than 10x faster when multitasking. The E2500 improves latency, reduces jitter, and virtually eliminates video freezes by detecting, identifying, and prioritizing your critical network traffic you so that you will enjoy your gaming, web, and entertainment experiences more than ever before.
Another way the E2500’s latency improvements can be measured is by how fast it can process packets. Since Killer does not delay or queue high priority packets such as gaming data, it is easy to demonstrate latency benefits by analyzing how many packets can be sent and received in a round-robin manner between two computers. By delivering these packets immediately with the lowest latency, the Killer E2500 is able to deliver over 3x the packet processing performance.
Optimizing E2200/E2400/E2500 Advanced Driver Settings
Optimizing E2200/E2400/E2500 Advanced Driver Settings
Some users have asked for optimal advanced settings for their Ethernet adapters. Keep in mind that, in most cases, the default settings for your Ethernet adapter will provide the same results.
These settings can be found in your Device Manager by double-clicking your adapter, then click the Advanced tab.
Keep in mind that these settings assume that your CPU is not overworked when you are gaming or otherwise making heavy use of your network adapter. If this is not the case, it may be advantageous to leave the default settings.
Even after optimizing these settings, you may not see an improvement in performance. For most situations, the default settings provide the same result as optimized settings.
You may see improved results by setting your advanced settings as such:
ARP Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
ECMA: Disabled (Specific Wake-On-LAN technology that can be a potential security issue. Disable unless you know you need it.)
Energy Efficient Ethernet: Disabled (may use slightly more power, but will prevent conflicts with switches, routers, or modems that do not use this feature appropriately)
Flow Control: Disabled (TCP has its own flow control, and this can cause conflicts. UDP usage is rare enough that a dropped packet should not cause any impact.)
Interrupt Moderation: Disabled (Groups packets before sending them. Not desirable for most uses and can cause slowdowns)
IPv4 Checksum Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
Jumbo Frame: Disabled (Unless you know you are using the machine as a server with jumbo frame support, this is not desirable.)
Large Send Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
Max IRQ per Second: Doesn’t matter. (This is a setting for Interrupt Moderation, and will be ignored if Interrupt Moderation is disabled.)
Maximum Number of RSS Queues: 2 for dual-core CPUs, 4 for quad-core CPUs(This will only increase performance if CPU cores are underutilized when receiving large amounts of data. Unlikely to affect latency.)
Network Address: Not Present. (The Windows Operating System handles this. This setting will not affect NIC performance)
NS Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
Receive Buffers: 1024 or experiment. (Increasing this setting will cause your network adapter to use more RAM for processing received data, but may improve performance. Experiment with your specific machine. May not affect latency at all.)
Receive Side Scaling: Enabled (This will allow the NIC to send received data to multiple CPU cores)
Shutdown Wake Up: Disabled. (Only relevant if you intend to use Wake-on-LAN when the machine is shut down. Most BIOSes do not support this. Might cause the computer to wake unexpectedly when enabled.)
Speed & Duplex: Auto-Negotiation (This allows the NIC to operate at 1 Gbps link speeds if the rest of the network negotiates appropriately. Will otherwise revert to 100 Mbps link speed.)
SWOI: Doesn’t Matter (Security Wake On Internet – only relevant for Wake-On-LAN applications over the Internet using compatible technology – does not affect latency.)
TCP Checksum Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
UDP Checksum Offload: Disabled (When enabled, this offloads some CPU work to the network adapter. Unless your CPU is struggling, this is undesirable)
Transmit Buffers: 1024 (Increasing this setting will cause your network adapter to use more RAM for processing transmit data but may improve performance. Experiment with your specific machine. May not affect latency at all. 1024 is maximum.)
VLAN ID: This setting doesn’t matter. (Only used if your ISP requires your Ethernet to use VLAN, as is the case where one modem is serving multiple households. This setting will not affect latency.)
Wake-on-magic-packet: Disabled (only relevant for Wake-On-LAN applications over the Internet using compatible technology. Will not affect latency, and may cause the machine to wake unexpectedly when enabled.)
Wake on pattern match: Disabled (only relevant for Wake-On-LAN applications over the Internet using compatible technology. Will not affect latency, and may cause the machine to wake unexpectedly when enabled.)