Step 1
Open search on your taskbar
Open search on your taskbar
Open search on your taskbar
Open search on your taskbar
Open search on your taskbar
Step 2
Search for "View network connections" and open that
Search for "View network connections" and open that
Search for "View network connections" and open that
Search for "View network connections" and open that
Search for "View network connections" and open that
Step 3
Left and than right click on your ethernet connection
Left and than right click on your ethernet connection
Left and than right click on your ethernet connection
Left and than right click on your ethernet connection
Left and than right click on your ethernet connection
Step 4
Select Properties.
You should see something like this
Select Properties.
You should see something like this
Select Properties.
You should see something like this
Select Properties.
You should see something like this
Select Properties.
You should see something like this
Step 5
Uncheck everything but
"Internet Protocol Version 4 (TCP/IPv4)"
and "QoS Packet Schelduler"
Uncheck everything but
"Internet Protocol Version 4 (TCP/IPv4)"
and "QoS Packet Schelduler"
Uncheck everything but
"Internet Protocol Version 4 (TCP/IPv4)"
and "QoS Packet Schelduler"
Uncheck everything but
"Internet Protocol Version 4 (TCP/IPv4)"
and "QoS Packet Schelduler"
Uncheck everything but
"Internet Protocol Version 4 (TCP/IPv4)"
and "QoS Packet Schelduler"
Step 5
Click "OK" and REOPEN
Click "OK" and REOPEN
Click "OK" and REOPEN
Click "OK" and REOPEN
Click "OK" and REOPEN
Step 6
Click "Configure"
Click "Configure"
Click "Configure"
Click "Configure"
Click "Configure"
Step 7
Select "Power Managment" and uncheck all check boxes
click "OK" and REOPEN
Select "Power Managment" and uncheck all check boxes
click "OK" and REOPEN
Select "Power Managment" and uncheck all check boxes
click "OK" and REOPEN
Select "Power Managment" and uncheck all check boxes
click "OK" and REOPEN
Select "Power Managment" and uncheck all check boxes
click "OK" and REOPEN
Step 8
Head to the "Advanced" tab and copy settings from under here. than click "OK", again "OK" and than you are done.
Head to the "Advanced" tab and copy settings from under here. than click "OK", again "OK" and than you are done.
Head to the "Advanced" tab and copy settings from under here. than click "OK", again "OK" and than you are done.
Head to the "Advanced" tab and copy settings from under here. than click "OK", again "OK" and than you are done.
Head to the "Advanced" tab and copy settings from under here. than click "OK", again "OK" and than you are done.
first
Copy these Properties:
Copy these Properties:
Copy these Properties:
Copy these
Properties:
Copy these Properties:
Preset #1
Advanced EEE
Disabled
Advanced EEE (Energy Efficient Ethernet) reduces power consumption during periods of low network activity by allowing the network interface to enter a low-power state.
Energi-Efficient
Ethernet
Disabled
Energy-Efficient Ethernet (EEE) reduces power consumption by dynamically adjusting the energy usage of network devices based on traffic activity, turning off parts of the system during idle periods.
Green Ethernet
Disabled
Green Ethernet is a technology that reduces the power consumption of network devices by adjusting the power usage based on traffic levels, similar to Energy-Efficient Ethernet but with additional power-saving optimizations.
Jumbo Frame
Largest possible
Jumbo Frame allows the transmission of Ethernet frames larger than the standard 1500 bytes (typically up to 9000 bytes), improving network efficiency by reducing the overhead of processing multiple smaller frames.
NS Offload
Disabled
NS Offload (Neighbor Solicitation Offload) offloads the processing of Neighbor Solicitation messages in IPv6 to the network adapter, reducing CPU load by handling these network tasks independently.
Receive Buffers
Maximum
Receive Buffers define the amount of memory allocated to store incoming network data, helping to manage and prevent data loss during periods of high network traffic.
TCP Checksum Offload
(Both)
Disabled
TCP Checksum Offload (Both) offloads the calculation and verification of TCP checksums for both transmitted and received packets to the network adapter, reducing CPU workload and improving network performance.
VLAN ID
0
VLAN ID is a unique identifier assigned to a virtual local area network (VLAN), allowing network traffic to be tagged and routed separately from other traffic on the same physical network for better segmentation and management.
WOL & Shutdown Link Speed
Not Speed Down
WOL & Shutdown Link Speed adjusts the network adapter’s link speed when the system is in a shutdown or low-power state, allowing Wake-on-LAN (WOL) functionality to work efficiently while maintaining the optimal speed for power-saving mode.
ARP Offload
Disabled
ARP Offload allows the network device to handle Address Resolution Protocol (ARP) requests and responses independently, reducing the load on the CPU.
Flow Control
Disabled
Flow Control manages the rate of data transmission between devices to prevent network congestion and data loss by temporarily pausing the data flow when the receiving device is overwhelmed.
Interrupt Moderation
Disabled
Interrupt Moderation reduces the number of interrupts sent to the CPU by grouping multiple events together, which helps to optimize performance and reduce CPU load in high-traffic scenarios.
Large Send Offload
(Both)
Disabled
Large Send Offload (Both) offloads the task of segmenting large TCP/IP packets into smaller ones to the network adapter, improving performance by reducing CPU usage during data transmission.
Power Saving Mode
Disabled
Power Saving Mode reduces the power consumption of the network adapter by putting it into a low-power state during periods of inactivity or low network usage.
Shutdown
Wake-On-Lan
Disabled
Shutdown Wake-On-Lan allows the network adapter to detect a "magic packet" and wake the computer from a powered-off state, enabling remote wake-up capabilities even when the system is shut down.
Transmit Buffers
Maximum
Transmit Buffers define the amount of memory allocated for storing outgoing network data, helping to manage data flow and prevent packet loss during high traffic situations.
Wake on Magic Packet
Disabled
Wake on Magic Packet enables a computer to be remotely powered on by receiving a specific network packet (magic packet) sent over the network, even when the system is powered off or in a low-power state.
Maximum Number of RSS
Queues
Maximum
Maximum Number of RSS Queues defines the number of receive-side scaling (RSS) queues that the network adapter can use to distribute network traffic processing across multiple CPU cores, improving performance and scalability in high-traffic scenarios.
EEE
Max Support Speed
10 Mbps Full Duplex
EEE Max Support Speed determines the maximum network speed at which Energy Efficient Ethernet (EEE) can operate while maintaining power efficiency during low-traffic periods.
Gigabit Lite
Disabled
Gigabit Lite is a feature that enables reduced-speed gigabit Ethernet connectivity, typically used to improve compatibility or stability with certain devices or network conditions while still offering faster speeds than standard Ethernet.
IPv4 Checksum
Offload
Disabled
IPv4 Checksum Offload offloads the task of calculating and verifying the checksum for IPv4 packets to the network adapter, improving CPU performance by reducing the processing load on the system.
Network Address
Not Pressent
Network Address allows a custom MAC address to be assigned to the network interface, helping avoid conflicts or improve network management in certain scenarios.
Priority & VLAN
Priority Enabled
Priority & VLAN (Virtual Local Area Network) allows the network traffic to be classified by priority and segmented into different virtual networks, improving performance and security by managing traffic flow more efficiently.
Speed & Duplex
Auto Neogtiation
Speed & Duplex sets the network connection's data transfer rate and mode (e.g., 1000 Mbps Full Duplex), allowing the device to communicate at the specified speed and transmission direction to ensure optimal network performance and compatibility.
UDP Checksum Offload
(Both)
Disabled
UDP Checksum Offload (Both) offloads the calculation and verification of UDP checksums for both transmitted and received packets to the network adapter, reducing CPU workload and improving overall performance.
Wake on pattern match
Disabled
Wake on Pattern Match allows the computer to wake up from a low-power state when a specific data pattern, often defined by a network administrator, is detected in network traffic, enabling remote wake-up based on custom criteria.
Wake on magic packet when
system is off
Disabled
"Wake on Magic Packet when system is off" enables the computer to be powered on remotely by receiving a magic packet, even when the system is completely powered off, as long as the network adapter remains active to detect the packet.
Disclaimer
The recommended settings provided on this website are intended to optimize network performance based on general configurations. However, these settings may not work optimally for all machines or network environments. Individual results may vary depending on hardware, software, and network conditions. We strongly recommend conducting thorough testing on your specific setup to determine the best configuration for your needs. Always ensure compatibility with your system before applying any changes.
Henry Blade
@j.cepelqaa
