- Oct 11, 2014
- 36,387
- 3,661
- 146,290
There are still diagnostic tools available that can delve deeper into what is ormay be astray with the desktop.
Premise being that the desktop is somehow configured differently than the laptop especially with respect to where the network configuration settings should be identical.
One way to look for differences is by using Powershell and more specifically "Get" cmdlets that get information about how the host computer and the network adapter are configured. Many details.
As a start try the cmdlets:
Get-NetAdapter -Name *
and
Get-NetAdapterAdvancedProperty -Name "*"
Reference:
https://learn.microsoft.com/en-us/p...teradvancedproperty?view=windowsserver2022-ps
The first cmdlet will identify network adapters.
The second cmdlet will reveal, for example, the status of Jumbo Frame. Very relevant per @kanewolf.
However, there are many more details that can be looked at and compared to the laptop's configuration and/or other network computers.
Using
Get-NetAdapterAdvancedProperty -Name "*" -AllProperties
results in very long list of related registry values.
Remember - just look and more specifically look for differences between the desktop and laptop.
There will be some differences because of being a desktop or laptop and different network adapters. Overall though I would expect the basic network configuration settings to be identical.
It may seem complicated at first but it really is not so especially if you stay with the one-line examples in the links and use only "Get" cmdlets.
Note that you can copy cmdlets from the linked tutorials and paste them in at the Powershell PS> prompt. Helps avoid typos.....
Plus you can find any number of similar Powershell Network related tutorials to read:
https://learn.microsoft.com/en-us/p...adapterhardwareinfo?view=windowsserver2022-ps
Do not change anything. Simply work with a few of the Get cmdlets and post any noted differences.
Some differences may be explainable or expected. Other differences may be a clue as to why the desktop's performance falters with respect to the two NAS devices.
Looking for differnces and making comparisons will take some time and effort..... no need to rush.
Premise being that the desktop is somehow configured differently than the laptop especially with respect to where the network configuration settings should be identical.
One way to look for differences is by using Powershell and more specifically "Get" cmdlets that get information about how the host computer and the network adapter are configured. Many details.
As a start try the cmdlets:
Get-NetAdapter -Name *
and
Get-NetAdapterAdvancedProperty -Name "*"
Reference:
https://learn.microsoft.com/en-us/p...teradvancedproperty?view=windowsserver2022-ps
The first cmdlet will identify network adapters.
The second cmdlet will reveal, for example, the status of Jumbo Frame. Very relevant per @kanewolf.
However, there are many more details that can be looked at and compared to the laptop's configuration and/or other network computers.
Using
Get-NetAdapterAdvancedProperty -Name "*" -AllProperties
results in very long list of related registry values.
Remember - just look and more specifically look for differences between the desktop and laptop.
There will be some differences because of being a desktop or laptop and different network adapters. Overall though I would expect the basic network configuration settings to be identical.
It may seem complicated at first but it really is not so especially if you stay with the one-line examples in the links and use only "Get" cmdlets.
Note that you can copy cmdlets from the linked tutorials and paste them in at the Powershell PS> prompt. Helps avoid typos.....
Plus you can find any number of similar Powershell Network related tutorials to read:
https://learn.microsoft.com/en-us/p...adapterhardwareinfo?view=windowsserver2022-ps
Do not change anything. Simply work with a few of the Get cmdlets and post any noted differences.
Some differences may be explainable or expected. Other differences may be a clue as to why the desktop's performance falters with respect to the two NAS devices.
Looking for differnces and making comparisons will take some time and effort..... no need to rush.
- Dec 12, 2010
- 69
- 0
- 18,530
Code:
Name DisplayName DisplayValue RegistryKeyword RegistryValue
---- ----------- ------------ --------------- -------------
Ethernet Flow Control Rx & Tx Enabled *FlowControl {3}
Ethernet Interrupt Moderation Enabled *InterruptMo... {1}
Ethernet IPv4 Checksum Offload Rx & Tx Enabled *IPChecksumO... {3}
Ethernet Jumbo Frame Disabled *JumboPacket {1514}
Ethernet Large Send Offload v2 (IPv4) Enabled *LsoV2IPv4 {1}
Ethernet Large Send Offload v2 (IPv6) Enabled *LsoV2IPv6 {1}
Ethernet Maximum Number of RSS Queues 4 Queues *NumRssQueues {4}
Ethernet ARP Offload Enabled *PMARPOffload {1}
Ethernet NS Offload Enabled *PMNSOffload {1}
Ethernet Priority & VLAN Priority & VLAN Enabled *PriorityVLA... {3}
Ethernet Receive Buffers 512 *ReceiveBuffers {512}
Ethernet Receive Side Scaling Enabled *RSS {1}
Ethernet Speed & Duplex Auto Negotiation *SpeedDuplex {0}
Ethernet TCP Checksum Offload (IPv4) Rx & Tx Enabled *TCPChecksum... {3}
Ethernet TCP Checksum Offload (IPv6) Rx & Tx Enabled *TCPChecksum... {3}
Ethernet Transmit Buffers 128 *TransmitBuf... {128}
Ethernet UDP Checksum Offload (IPv4) Rx & Tx Enabled *UDPChecksum... {3}
Ethernet UDP Checksum Offload (IPv6) Rx & Tx Enabled *UDPChecksum... {3}
Ethernet Wake on Magic Packet Enabled *WakeOnMagic... {1}
Ethernet Wake on pattern match Enabled *WakeOnPattern {1}
Ethernet Advanced EEE Enabled AdvancedEEE {1}
Ethernet Auto Disable Gigabit Disabled AutoDisableG... {0}
Ethernet Energy Efficient Ethernet Enabled EEE {1}
Ethernet Green Ethernet Enabled EnableGreenE... {1}
Ethernet Gigabit Lite Enabled GigaLite {1}
Ethernet Network Address -- NetworkAddress {--}
Ethernet Shutdown Wake-On-Lan Enabled S5WakeOnLan {1}
Ethernet WOL & Shutdown Link Speed 10 Mbps First WolShutdownL... {0}
Wi-Fi Sleep on WoWLAN Disconnect Disabled *DeviceSleep... {0}
Wi-Fi Packet Coalescing Enabled *PacketCoale... {1}
Wi-Fi ARP offload for WoWLAN Enabled *PMARPOffload {1}
Wi-Fi NS offload for WoWLAN Enabled *PMNSOffload {1}
Wi-Fi GTK rekeying for WoWLAN Enabled *PMWiFiRekey... {1}
Wi-Fi Wake on Magic Packet Enabled *WakeOnMagic... {1}
Wi-Fi Wake on Pattern Match Enabled *WakeOnPattern {1}
Wi-Fi 802.11n Channel Width for 2... Auto ChannelWidth24 {1}
Wi-Fi 802.11n Channel Width for 5... Auto ChannelWidth52 {1}
Wi-Fi Mixed Mode Protection RTS/CTS Enabled CtsToItself {0}
Wi-Fi Fat Channel Intolerant Disabled FatChannelIn... {0}
Wi-Fi Transmit Power 5. Highest IbssTxPower {100}
Wi-Fi HT Mode VHT Mode IEEE11nMode {2}
Wi-Fi MIMO Power Save Mode Auto SMPS MIMOPowerSav... {0}
Wi-Fi Roaming Aggressiveness 3. Medium RoamAggressi... {2}
Wi-Fi Preferred Band 1. No Preference RoamingPrefe... {0}
Wi-Fi Throughput Booster Disabled ThroughputBo... {0}
Wi-Fi U-APSD support Disabled uAPSDSupport {0}
Wi-Fi Wireless Mode 6. 802.11a/b/g WirelessMode {34}- Dec 12, 2010
- 69
- 0
- 18,530
Code:
Name DisplayName DisplayValue RegistryKeyword RegistryValue
---- ----------- ------------ --------------- -------------
Local Area Connection Energy Efficient Ethernet Disabled *EEE {0}
Local Area Connection Flow Control Rx & Tx Enabled *FlowControl {3}
Local Area Connection Interrupt Moderation Enabled *InterruptMo... {1}
Local Area Connection IPv4 Checksum Offload Rx & Tx Enabled *IPChecksumO... {3}
Local Area Connection Jumbo Frame Disabled *JumboPacket {1514}
Local Area Connection Large Send Offload (IPv4) Enabled *LsoV1IPv4 {1}
Local Area Connection Large Send Offload v2 (IPv4) Enabled *LsoV2IPv4 {1}
Local Area Connection Large Send Offload v2 (IPv6) Enabled *LsoV2IPv6 {1}
Local Area Connection Maximum Number of RSS Queues 4 RSS Queues *NumRssQueues {4}
Local Area Connection ARP Offload Enabled *PMARPOffload {1}
Local Area Connection NS Offload Enabled *PMNSOffload {1}
Local Area Connection Receive Buffers 512 *ReceiveBuffers {512}
Local Area Connection Receive Side Scaling Enabled *RSS {1}
Local Area Connection Speed & Duplex Auto Negotiation *SpeedDuplex {0}
Local Area Connection TCP Checksum Offload (IPv4) Rx & Tx Enabled *TCPChecksum... {3}
Local Area Connection TCP Checksum Offload (IPv6) Rx & Tx Enabled *TCPChecksum... {3}
Local Area Connection Transmit Buffers 256 *TransmitBuf... {256}
Local Area Connection UDP Checksum Offload (IPv4) Rx & Tx Enabled *UDPChecksum... {3}
Local Area Connection UDP Checksum Offload (IPv6) Rx & Tx Enabled *UDPChecksum... {3}
Local Area Connection Wake on magic packet Enabled *WakeOnMagic... {1}
Local Area Connection Wake on pattern match Enabled *WakeOnPattern {1}
Local Area Connection ECMA Disabled Ecma {0}
Local Area Connection SWOI Disabled Ioac_SwoiSup... {0}
Local Area Connection Max IRQ per Second 5000 MaxInterrupt {5000}
Local Area Connection Network Address -- NetworkAddress {--}
Local Area Connection Shutdown Wake Up Disabled ShutdownWake {0}
Local Area Connection VLAN ID 0 VLanID {0}
Local Area Connection 3 Non-Admin Access Allowed AllowNonAdmin {1}
Local Area Connection 3 MAC Address -- MAC {--}
Local Area Connection 3 Media Status Application Controlled MediaStatus {0}
Local Area Connection 3 MTU 1500 MTU {1500}TRENDING THREADS
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