Windows Driver Advanced Properties And Event Log Messages; Driver Advanced Properties - Broadcom NetXreme-C User Manual

NetXtreme-E User's Manual
Windows Driver Advanced Properties and Event Log
Messages

Driver Advanced Properties

The Windows driver advanced properties are shown in
Driver Key
Encapsulated Task offload
Energy Efficient Ethernet
Flow control
Interrupt Moderation
Jumbo packet
Large Send offload V2 (IPV4)
Large Send offload V2 (IPV6)
Locally Administered Address
Max Number of RSS Queues
Priority and VLAN
Receive Buffer (0=Auto)
Receive Side Scaling
Receive Segment Coalescing (IPV4)
Receive Segment Coalescing (IPV6)
RSS load balancing profile
Speed and Duplex
February 26, 2018 • NetXtreme-E-UG100
Table 21: Windows Driver Advanced Properties
Parameters
Enable or Disable
Enable or Disable
TX or RX or TX/RX enable
Enable or Disable
1514 or 4088 or 9014
Enable or Disable
Enable or Disable
User entered MAC address.
2, 4 or 8.
Priority and VLAN Disable, Priority
enabled, VLAN enabled, Priority
and VLAN enabled.
Increments of 500.
Enable or Disable.
Enable or Disable.
Enable or Disable.
NUMA scaling static, Closest
processor, Closest processor
static, conservative scaling,
NUMA scaling.
1 Gbps or 10 Gbps or 25 Gbps or
Auto Negotiation.

Windows Driver Advanced Properties and Event Log Messages

Table 21.
.
Description
Used for configuring NVGRE
encapsulated task offload.
EEE enabled for Copper ports and
Disabled for SFP+ or SFP28 ports.
This feature is only enabled for the
BCM957406A4060 adapter.
Configure flow control on RX or TX
or both sides.
Default Enabled. Allows frames to
be batch processed by saving
CPU time.
Jumbo packet size.
LSO for IPV4.
LSO for IPV6.
Override default hardware MAC
address after OS boot.
Default is 8. Allows user to
configure Receive Side Scaling
queues.
Default Enabled. Used for
configuring 802.1Q and 802.1P.
Default is Auto.
Default Enabled
Default Enabled
Default Enabled
Default NUMA scaling static.
10 Gbps Copper ports can Auto
negotiate speeds, whereas
25 Gbps ports are set to forced
speeds.
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