@@ -748,21 +748,22 @@ will be ignored, and a warning will be generated.
For inter-switch links, Torus-2QoS uses VL values 0-3 to implement one of
its supported QoS levels, and VL values 4-7 to implement the other. For
-CA links, Torus-2QoS uses VL value 0 for one of its supported QoS
-levels and VL value 1 to implement the other. Hard-to-diagnose application
-issues may arise if traffic is not delivered fairly across each of these
-two VL ranges. For inter-switch links, Torus-2QoS will detect and warn if
-VL arbitration is configured unfairly across VLs in the range 0-3, and also
-in the range 4-7. Note that the default OpenSM VL arbitration configuration
-does not meet this constraint, so all torus-2QoS users should configure VL
+endport links (CA, router, switch management port), Torus-2QoS uses VL
+value 0 for one of its supported QoS levels and VL value 1 to implement
+the other. Hard-to-diagnose application issues may arise if traffic is
+not delivered fairly across each of these two VL ranges. For
+inter-switch links, Torus-2QoS will detect and warn if VL arbitration is
+configured unfairly across VLs in the range 0-3, and also in the range
+4-7. Note that the default OpenSM VL arbitration configuration does
+not meet this constraint, so all torus-2QoS users should configure VL
arbitration via qos_ca_vlarb_high, qos_swe_vlarb_high, qos_ca_vlarb_low,
qos_swe_vlarb_low, etc.
Note that torus-2QoS maps SL values to VL values differently
-for inter-switch and CA links. This is why qos_vlarb_high and
+for inter-switch and endport links. This is why qos_vlarb_high and
qos_vlarb_low should not be used, as using them may result in
VL arbitration for a QoS level being different across inter-switch
-links vs. across CA links.
+links vs. across endport links.
Operational Considerations:
@@ -406,21 +406,22 @@ torus-2QoS, any configuration via qos_sl2vl, qos_swe_sl2vl,
.P
For inter-switch links, Torus-2QoS uses VL values 0-3 to implement one of
its supported QoS levels, and VL values 4-7 to implement the other. For
-CA links, Torus-2QoS uses VL value 0 for one of its supported QoS
-levels and VL value 1 to implement the other. Hard-to-diagnose application
-issues may arise if traffic is not delivered fairly across each of these
-two VL ranges. For inter-switch links, Torus-2QoS will detect and warn if
-VL arbitration is configured unfairly across VLs in the range 0-3, and also
-in the range 4-7. Note that the default OpenSM VL arbitration configuration
-does not meet this constraint, so all torus-2QoS users should configure VL
+endport links (CA, router, switch management port), Torus-2QoS uses VL
+value 0 for one of its supported QoS levels and VL value 1 to implement
+the other. Hard-to-diagnose application issues may arise if traffic is
+not delivered fairly across each of these two VL ranges. For
+inter-switch links, Torus-2QoS will detect and warn if VL arbitration is
+configured unfairly across VLs in the range 0-3, and also in the range
+4-7. Note that the default OpenSM VL arbitration configuration does
+not meet this constraint, so all torus-2QoS users should configure VL
arbitration via qos_ca_vlarb_high, qos_swe_vlarb_high, qos_ca_vlarb_low,
qos_swe_vlarb_low, \fIetc.\fR
.P
Note that torus-2QoS maps SL values to VL values differently
-for inter-switch and CA links. This is why qos_vlarb_high and
+for inter-switch and endport links. This is why qos_vlarb_high and
qos_vlarb_low should not be used, as using them may result in
VL arbitration for a QoS level being different across inter-switch
-links vs. across CA links.
+links vs. across endport links.
.
.SH OPERATIONAL CONSIDERATIONS
.
Change CA links to endport links Signed-off-by: Hal Rosenstock <hal@mellanox.com> --- doc/current-routing.txt | 19 ++++++++++--------- man/torus-2QoS.8.in | 19 ++++++++++--------- 2 files changed, 20 insertions(+), 18 deletions(-)