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36 CMN-600 PMU counters may be configured to count any one of a defined set of
41 Node ID information currently can be obtained one of two ways.
49 dump of nodes tree to system console:
52 Some BIOS versions of dual-socket machines have no NUMA domain information in
56 Where {unit} is a cmn600 device unit number and {value} is the NUMA domain of
106 These PMCs are named using a class name prefix of
109 The following list of PMC events are available:
113 Number of DVMOP requests received.
117 Number of DVM Sync requests received.
119 Number of incoming DVMOP requests that are subject to VMID based filtering.
120 This is a measure of the effectiveness of VMID based filtering and potential
123 Number of incoming requests that are retried.
124 This is a measure of the retry rate.
128 Number of DVMOP TLB invalidate requests received.
130 Number of DVMOP Branch predictor invalidate requests received.
132 Number of DVMOP physical instruction cache invalidate requests received.
134 Number of DVMOP virtual instruction cache invalidate requests received.
136 Number of DVM op requests to RNDs, BPI or PICI/VICI, that were filtered
138 Number of SNPs sent to RNs
140 Number of SNPs stalled to RNs due to lack of Crds
149 Counts number of cache accesses in first access (high priority)
153 Counts number of retried requests
155 Counts number of requests received by HN
157 Counts number of SF hits
159 Counts number of SF eviction cache invalidations initiated
161 Counts number of directed snoops sent (not including SF back invalidation)
163 Counts number of multicast snoops sent (not including SF back invalidation)
165 Counts number of SLC evictions (dirty only)
167 Counts number of SLC fills to an invalid way
169 Counts number of retried transactions by the MC
171 Counts number of requests sent to MC
173 Counts number of times a HighHigh priority request is protocol-retried at the
180 Counts number of POCQ address hazards upon allocation
182 Counts number of POCQ address hazards upon allocation for atomic operations
184 Counts number of times ADQ is full for Ld/St/SWP type atomic operations while
187 Counts number of times ADQ is full for CMP type atomic operations while POCQ
190 Counts number of times HN-F has a pending TXDAT flit but no credits to upload
192 Counts number of times HN-F has a pending TXRSP flit but no credits to upload
194 Counts number of times requests are replayed in SLC pipe due to SEQ being full
196 Counts number of times a request in SLC hit a pending SF eviction in SEQ
198 Counts number of snoops sent including directed, multicast, and SF back
201 Counts number of times directed snoops were sent due to SF back invalidation
203 Counts number of times multicast snoops were sent due to SF back invalidation
205 Counts number of times snooped were sent due to untracked RNF's
207 Counts number of times SF back invalidation resulted in dirty line intervention
210 Counts number of times stash snoops were sent
212 Counts number of times stash snoops resulted in data pull from the RN
214 Counts number of times data forward snoops were sent
260 Number of flits transmitted on a specified port and CHI channel.
261 This is a measure of the flit transfer bandwidth from an XP.
264 Number of cycles when a flit is stalled at an XP waiting for link credits at a
266 This is a measure of the flit traffic congestion on the mesh and at the flit
269 Number of times when a partial DAT flit is uploaded onto the mesh from a
275 2. Two 128b DAT flits are received but they are not two halves of a
318 Number of RData beats, RVALID and RREADY, dispatched on port 0.
319 This is a measure of the read bandwidth, including CMO responses.
321 Number of RData beats, RVALID and RREADY, dispatched on port 1.
322 This is a measure of the read bandwidth, including CMO responses.
324 Number of RData beats, RVALID and RREADY, dispatched on port 2.
325 This is a measure of the read bandwidth, including CMO responses.
327 Number of RXDAT flits received.
328 This is a measure of the true read data bandwidth, excluding CMOs.
330 Number of TXDAT flits dispatched.
331 This is a measure of the write bandwidth.
333 Number of TXREQ flits dispatched.
334 This is a measure of the total request
337 Number of retried TXREQ flits dispatched.
338 This is a measure of the retry rate.
341 This is a measure of oversubscription in the read request tracker.
344 This is a measure of oversubscription in the write request tracker.
346 Number of replayed TXREQ flits.
347 This is the measure of replay rate.
349 Number of write data cancels sent.
350 This is the measure of write cancel rate.
352 Number of WData beats, WVALID and WREADY, dispatched on port 0.
353 This is a measure of write bandwidth on AXI port 0.
355 Number of WData beats, WVALID and WREADY, dispatched on port 1.
356 This is a measure of write bandwidth on AXI port 1.
358 Number of WData beats, WVALID and WREADY, dispatched on port 2.
359 This is a measure of write bandwidth on AXI port 2.
361 Number of allocations in the read request tracker.
362 This is a measure of read transaction count.
364 Number of allocations in the write request tracker.
365 This is a measure of write transaction count.
367 Number of cycles for which Read Data Buffer state machine is in Unordered Mode.
369 Number of cycles for which Read Data Buffer state machine is in Replay mode
371 Number of cycles for which Read Data Buffer state machine is in hybrid mode.
372 Hybrid mode is where there is mix of ordered/unordered traffic.
374 Number of cycles for which Read Data Buffer state machine is in ordered Mode.
379 Number of RData beats, RVALID and RREADY, dispatched on port 0.
380 This is a measure of the read bandwidth, including CMO responses.
382 Number of RData beats, RVALID and RREADY, dispatched on port 1.
383 This is a measure of the read bandwidth, including CMO responses.
385 Number of RData beats, RVALID and RREADY, dispatched on port 2.
386 This is a measure of the read bandwidth, including CMO responses.
388 Number of RXDAT flits received.
389 This is a measure of the true read data bandwidth, excluding CMOs.
391 Number of TXDAT flits dispatched.
392 This is a measure of the write bandwidth.
394 Number of TXREQ flits dispatched.
395 This is a measure of the total request bandwidth.
397 Number of retried TXREQ flits dispatched.
398 This is a measure of the retry rate.
401 This is a measure of oversubscription in the read request tracker.
404 This is a measure of oversubscription in the write request tracker.
406 Number of replayed TXREQ flits.
407 This is the measure of replay rate.
409 Number of write data cancels sent.
410 This is the measure of write cancel rate
412 Number of WData beats, WVALID and WREADY, dispatched on port 0.
413 This is a measure of write bandwidth on AXI port 0.
415 Number of WData beats, WVALID and WREADY, dispatched on port 1.
416 This is a measure of write bandwidth on AXI port 1.
418 Number of WData beats, WVALID and WREADY, dispatched on port 2.
419 This is a measure of write bandwidth on AXI port 2.
421 Number of allocations in the read request tracker.
422 This is a measure of read transaction count.
424 Number of allocations in the write request tracker.
425 This is a measure of write transaction count
427 Number of cycles for which Read Data Buffer state machine is in Unordered Mode.
429 Number of cycles for which Read Data Buffer state machine is in Replay mode
431 Number of cycles for which Read Data Buffer state machine is in hybrid mode.
432 Hybrid mode is where there is mix of ordered/unordered traffic.
434 Number of cycles for which Read Data Buffer state machine is in ordered Mode.
440 Number of Read DAT Bypass
442 Number of CHI RSP up Stall
444 Number of CHI DAT up Stall
446 Number of Snoop Pcrd Stall on Link 0
448 Number of Snoop Pcrd Stall on Link 1
450 Number of Snoop Pcrd Stall on Link 2
481 Number of request chains formed larger than one
483 Average size of request chains, only for chain sizes larger than one
485 Local RA upload stalls to CHI because of contention with HA
487 Local RA upload stalls to CHI because of contention with HA
540 Average size of RX CXS in DWs within a beat
542 Average size of TX CXS in DWs within a beat