Dell PowerVault 56F Dell PowerVault 56F 16-Port Fibre Channel Switch Inst - Page 82

stat_mc_tx

Page 82 highlights

stat_wtx stat_wrx stat_ftx stat_frx stat_c2_frx stat_c3_frx stat_lc_rx stat_mc_rx stat_mc_to stat_mc_tx tim_rdy_pri tim_txcrd_z er_enc_in er_crc er_trunc er_toolong er_bad_eof er_enc_out Number of 4-byte words transmitted from the port Number of 4-byte words received by the port Number of frames transmitted from the port Number of frames received by the port Number of Class 2 frames received Number of Class 3 frames received Number of link control frames received Number of multicast frames received Number of timeouts reported for multicast frames; a single frame could cause this counter to increment if it timed out for each multiple destination Number of multicast frames transmitted Amount of time (measured in proprietary ticks) that R_RDY transmission has higher priority than frame transmission Time that this port cannot transmit frames due to a transmit buffer-to-buffer credit of zero Received data: the number of 8b/10b encoding errors that have occurred inside frame boundaries; this counter is generally a nonzero value, although occasional errors may occur on a normal link and give a zero result; (Minimum compliance with the link bit error rate specification on a link continuously receiving frames would cause approximately one error every 20 minutes.) Received frames: the number of CRC errors detected Received frames: the number of frames that were shorter than the minimum Fibre Channel frame size (for example, a header with no payload) Received frames: the number of frames that were longer than the maximum Fibre Channel frame size (for example, a header with a 2,112-byte payload) The number of frames received with a badly formed end-offrame Receive link: the number of 8b/10b encoding errors recorded outside frame boundaries; this number may become nonzero during link initialization but indicates a problem if it increments faster than the allowed link-bit error rate (approximately once every 20 minutes) 4-26 Installation and Troubleshooting Guide

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4-26
Installation and Troubleshooting Guide
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stat_wtx
Number of 4-byte words transmitted from the port
stat_wrx
Number of 4-byte words received by the port
stat_ftx
Number of frames transmitted from the port
stat_frx
Number of frames received by the port
stat_c2_frx
Number of Class 2 frames received
stat_c3_frx
Number of Class 3 frames received
stat_lc_rx
Number of link control frames received
stat_mc_rx
Number of multicast frames received
stat_mc_to
Number of timeouts reported for multicast frames; a single
frame could cause this counter to increment if it timed out for
each multiple destination
stat_mc_tx
Number of multicast frames transmitted
tim_rdy_pri
Amount of time (measured in proprietary ticks) that R_RDY
transmission has higher priority than frame transmission
tim_txcrd_z
Time that this port cannot transmit frames due to a transmit
buffer-to-buffer credit of zero
er_enc_in
Received data: the number of 8b/10b encoding errors that have
occurred inside frame boundaries; this counter is generally a
nonzero value, although occasional errors may occur on a normal
link and give a zero result; (Minimum compliance with the link bit
error rate specification on a link continuously receiving frames
would cause approximately one error every 20 minutes.)
er_crc
Received frames: the number of CRC errors detected
er_trunc
Received frames: the number of frames that were shorter than
the minimum Fibre Channel frame size (for example, a header
with no payload)
er_toolong
Received frames: the number of frames that were longer than
the maximum Fibre Channel frame size (for example, a header
with a 2,112-byte payload)
er_bad_eof
The number of frames received with a badly formed end-of-
frame
er_enc_out
Receive link: the number of 8b/10b encoding errors recorded
outside frame boundaries; this number may become nonzero
during link initialization but indicates a problem if it increments
faster than the allowed link-bit error rate (approximately once
every 20 minutes)