INTEGRA-W/INTEGRA-WS User Manual WEB GUI
SAF Tehnika JSC
44
30)
Rx Control frames
– The total number of frames received as control frames;
31)
Rx Length errors
– The total number of frames received with incorrect length field;
32)
Rx VLAN frames
– The total number of frames received containing at least one
VLAN tag;
33)
Rx Pause frames
– The total number of
frames received as control frames with valid
PAUSE opcodes;
34)
Rx Op errors
–
The total number of frames recognized as control frames but contained an
Unknown Opcode;
35)
Rx Frame errors
–
The total number of frames received with errors;;
36)
Tx Good frames
– The number of frames that have been transmitted by this port
from its segment excluding fragmented and FCS error frames;
37)
Tx Errors
– The number of fragmented and FCS error frames;
38)
Tx FIFO err
– The number of frames out of the sequence transmitted by this port;
39)
Tx Broadcast frames
– The total number of good packets transmitted that were
directed to the broadcast address. Note that this does not include multicast
packets;
40)
Tx Multicast frames
– The total number of good packets transmitted that were
directed to a multicast address. Note that this number does not include packets
directed to the broadcast address;
41)
Tx Underrun errors
– The number of packets transmitted that are less than the
allowed 64 octets minimum length. Underrun packets occur due to jam signals
generated by collisions, backpressure etc.;
42)
Tx Control frames
– The total number of frames transmitted as control frames;
43)
Tx VLAN frames
– The total number of frames transmitted containing at least one
VLAN tag;
44)
Tx Pause frames
– The total number of
frames transmitted as control frames with valid
PAUSE opcodes;
45)
Tx Single collisions
– The total number of packets successfully transmitted by this
port that experienced exactly one collision
;
46)
Tx Multi collisions
– The total number of frames successfully transmitted by this
port that experienced more than one collision
;
47)
Tx Deferred
– The total number of frames transmitted by a this port for which the
first transmission attempt was delayed because the medium was busy
;
48)
Tx Late collisions
– The total number of times that a collision was detected later
than 512 bit-times into the transmission of a frame
;
49)
Tx Excess collisions
– The total number of frames that were not transmitted from
this port because 16 unsuccessful attempts were made to transmit the frame
;
50)
Tx Excess deferral
– The total number of frames that deferred transmission for an
excessive period of time
;
51)
Tx Alignment errors
– Asserted for received frames of size 64-bytes and greater
which contained an odd number of received nibbles and which also contained an
invalid FCS field
;
52)
Tx Carrier errors
– A
Number of frames transmitted in which the carrier signal was
lost or in which the carrier signal was not present
;
53)
Tx Collisions
– The total number of collisions experienced by this port during packet
transmissions
.
