The total number of received packets (including bad packets) whose length is 64 bytes (excluding framing bits, but including FCS bytes).

The total number of received packets (including bad packets) whose length is between 65 and 127 bytes (excluding framing bits, but including FCS bytes).

The total number of received packets (including bad packets) whose length is between 128 and 255 bytes (excluding framing bits, but including FCS bytes).

The total number of received packets (including bad packets) whose length is between 256 and 511 bytes (excluding framing bits, but including FCS bytes).

The total number of received packets (including bad packets) whose length is between 512 and 1023 bytes (excluding framing bits, but including FCS bytes).

The total number of received packets (including bad packets) whose length is between 1024 and 1518 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 64 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 65 and 127 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 128 and 255 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 256 and 511 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 512 and 1023 bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted packets (including bad packets) whose length is between 1024 and 1518 bytes (excluding framing bits, but including FCS bytes).

The total number of unicast good packets received.

The total number of received good packets (excluding broadcast packets) whose destination address is a multicast address.

The total number of received good packets (excluding multicast packets) whose destination address is the broadcast address.

The total number of transmitted unicast packets, including packets that are discarded and are not successfully transmitted.

The total number of transmitted multicast packets, including packets that are discarded and are not successfully transmitted.

The total number of transmitted broadcast packets, including packets that are discarded and are not successfully transmitted.

A count of received MAC flow control frames that have the PAUSE operation code.

A count of transmitted MAC flow control frames that have the PAUSE operation code.

The number of events in which packet loss occurs due to lack of resources. Note that this number is not necessarily the number of discarded packets; it is just the number of times for which this condition has been detected.

The total number of received packets (excluding framing bits, but including FCS bytes) that have a length of smaller than 64 bytes, and that do not have any other errors.

The total number of received packets (excluding framing bits, but including FCS bytes) that have a length of greater than 1518 bytes, and that do not have any other errors.

The total number of received packets (excluding framing bits, but including FCS bytes) that have a length of smaller than 64 bytes, and that have FCS errors or alignment errors. Due to the existence of noise collision, the increase of this number is normal.

The total number of received packets (excluding framing bits, but including FCS bytes) that have a length of greater than 1518 bytes, and that have FCS errors or alignment errors.

The total number of octets of good packets received on the network (excluding framing bits but including FCS octets).

The total number of octets of good packets transmitted on the network (excluding framing bits but including FCS octets).

The total number of received bad-packet bytes (excluding framing bits, but including FCS bytes).

The total number of transmitted bad-packet bytes (excluding framing bits, but including FCS bytes).

The best evaluation of the total number of collisions.

The number of received frames that have alignment errors. An alignment errored frame cannot pass the FCS check because the frame contains a non-integer number of bytes.

A count of received frames that are an integer number of bytes in length and have FCS errors. This count does not include oversize and undersize frames.

Single Collision Frames

MultipleCollisionFrames

The number of times for which a collision is detected after a length of more than one timeslot. A later collision is an obvious indication that the LAN diameter is overlarge.

A count of frames that are unsuccessfully transmitted after successive collisions.

A count of frames whose first transmission is delayed because the transmission media is busy. This count does not include collision related frames.

Carrier Sense Errors

The number of receive packets,with lengths between 1519 bytes and the maximum packet size,including bad packets.

The Number Of Transmitted Packets Larger than 1518 Bytes, Including Bad Packets.

The total number of received and transmitted packets (including bad packets) whose length is between 64 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 65 and 127 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 128 and 255 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 256 and 511 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 512 and 1023 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 1024 and 1518 bytes (excluding framing bits, but including FCS bytes).

The total number of received and transmitted packets (including bad packets) whose length is between 1519 and MTU bytes (excluding framing bits, but including FCS bytes).

The rate of received good packets, including framing bits (20 bytes) and FCS bytes.

The rate of transmitted good packets, including framing bits (20 bytes) and FCS bytes.

The total number of received good packets, including framing bits (20 bytes) and FCS bytes.

The total number of transmitted good packets, including framing bits (20 bytes) and FCS bytes.

A count of received control frames

A count of transmitted control frames

Transmitting packet loss events.

Oversize packets transmitted.

The total number of transmitted packets (including bad packets, broadcast packets, and multicast packets).

The total number of transmitted bytes (including bad-packet bytes and FCS bytes, and excluding framing bits).

The total number of received bytes (including bad-packet bytes and FCS bytes, and excluding framing bits).

The total number of received packets (including bad packets, broadcast packets, and multicast packets).

The total number of received packets that have a length of 64 to 1518 bytes, and that have FCS errors or alignment errors (for a non-integer number of bytes).

The percent utilization of the ethernet.

The total number of received bytes on the VCG side(including bad-packet bytes and FCS bytes, and excluding framing bits).

The total number of transmitted bytes on the VCG side(including bad-packet bytes and FCS bytes, and excluding framing bits).

The total number of received packets on the VCG side(including bad packets, broadcast packets, and multicast packets).

The total number of transmitted packets on the VCG side(including bad packets, broadcast packets, and multicast packets).

The total number of octets of good packets received on the network on the VCG side(excluding framing bits but including FCS octets).

The total number of octets of good packets transmitted on the network on the VCG side(excluding framing bits but including FCS octets).

The rate of received packetson the VCG side(including bad packets, broadcast packets, and multicast packets,excluding framing bits but including FCS octets).

The rate of transmitted packetson the VCG side(including bad packets, broadcast packets, and multicast packets,excluding framing bits but including FCS octets).

the count of packets lost in a period

the count of lost out-of-order CES packets in a period

the count of mis-connected packets in a period

the count of deformed CES packets in a period

the count of jitter buffer underflow times

the count of jitter buffer overflow times

the number of packets received at the V-UNI port of an Ethernet service

the number of bytes received at the V-UNI port of an Ethernet service

The number of packets transmitted at the specified V-UNI of the specified service.

The number of bytes transmitted at the specified V-UNI of the specified service.

Count of packets received on tunnel

Count of bytes received on tunnel

Count of packets transmitted on tunnel

Count of bytes transmitted on tunnel

Count of packets received on PW

Count of bytes received on PW

Count of packets transmitted on PW

Count of bytes transmitted on PW

Packets matching flow classification

Bytes matching flow classification

Packets marked green

Bytes marked green

Packets marked yellow

Bytes marked yellow

Packets marked red

Bytes marked red

The tunnel packet loss ratio in a time unit, that is, (number of data packets transmitted at the source - number of data packets received at the end)/number of data packets transmitted at the source.

The difference of number of data packets transmitted at the source minus number of data packets received at the end. This difference is detected by the PM mechanism of OAM.

The difference between the time when request packets are transmitted at the tunnel source and the time when response packets are received at the tunnel source.

The difference of the results in two frame delay tests.

The E-Line service packet loss ratio in a time unit, that is, (number of data packets transmitted at the source MEP - number of data packets received at the end MEP)/number of data packets transmitted at the source MEP.

The difference of number of data packets transmitted at the source minus number of data packets received at the end. The number of data packets transmitted at the source is detected by the PM mechanism of OAM.

The difference between the time when request packets are transmitted at the tunnel source and the time when response packets are received at the tunnel source.

The difference of the results in two frame delay tests.

Lost packets

Out-of-order packets

Count of transmitted cells

Count of received cells

Count of unknown cells

The number of normal cells received by the ATM connection through UNI1. This number helps determine whether the connection service is normal.

The number of normal cells transmitted by the ATM connection through UNI1. This number helps determine whether the connection service is normal.

the number of cells that are received by an ATM port and contain correctable header check sequence (HCS) errors

the number of cells that are received by an ATM port and contain uncorrectable header check sequence (HCS) errors

Count of total cells received

Count of total idle cells received

Count of total cells transmitted

Port bandwidth availability

Count of packets discarded on PW

Count of bytes discarded on PW

PW bandwidth utilization

PW availability

The number of discarded packets of different service priorities.

The number of bytes of different service priorities.

Bandwidth utilization of different service priorities

Maximum rate of normal cells received by the port

Minimum rate of normal cells received by the port

Average rate of normal cells received by the port

Maximum rate of normal cells transmitted by the port

Minimum rate of normal cells transmitted by the port

Average rate of normal cells transmitted by the port

Availability of cells in percentage

Maximum rate of normal cells received by the UNI1

Minimum rate of normal cells received by the UNI1

Average rate of normal cells received by the UNI1

Maximum rate of normal cells transmitted by the UNI1

Minimum rate of normal cells transmitted by the UNI1

Average rate of normal cells transmitted by the UNI1

ATM cells discarded

the number of packets received at the CES

received bytes

transmitted ppp packets.

transmitted ppp bytes.

received ppp packets.

received ppp bytes.

received fcs packets.

transmitted single lost ppp packets.

received single lost ppp packet.

received ppp bandwidth utilization.

received ppp bandwidth utilization.

transmitted mp service packets.

transmitted mp bytes.

received mp service packets.

received mp bytes.

received errored mp packets.

transmitted total mp packets.

received total mp packets.

received mp BW utilization.

transmitted mp BW utilization.

bad packets

The bandwidth utilization of the received port

The bandwidth utilization of the transmitted port

ATM PW bandwidth utilization

tunnel bandwidth utilization

The number of normal cells received by the ATM connection through UNI2. This number helps determine whether the connection service is normal.

The number of normal cells transmitted by the ATM connection through UNI2. This number helps determine whether the connection service is normal.

Maximum rate of normal cells received by the UNI2

Minimum rate of normal cells received by the UNI2

Average rate of normal cells received by the UNI2

Maximum rate of normal cells transmitted by the UNI2

Minimum rate of normal cells transmitted by the UNI2

Average rate of normal cells transmitted by the UNI2

Count of reverse packets transmitted on tunnel

Count of reverse bytes transmitted on tunnel

the number of packets received on the reverse tunnel

the number of bytes received on the reverse tunnel

PW packet loss ratio.

Number of lost PW packets.

PW delay.

PW delay variation.

Bandwidth utilisation on reverse direction of  tunnel

The number of received packets match flow classification on the port.

The number of bytes in the received packets match flow classification on the port.

The number of transmitted packets match flow classification on the port.

The number of bytes in the transmitted packets match flow classification on the port.

Indicates the number of packets marked red in traffic classification defined in port policy.

Indicates the number of packets marked yellow in traffic classification defined in port policy.

Indicates the number of packets marked green in traffic classification defined in port policy.

Tunnel one-way delay.

Tunnel one-way delay variation.

PW one-way delay.

PW one-way delay variation.

The number of received packets match different cvlan priorities on the port.

The number of bytes in the received packets match different cvlan priorities on the port.

The number of received packets match different svlan priorities on the port.

The number of bytes in the received packets match different svlan priorities on the port.

The number of received packets match different ip dscp priorities on the port.

The number of bytes in the received packets match different ip dscp priorities on the port.

The number of received packets match some vlan id at the specified V-UNI of the specified service.

The number of bytes in the transmitted packets match some vlan id at the specified V-UNI of the specified service.

The number of received packets match some vlan id at the specified V-UNI of the specified service.

The number of bytes in the transmitted packets match some vlan id at the specified V-UNI of the specified service.

The number of transmitted packets match the specified PHB service class on the port.

The number of bytes in the transmitted packets match the specified PHB service class on the port.

The number of discarded packets match flow classification for shaping on the port in the egress direction.

The ratio of discarded packets match flow classification for shaping on the port in the egress direction.

Indicates the ratio of packets marked red in traffic classification defined in port policy.

Indicates the ratio of idscarded packets in the transmitted packets match the specified PHB service class on the port.

received flow classifier bandwidth utilization

transmitted flow classifier bandwidth utilization

transmitted VUNI bandwidth utilization

Packets transmitted matching VUNI GROUP

Bytes transmitted  matching VUNI GROUP

Packets received matching VUNI GROUP