Shaper

1

Data Type

Data type

This value is always SHP2.

SHP2

2

Date

Date and time at the beginning of the period

YYYY-MM-DD HH:MM:SS±hh:mm

YYYY-MM-DD: Date

HH:MM:SS: Local Time

hh:mm: UTC Offset + DST

2014-05-08 11:31:00-04:00

3

System

System name, as defined by DNS name in the unit. By default, this value is the serial number.

G274-0010

4

Firmware Version

Current firmware version

PFID_A.B.C.D_build

PFID: Product Family ID (AEN, AMO_10GE, AMO-10000-LT, AMT, VEL-1G-FS, VEL-10G-FS)

A.B.C.D: Release number

build: build number

AMT_6.4_33922

5

Hardware Version

Hardware assembly version of unit

500-032-01

6

Serial Number

Serial number of unit. Unique identifier assigned by the manufacturer.

Format: ANNN-NNNN

G274-0010

7

Model

For more information, please refer to Product Model Information.

8

Name

Name of the traffic shaper

Up to 31 alphanumeric characters

PORT-3-1

9

Port Name

Outgoing port. Traffic from this queue will egress on this port.

Note: Available as of firmware version 7.0.

PORT-3

10

Priority

Scheduling priority (0 to 7) for this queue. 7 is the highest and 0 the lowest priority.

0–7

Note: Available as of firmware version 7.0.

0

11

Max Queue Size

The queue's size

KiB (KB)

Note: Available as of firmware version 7.0.

64

12

Yellow Threshold (KB)

When the queue length reaches this threshold, tail-dropping is performed on new packets with yellow marking.

KiB

Note: Available as of firmware version 7.0.

64

13

BLUE State

Indicates whether the BLUE queue management algorithm is enabled or disabled

Note: Available as of firmware version 7.0.

Disabled

14

BLUE Max Level (%)

Once the queue fills to the specified percentage, the marking probability will be increased.

%

Note: Available as of firmware version 7.0.

92

15

BLUE Min Level (%)

Once the queue empties to the specified percentage, the marking probability will be decreased.

%

Note: Available as of firmware version 7.0.

10

16

BLUE Freeze Time (us)

This value determines the minimum interval time between two successive updates of marking probability.

µs

Note: Available as of firmware version 7.0.

15000

17

BLUE Increment (%)

The marking probability is incremented by this value (expressed as a step percentage) in the event of a buffer overflow.

%

Note: Available as of firmware version 7.0.

10

18

BLUE Decrement (%)

The marking probability is decremented by this value (expressed as a step percentage) if the link is idle.

%

Note: Available as of firmware version 7.0.

1

19

Period

Period number (sequential)

1510

20

Green Forward No Delay Frames (KPI)

The total number of green frames in the queue when the queue is nearly empty, i.e. the green frames that can be dropped from the queue without delay.

frames

4520

21

Green Forward No Delay Bytes (KPI)

The total number of green bytes in the queue when the queue is nearly empty, i.e. the bytes from green frames that can be dropped from the queue without delay.

bytes

1157120

22

Yellow Forward No Delay Frames (KPI)

The total number of yellow frames in the queue when the queue is nearly empty, i.e. the yellow frames that can be dropped from the queue without delay.

frames

0

23

Yellow Forward No Delay Bytes (KPI)

The total number of yellow bytes in the queue when the queue is nearly empty, i.e. the bytes from yellow frames that can be dropped from the queue without delay.

bytes

0

24

Green Forward With Delay Frames (KPI)

The total number of green frames in the queue when the queue is not empty, i.e. the green frames that can be dropped from the queue with delay.

frames

25480

25

Green Forward With Delay Bytes (KPI)

The total number of green bytes in the queue when the queue is not empty, i.e. the bytes from green frames that can be dropped from the queue with delay.

bytes

6522880

26

Yellow Forward With Delay Frames (KPI)

The total number of yellow frames in the queue when the queue is not empty, i.e. the yellow frames that can be dropped from the queue with delay.

frames

0

27

Yellow Forward With Delay Bytes (KPI)

The total number of yellow bytes in the queue when the queue is not empty, i.e. the bytes from yellow frames that can be dropped from the queue with delay.

bytes

0

28

Green Discard Full Frames (KPI)

The total number of bytes from green frames that have been discarded by this queue.

frames

0

29

Green Discard Full Bytes (KPI)

The total number of bytes from green frames that have been discarded by this queue.

bytes

0

30

Yellow Discard Full Frames (KPI)

The total number of yellow frames that have been discarded by this queue.

frames

0

31

Yellow Discard Full Bytes (KPI)

The total number of bytes from yellow frames that have been discarded by this queue.

bytes

0

32

Green Discard BLUE Frames (KPI)

The total number of green frames that have been discarded by the queue management algorithm, BLUE.

frames

0

33

Green Discard BLUE Bytes (KPI)

The total number of bytes from green frames that have been discarded by the queue management algorithm, BLUE.

bytes

0

34

Yellow Discard BLUE Frames (KPI)

The total number of yellow frames that have been discarded by the queue management algorithm, BLUE.

frames

0

35

Yellow Discard BLUE Bytes (KPI)

The total number of bytes from yellow frames that have been discarded by the queue management algorithm, BLUE.

bytes

0

36

CIR Compliant Frames (KPI)

The total number of frames that have been forwarded by this shaper using the CIR bucket.

frames

27060

37

CIR Compliant Bytes (KPI)

The total number of bytes that have been forwarded by this shaper using the CIR bucket.

bytes

6927360

38

EIR Compliant Frames (KPI)

The total number of frames that have been forwarded by this shaper using the EIR bucket.

frames

2940

39

EIR Compliant Bytes (KPI)

The total number of bytes that have been forwarded by this shaper using the EIR bucket.

bytes

752640