Specifications

ManualsBrandsCabletron Systems ManualsConsumer electronicsST-500

Table Of Contents

Title
Notice
Contents
Introduction
- Purpose and Scope
- Required Reading
- Supported Devices
- The SPECTRUM Model
Performance Views
- Port Performance View
- Device Performance View
Interface Device View
- Interface Icons
- Interface Icon Labels
- Interface Status View
- Interface Address Translation Table
Device Topology View
Applications Views Summary
St1kNodeApp
- Node Administration
- System Profile Administration
- Partition and Softload Administration
- Node Status
- Nest Administration
- Channel Profile Administration
- Community Administration
- Hardware Resource Engine Administration
  - Hardware Resource Engine Information
  - Hardware Resource Engine Configuration
ST1kAccessApp
- Access Control
- CPI/Modem Access Control
  - CPI Port Configuration
  - Modem Port Configuration
- Root Node IP Access Information
- Root Node IP Access Config
ST1kModuleApp
- Slot Configuration
- Slot Status
- NCP Module Status
- NCP Flash PROM Status
- Port Status Administration
ST1kLgmApp
- LGM Port Administration
- LGM Routing Table
- LGM Resource Administration
- LGM Translation Administration
- LGM Module Status
- LGM Port Status
- LGM Port Statistics
ST1kFsmApp
- FSM Module Status
- FSM-16 Resource Administration
- FSM-64 Resource Administration
ST1kSgmApp
- Sgm/Ag Module Status
- SAF Status Administration
ST1kAd10App
- AD 10 Configuration Administration
- AD 10 Status Administration
- AD 10 Statistics
ST1kRtmApp
- RTM Port Administration
  - Rtm Port Table
  - AD-3 and AD-7 Port Configuration Table
- RTM Specific Status
- RTM Port Application Status
- RTM Port Statistics
ST1kChnlApp
- Network/Nodal Voice Profile Administration
  - Networkwide Voice Profile Table
  - Nodal Voice Profile Table
- TDM Channel Configuration
- General Channel Status
- Trunk Group Application Status
- Trunk Group Contents Status
- Packet Channel Source- Destination Statistics Administration
- Packet Channel Bypass Statistics Administration
ST1kINLApp
- Inter Nodal Link Configuration
- Inter Nodal Link Status
- Inter Nodal Link Contents Status
- Inter Nodal Link Statistics
ST1kFrmRlyApp
- Packet Channel Status/Ping View
  - Packet Channel Status Table
  - Packet Channel Ping Table
- Frame Relay Channel Administration View
- Frame Relay Port Administration View
- Packet Port Statistics View
ST1kBundleApp
- Bundle Configuration
- Bundle Status
ST1kE1PortApp
- E1M Port Configuration
- E1M Port Statistics
ST1kT1PortApp
- T1M Port Configuration
- T1M Port Statistics
ST1kSdmPortApp
- SDM Port Configuration View
ST1kAsmApp
- ASM Resource Utilization
- ASM Module Status
- ASM Engine Status
- Application Status
ST1kVoiceApp
- ASM Voice Application Administration
- ASM Voice Application Status
- ASM Voice Port Statistics
ST1kAsmX50App
- X50 Configuration Administration
  - X50 Port Administration
  - X50 Circuit Administration
- ASM X50 Status
  - X50 Port Status Administration
  - X50 Circuit Status Administration
- ASM X50 Statistics
ST1kDsmApp
- DSM Module Specific Entry
  - Module Implementation Administration
  - Module CDR Implementation Administration
- DSM Module Specific Status
- DSM Module Statistics
ST1kDsmPortApp
- DSM Port Configuration
- DSM Port Specific Administration
- DSM D-Channel Port Statistics
ST1kAlarmApp
- Alarm Partition Header/System Profile
- Alarm Log Table
Device Configuration View
Model Information Views
Index
- A
- B
- C
- D
- F
- G
- H
- I
- L
- M
- N
- O
- P
- Q
- R
- S
- T

ST1kSgmApp SAF Status Administration

SPECTRUM Enterprise Manager 72 of 194 Ascom TimePlex ST-1000

OosErrors

The number of oos errors on this SAF.

PhasorStatus

The status of the phasor for this SAF.

• The ﬁrst octet is used to indicate transmit

phasor status. The bits are interpreted as

described below. (Bit 1 is the least signiﬁcant

bit of the octet.)

- bit 1: phasor underﬂow

- bit 2: phasor overﬂow

- bits 3-6: unused

- bit 7: software phasor (if clear, hardware

phasor)

• bit 8: phasor not applicable

• The second octet is used to indicate receive

phasor status. The bits are interpreted as

described below. (Bit 1 is the least signiﬁcant

bit of the octet.)

- bit 1: phasor underﬂow

- bit 2: phasor overﬂow

- bits 3-6: unused

- bit 7: software phasor (if clear, hardware

phasor)

- bit 8: phasor not applicable

For both phasors (receive and transmit), if the

phasor is OK, the octet will be set to

for a

hardware phasor or

x40

for a software phasor. If

there is no phasor of that type (receive or

transmit), the octet will be set to

x80

. If the SAF

does not support any phasors, the value for this

ﬁeld will be

x8080