TUWIFI & KEYREDES quien tiene?

Softripper dijo:

Es una empresa local, trabajan con Centurylink (Lumen). La ONU es una Ubiquiti UFiber, pero no tiene habilitada la configuración web, telnet o ssh. Estuve haciendo pruebas con una VSOL para intentar sacar algún dato pero me aburrí.

Haz clic para expandir...

No es nada facil trabajar con empresas diferentes de las grandes TELCOs. movistar, claro, vtr, entel, mundo, ya se sabe bien las configuraciones. Hoy recien volví a colocar mi server y descobri que en bridge se recusa a funcionar, es algo que deben configurar del lado de ellos, tuve que colocar STATIC IP, ni con DHCP funcionaba (se "reiniciaba" todo el rato).

Update: UNICA ventaja... ahora se puede acceder al ONU/ONT directamente desde cualquier LAN interna.

Solo bueno para ver TX/RX power (dBm), y las estadísticas, si hay algún error, o paquete perdido:

FEC Errors, HEC Errors, Packets Dropped, Pause Packets Sent y Pause Packets Received.

Encontré esta información, muy util, la dejaré acá... por motivos obvios, in english:

Initial State (O1):
When the ONU is powered on, it enters the O1 (Initial) state. In this state, the ONU is in a LOS (Loss of Signal) or LOF (Loss of Frame) condition and waits for valid downstream optical signals from the OLT.

Standby State (O2):
When the ONU detects valid downstream traffic from the OLT, it transitions to the O2 (Standby) state.

Upon receiving an Upstream_Overhead message, the ONU configures several operational parameters, including:

• Delimiter value
• Power-level mode
• Pre-assigned equalization delay

Serial Number State (O3):
After entering the O3 (Serial Number) state, the OLT sends a Serial_Number Request message to the ONU. The ONU responds with its Serial Number (SN) and password. If authentication is successful, the OLT assigns an ONU identifier by sending an Assign_ONU-ID message. Once the ONU receives its assigned ONU-ID, it transitions to the O4 state.

Ranging State (O4):
The O4 (Ranging) state is the logical ranging phase, during which timing and synchronization parameters are established between the ONU and the OLT. After the ONU receives the ranging response from the OLT, it transitions to the O5 (Operation) state.

Operation State (O5):
In the O5 (Operation) state, the ONU is fully operational and can transmit upstream user traffic as well as PLOAM messages.

POPUP State (O6):
If the ONU detects a loss of optical signal while in operation, it enters the O6 (POPUP) state. The ONU then transitions back to the O1 (Initial) state to restart the registration process.

Emergency Stop State (O7):
When the ONU receives a Disable_Serial_Number message from the OLT, it enters the O7 (Emergency Stop) state. Afterward, the ONU transitions to the O2 (Standby) state and awaits further instructions from the OLT.

PLOAM stands for Physical Layer Operations, Administration, and Maintenance.

In GPON, PLOAM messages are low-level control messages exchanged between the OLT (Optical Line Terminal) and ONU/ONT (Optical Network Unit/Terminal). They are used for managing and controlling the GPON link itself, rather than carrying user data.

Common functions of PLOAM messages include:

• ONU activation and registration
  • Serial number discovery
  • ONU-ID assignment
  • Authentication
• Ranging and synchronization
  • Measuring propagation delay
  • Assigning equalization delay values
• ONU management
  • Enable/disable ONU
  • Power-level control
  • State transitions (O1–O7)
• Alarm reporting
  • Loss of Signal (LOS)
  • Dying Gasp notifications (power failure warnings)
  • Other fault conditions

Ejemplos: