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PoE & DC Power Endpoints

Three endpoints, depending on hardware generation:

Endpoint Used by Scope
poe.b SwOS PoE models (css318fi, css318p, css320p, css328p, css354); SwOS Lite css610pi, css610out full PoE controller, one entry per copper port
poeoutports.b SwOS Lite css606 (ports 2–3), gper14i (ports 2–4) simple PoE-out on selected ports
dco.b SwOS Lite css606 3 DC output channels

All are polled every 1 s. Values are per-port arrays / bitmasks over the copper (PoE) ports only (SwOS: prt − sfp ports).

poe.b

Label SwOS id Lite id Type Access Availability / notes
PoE Out poe i01 enum: off, on, auto RW all poe.b users
PoE Priority prio i02 enum 1…8 (wire 0–7) RW SwOS css318fi/css318p/css328p, Lite css610pi/css610out
PoE Priority (numeric) prio – uint, 0 … copper-ports−1 RW css320p, css354 (replaces the enum variant)
Voltage Level lvl i03 enum: auto, low, high RW all except css320p
PoE LLDP Enabled lldp i0a bool (mask) RW SwOS css320p, css328p; Lite css610pi, css610out
PoE LLDP Power ldpw i0b uint, 0.1 W units ("W allocated") RO same as PoE LLDP Enabled
PoE Standard std – enum: af, af/at, af/at/bt RO css320p only
PoE Status poes i04 enum, see below RO all
PoE Current curr i05 uint, mA RO all
PoE Voltage volt i06 uint, 0.1 V units RO all
PoE Power pwr i07 uint, 0.1 W units RO all

PoE Status enumeration (wire value = index):

# State
0 (empty)
1 disabled
2 waiting for load
3 powered on
4 overload
5 short circuit
6 voltage too low
7 current too low
8 power cycle
9 voltage too high
10 controller error

Relationships

  • curr × volt ≈ pwr (all measured).
  • ldpw is the power granted via LLDP negotiation when lldp is enabled.
  • SwOS only creates the PoE page when sys.b reports npoe == 0 (see models.md).

poeoutports.b (SwOS Lite css606, gper14i)

One record; arrays over the PoE-capable ports only (css606: ports 2–3 → 2 entries; gper14i: ports 2–4 → 3 entries).

Label Lite id Type Access Notes
PoE Out i01 enum: auto on, force on, off RW
PoE Status i02 enum: waiting for load, powered on, no load, powered on, no load, has load RO
PoE LLDP Enabled i03 bool (mask) RW css606; gper14i since 2.21
PoE LLDP Power i04 uint, 0.1 W units RO css606; gper14i since 2.21

dco.b (SwOS Lite css606)

One record; arrays over the 3 DC output channels (DC Out1–DC Out3).

Label Lite id Type Access
Enable i01 enum: off, on RW

css106 PoE (on link.b)

The RB260GSP (CSS106-1G-4P-1S) exposes PoE on the Link endpoint instead, ports 2–5:

Label id Type Access
PoE Out poe enum: off, auto, on, calibr RW
PoE Priority prio enum 1…4 RW
PoE Status poes enum (same 10 states as above) RO
PoE Current curr uint, mA RO
PoE Power pwr uint, 0.1 W units RO

Single-output devices (SwOS Lite css610, gpen21) put PoE Out Mode/PoE Out Status on sys.b instead.