# ACP-RIALTO-2100D — REST and WebSocket API **Applies to:** AudioControl ACP-RIALTO-2100D (stereo amplifier with Dante) **Interface:** HTTP (REST) on port 80, WebSocket on port 80, path `/ws` **API version:** 1 **Document generated:** 2026-10-30 Machine-readable: [`ACP-RIALTO-2100D_REST_API.openapi.yaml`](ACP-RIALTO-2100D_REST_API.openapi.yaml) (REST, OpenAPI 3.1) and [`ACP-RIALTO-2100D_REST_API.asyncapi.yaml`](ACP-RIALTO-2100D_REST_API.asyncapi.yaml) (WebSocket, AsyncAPI 2.6). The telnet commands are in [`ACP-RIALTO-2100D_API.md`](ACP-RIALTO-2100D_API.md). ## 1. Quick start ```sh curl http://192.168.1.10/api/v1/info curl "http://192.168.1.10/api/v1?get=audio.volume" # {"ok":true,"value":30} curl "http://192.168.1.10/api/v1?tree=audio" # the whole audio branch curl "http://192.168.1.10/api/v1?cmd=SET%20MUTE" # {"ok":true,"seq":57,"reply":"MUTE"} curl "http://192.168.1.10/api/v1?get=device.cmdApplied" # >= 57: the mute has been applied ``` ## 2. Model Every setting and status value is a **node** with a dotted path. The same paths are used by REST, the WebSocket and the settings export file. | Type | On the wire | |---|---| | bool | `true` / `false` | | int | whole number, range enforced | | number | JSON number in real units (dB, feet, Q); a value finer than the step is refused, not rounded | | choice | one of a fixed set of **names** — never an integer | | text | string | ## 3. REST — `http:///api/v1` | Request | Reply | |---|---| | `GET /api/v1/info` | `{"api":1,"manufacturer":"AVPro Global Holdings","brand":"AudioControl","product":"ACP-RIALTO-2100D","serial":…,"mac":…,"hostname":…,"mcu":…,"describe":"/api/v1/describe"}` | | `GET /api/v1/describe` | how the unit is set up: `interfaces` (id → port, state, version, `clients` / `inUse`), `firmware`, `modules` (its Dante module). Anything else under `/api/` is `404` `{"ok":false,"err":"path"}`. See `avpro-api/docs/AVPRO_DESCRIBE.md` | | `GET /api/v1?get=` | `{"ok":true,"value":…}` | | `GET /api/v1?tree=` | `{"ok":true,"value":{…nested…}}` | | `GET /api/v1?cmd=` | `{"ok":true,"seq":N,"reply":""}` | Always HTTP 200 with `Access-Control-Allow-Origin: *`; success is `ok`. A reply is at most 2048 bytes, so `?tree=eq` and `?tree=eq.groups` answer `size` — read one level down (`eq.groups.sub`). Send one request at a time. ### Errors | `err` | Meaning | Do | |---|---|---| | `busy` | Command queue short on room (a burst) | wait ~250 ms, resend the same request | | `dropped` | The full queue refused the command | resend | | `command` | The parser rejected it; `msg` has its text (`PARAM ERROR: …`, `CMD ERR`) | fix the command | | `state` | Valid, but refused in the current state — `VOL DEFEATED` (digital input selected with volume defeat on) | nothing queued; do not retry | | `path` | No such node or branch | | | `size` | Branch too big for one reply | read a narrower branch | | `badrequest` | No `get` / `tree` / `cmd` given | | ### Accepted vs applied A `?cmd=` reply means **accepted**. The unit executes queued commands in order, about 100 ms per DSP step, so a burst takes seconds. Each reply carries `seq`; the read-only node `device.cmdApplied` says every command up to that number — and every follow-up step it triggered — has run: ```js const r = await (await fetch(`http://${ip}/api/v1?cmd=SET%20VOL%2040`)).json(); // r = {ok:true, seq:212, reply:"VOL 40"} const applied = a => ((a - r.seq) & 0x7FFFFFFF) < 0x40000000; // 31-bit, wraps while (!applied((await (await fetch(`http://${ip}/api/v1?get=device.cmdApplied`)).json()).value)) await new Promise(t => setTimeout(t, 100)); ``` `seq` restarts at 0 when the unit boots (watch `device.uptime` go down). Not covered: work the unit hands to the Dante module or a reboot (`SET TIP`, `SET RBT`). A top-level word the parser does not know prints nothing, so it answers `ok` with an empty `reply`, as on telnet. ## 4. WebSocket — `ws:///ws` Push channel for live UIs. On connect the unit sends `{"ev":"hello","api":1,"product":…,"mcu":…}`; subscribe to the branches you show: ```json {"op":"sub","id":1,"paths":["audio","outputs.channels","device.cmdApplied"]} ``` …and receive `{"ev":"delta","path":"audio.volume","value":31}` whenever a subscribed value changes, whoever changed it. `{"ev":"invalidate","path":"eq"}` means re-read that branch. | Client sends | Unit answers | |---|---| | `{"op":"sub","id":1,"paths":[…]}` / `unsub` | `{"id":1,"ok":true}` | | `{"op":"get","id":2,"path":"audio"}` | `{"id":2,"ok":true,"value":…}` | | `{"op":"set","id":3,"path":"audio.mute","value":true}` | `{"id":3,"ok":true,"seq":N}` | | `{"op":"call","id":4,"path":"eq.flatten"}` | `{"id":4,"ok":true,"seq":N}` | Refusals: `{"id":3,"ok":false,"err":"range","msg":"audio.volume is 0..100"}` — `err` is one of `path`, `readonly`, `type`, `range`, `state`, `busy`, `dropped`, `size`. **Limits.** 3 connections per unit (a fourth is refused — fall back to REST polling); 12 subscriptions per connection (subscribe to branches); an idle connection is pinged and dropped if silent. A WebSocket reply is one frame of at most 1400 bytes, smaller than a REST reply, so `calibration`, `eq`, `eq.groups` and `speakerProfile` answer `size` here - `get` one level down. The same socket also carries the unit's level meters (send `METER ON|OFF`, `DMETER ON|OFF`; frames like `{"meter_outL":"0.012"}`). **What is pushed.** The *Push* column below: `change` = pushed whenever the value changes by any route; `write` = pushed when written through the API (EQ bands — watch `eq.revision` for other routes); `applied` = pushed as commands complete; `none` = read it when you need it. ## 5. Actions | Path | Does | |---|---| | `system.reboot` | Reboot the unit (after the reply has been sent). | | `eq.flatten` | Reset every user PEQ band to its default (gains 0). | | `speakerProfile.flatten` | Clear the speaker-profile PEQ. | | `speakerProfile.save` | Save the current profile bands as the custom profile. | | `speakerProfile.loadCustom` | Load the saved custom profile. | WebSocket `{"op":"call","path":…}`; over REST use the telnet form (`SET RBT`, `SET EQ FLATTEN`). ## 6. Nodes Access: **RW** = settable (WebSocket `set`, or the telnet command via `?cmd=`), **RO** = read-only. ### `audio` Main zone - power, volume, mute and the active input. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `audio.power` | bool | `true` / `false` | RW | change | `SET POWER ON`
`SET POWER OFF` | Device on (true) or in standby (false). Powering up is not instant - the unit reports on once it is. | | `audio.mute` | bool | `true` / `false` | RW | change | `SET MUTE`
`SET UNMUTE` | Speaker outputs muted. | | `audio.volume` | int | 0 … 100 | RW | change | `SET VOL ` | Speaker volume. While the active input has volume defeat on, changes are refused: err state, msg VOL DEFEATED. | | `audio.input` | choice | `digital`, `analog`, `dante` | RW | change | `SET INPUT DIGITAL`
`SET INPUT ANALOG`
`SET INPUT DANTE` | Active audio input. | | `audio.format.in` | text | text | RO | change | — | Incoming signal as the unit reports it, e.g. "PCM 2.0ch"; empty when there is no signal. | | `audio.format.out` | text | text | RO | change | — | Output format; empty when idle. | ### `outputs` Amplifier output - level, distance, crossover, amp mode, test tone. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `outputs.channels.left.level` | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH GAIN 1 ` | Channel trim in dB, 0.1 dB steps. | | `outputs.channels.left.distance` | number | 0 … 30 (step 0.1) | RW | change | `SET OUT CH DISTANCE 1 FEET` | Speaker-to-listener distance in feet, 0.1 ft steps (sets the channel delay). Left/right are refused while bridged: err state. | | `outputs.channels.left.invert` | bool | `true` / `false` | RW | change | `SET OUT CH INV LEFT ON`
`SET OUT CH INV LEFT OFF` | Polarity inverted. | | `outputs.channels.right.level` | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH GAIN 2 ` | Channel trim in dB, 0.1 dB steps. | | `outputs.channels.right.distance` | number | 0 … 30 (step 0.1) | RW | change | `SET OUT CH DISTANCE 2 FEET` | Speaker-to-listener distance in feet, 0.1 ft steps (sets the channel delay). Left/right are refused while bridged: err state. | | `outputs.channels.right.invert` | bool | `true` / `false` | RW | change | `SET OUT CH INV RIGHT ON`
`SET OUT CH INV RIGHT OFF` | Polarity inverted. | | `outputs.channels.sub.level` | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH GAIN SUB ` | Channel trim in dB, 0.1 dB steps. | | `outputs.channels.sub.distance` | number | 0 … 30 (step 0.1) | RW | change | `SET OUT CH DISTANCE SUB FEET` | Speaker-to-listener distance in feet, 0.1 ft steps (sets the channel delay). Left/right are refused while bridged: err state. | | `outputs.channels.sub.mute` | bool | `true` / `false` | RW | change | `SET SUB MUTE`
`SET SUB UNMUTE` | Subwoofer output muted (in addition to audio.mute). | | `outputs.channels.sub.enabled` | bool | `true` / `false` | RW | change | `SET OUT CH SUB SUB`
`SET OUT CH SUB NONE` | Sub output in use (false = not connected; the sub is muted). | | `outputs.crossover.frequency` | int | 40 … 150 | RW | change | `SET OUT FREQ XOVER ` | Crossover corner in Hz: the sub low-pass and, with a limited response, the high-pass on the other outputs. | | `outputs.response` | choice | `limited`, `fullrange` | RW | change | `SET OUT FREQ RESPONSE 1_2 FULLRANGE`
`SET OUT FREQ RESPONSE 1_2 LIMITED` | limited = the speakers' bass goes to the sub (high-pass at the crossover); fullrange = no bass is taken from them. | | `outputs.bridge` | bool | `true` / `false` | RW | change | `SET OUT CH SUB BRIDGE ON`
`SET OUT CH SUB BRIDGE OFF` | Sub output bridged. | | `outputs.testTone.output` | choice | `none`, `left`, `right`, `sub`, `danteLeft`, `danteRight` | RW | change | `SET TEST TONE OUT NONE\|1\|2\|SUB\|DANTEL\|DANTER` | Output playing the pink-noise test tone; none = off. | | `outputs.testTone.fullband` | bool | `true` / `false` | RW | change | `SET TEST TONE FULLBAND ON`
`SET TEST TONE FULLBAND OFF` | Test tone without the 500 Hz high-pass / 2 kHz low-pass band limit. | | `outputs.dante.volume` | int | 0 … 100 | RW | change | `SET DVOL ` | Dante TX volume. While outputs.dante.follow is on it tracks the speaker volume and a direct change is refused: err state, msg DVOL FOLLOW LOCKED. | | `outputs.dante.mute` | bool | `true` / `false` | RW | change | `SET DMUTE`
`SET DUNMUTE` | Dante TX muted. | | `outputs.dante.follow` | bool | `true` / `false` | RW | change | `SET DVOL FOLLOW ON`
`SET DVOL FOLLOW OFF` | Dante TX volume follows the speaker volume. | | `outputs.dante.txSource` | choice | `input`, `sub` | RW | change | `SET DANTE TX SOURCE SUB`
`SET DANTE TX SOURCE INPUT` | What the Dante TX carries: input = the selected input (monitor feed), sub = the subwoofer pre-out. | | `outputs.dante.channels.left.level` | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH GAIN DL ` | Dante TX channel trim in dB, 0.1 dB steps. | | `outputs.dante.channels.left.distance` | number | 0 … 30 (step 0.1) | RW | change | `SET OUT CH DISTANCE DL FEET` | Dante TX channel delay expressed as distance in feet. | | `outputs.dante.channels.right.level` | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH GAIN DR ` | Dante TX channel trim in dB, 0.1 dB steps. | | `outputs.dante.channels.right.distance` | number | 0 … 30 (step 0.1) | RW | change | `SET OUT CH DISTANCE DR FEET` | Dante TX channel delay expressed as distance in feet. | ### `inputs` Input priority and per-input gain, volume defeat and signal sense (digital, analog, Dante). | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `inputs.priority` | choice | `none`, `digital`, `analog`, `dante` | RW | change | `SET PRIORITY NONE\|DIGITAL\|ANALOG\|DANTE` | Input the signal sense switches to first when several have signal. | | `inputs.{input}.gain`
_{input = digital, analog, dante} | choice | `low`, `med`, `high` | RW | change | `SET INPUT GAIN DIGITAL\|ANALOG\|DANTE LOW\|MED\|HIGH` | Input gain offset: low = normal, med = +3 dB, high = +6 dB. | | `inputs.{input}.volumeDefeat`
_{input = digital, analog, dante} | bool | `true` / `false` | RW | change | `SET VOL DEFEAT DIGITAL\|ANALOG\|DANTE ON\|OFF` | Fixed volume for this input: while it is active, volume commands are refused. | | `inputs.{input}.signalSense`
_{input = digital, analog, dante} | bool | `true` / `false` | RW | change | `SET SIGNAL SENSE DIGITAL\|ANALOG\|DANTE ON\|OFF` | Switch to this input automatically when signal appears on it. | | `inputs.{input}.source`
_{input = dante} | text | text | RW | change | `SET DANTE INPUT @`
`SET DANTE INPUT NONE` | Dante 1 In's source, as @ (e.g. Sub/LFE@AXIS16-020adc). Setting it routes Dante 1 In, and Dante 2 In too while inputs.dante.link is true. "" = not routed, "mixed" = the two channels differ (read the channels). Setting "" clears the route. The choices are GET /api/v1/inputs/dante/sources: every Dante TX channel found on the network, AVPro devices first. Routes are stored in the Dante module and survive reboots. | | `inputs.{input}.status`
_{input = dante} | text | text | RO | change | — | State of that route as the Dante module reports it: dynamic / static = the flow is up (the web UI shows 'Route ok'), none = not routed, unresolved = source not on the network, in_progress, an error name, mixed = the two channels differ, or unknown before the module has answered. | | `inputs.{input}.sourceCount`
_{input = dante} | int | counter | RO | change | — | Number of Dante devices in the source list; it changes when that list does, so a client subscribed to it knows when to fetch GET /api/v1/inputs/dante/sources again. | | `inputs.{input}.channels.1.source`
_{input = dante} | text | text | RW | change | `SET DANTE INPUT 1\|2 @`
`SET DANTE INPUT 1\|2 NONE` | Source of Dante 1 In or Dante 2 In, as @; "" = not routed. Channel 2 cannot be set while inputs.dante.link is true (PARAM ERROR). | | `inputs.{input}.channels.1.status`
_{input = dante} | text | text | RO | change | — | State of that channel's route: dynamic / static = flow up, none, unresolved, in_progress, an error name, or unknown. | | `inputs.{input}.channels.2.source`
_{input = dante} | text | text | RW | change | `SET DANTE INPUT 1\|2 @`
`SET DANTE INPUT 1\|2 NONE` | Source of Dante 1 In or Dante 2 In, as @; "" = not routed. Channel 2 cannot be set while inputs.dante.link is true (PARAM ERROR). | | `inputs.{input}.channels.2.status`
_{input = dante} | text | text | RO | change | — | State of that channel's route: dynamic / static = flow up, none, unresolved, in_progress, an error name, or unknown. | ### `system` Power-on behaviour, volume limit, auto power-off, IR, front display, status. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `system.volume.powerOn` | int | 0 … 100 | RW | change | `SET ON VOL ` | Speaker volume at power-on. | | `system.volume.limit` | int | 10 … 100 | RW | change | `SET MAX VOL ` | Maximum speaker volume; the volume scale is mapped onto it. | | `system.powerOnState` | choice | `last`, `on`, `off` | RW | change | `SET POWER RECOVERY ON`
`SET POWER RECOVERY OFF`
`SET POWER RECOVERY LAST` | State after mains power returns. | | `system.offTimer` | int | 0 … 10080 | RW | change | `SET POWER OFF TIMER HM`
`SET POWER OFF TIMER NEVER` | Auto power-off after this many minutes without signal; 0 = never. | | `system.ir.keyset` | choice | `standard`, `reserved`, `bijou` | RW | change | `SET IR KEYSET ` | IR remote code set. | | `system.ir.front` | bool | `true` / `false` | RW | change | `SET IR FRONT ON`
`SET IR FRONT OFF` | Front-panel IR receiver enabled. | | `system.display.on` | bool | `true` / `false` | RW | change | `SET LCD ON`
`SET LCD OFF` | Front display on. | | `system.display.timeout` | int | 0 … 255 | RW | change | `SET LCDTIMER ` | Seconds until the display dims; 0 = stays on. | | `system.trigger` | bool | `true` / `false` | RO | change | — | 12 V trigger input present. | ### `eq` User PEQ - 8 bands per output group. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `eq.enabled` | bool | `true` / `false` | RW | change | `SET PEQ ENABLE`
`SET PEQ DISABLE` | User PEQ on. | | `eq.preset` | int | 1 … 3 | RW | change | `SET EQ PRESET <1\|2\|3>` | Active EQ preset, 1-3. A preset holds the EQ of every output group and the speaker-profile state (speaker-PEQ bands, preamps, custom-curve names, built-in profile numbers); the eq.enabled and speakerProfile enable switches are not part of it. The live settings are the active preset - edits stay in it. Setting another number stores the live settings into the active preset and loads the chosen one (about a second). A preset that was never stored keeps the current settings. | | `eq.presets.1.name` | text | text | RW | change | `SET EQ PRESET NAME <1\|2\|3> ` | Name of EQ preset 1-3 (default Preset 1..3): 1-20 printable characters, no double quote, case kept. | | `eq.presets.2.name` | text | text | RW | change | `SET EQ PRESET NAME <1\|2\|3> ` | Name of EQ preset 1-3 (default Preset 1..3): 1-20 printable characters, no double quote, case kept. | | `eq.presets.3.name` | text | text | RW | change | `SET EQ PRESET NAME <1\|2\|3> ` | Name of EQ preset 1-3 (default Preset 1..3): 1-20 printable characters, no double quote, case kept. | | `eq.groups.{group}.bands.{band}.gain`
_{group = left, right, sub, danteLeft, danteRight; band = 0–7} | number | -12 … 12 (step 0.1) | RW | change | `SET OUT CH PEQ 1\|2\|SUB\|DL\|DR ` | Band gain in dB. | | `eq.groups.{group}.bands.{band}.freq`
_{group = left, right, sub, danteLeft, danteRight; band = 0–7} | int | 5 … 20000 | RW | change | `SET OUT CH PEQ 1\|2\|SUB\|DL\|DR ` | Band centre / corner frequency in Hz (sub group: up to 250 Hz). | | `eq.groups.{group}.bands.{band}.q`
_{group = left, right, sub, danteLeft, danteRight; band = 0–7} | number | 0.1 … 20 (step 0.001) | RW | change | `SET OUT CH PEQ 1\|2\|SUB\|DL\|DR ` | Band Q (0.1 to 20; shelves ignore it). | | `eq.groups.{group}.bands.{band}.type`
_{group = left, right, sub, danteLeft, danteRight; band = 0–7} | choice | `lowshelf`, `peak`, `highshelf` | RO | change | — | Band shape, fixed per band: band 0 low shelf, band 7 high shelf, 1-6 peaking. | ### `speakerProfile` Speaker-profile PEQ - a profile from the built-in library (or a custom one), 10 bands per channel. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `speakerProfile.enabled` | bool | `true` / `false` | RW | change | `SET SP PEQ ENABLE`
`SET SP PEQ DISABLE` | Speaker-profile PEQ on. | | `speakerProfile.lr.index` | int | -1 … 2398 | RW | change | `SET SP PROFILE `
`SET SP PROFILE LR\|SUB NONE` | Profile from the built-in library, by index; -1 = none or a custom profile. Setting an index loads that profile (it applies to the profile's own target, L/R or sub). | | `speakerProfile.lr.name` | text | text | RO | change | — | Name of the loaded profile. | | `speakerProfile.lr.preamp` | number | -30 … 30 (step 0.1) | RW | change | `SET SP PEQ PREAMP LR\|SUB ` | Pre-amp gain in dB applied with the profile. | | `speakerProfile.sub.index` | int | -1 … 2398 | RW | change | `SET SP PROFILE `
`SET SP PROFILE LR\|SUB NONE` | Profile from the built-in library, by index; -1 = none or a custom profile. Setting an index loads that profile (it applies to the profile's own target, L/R or sub). | | `speakerProfile.sub.name` | text | text | RO | change | — | Name of the loaded profile. | | `speakerProfile.sub.preamp` | number | -30 … 30 (step 0.1) | RW | change | `SET SP PEQ PREAMP LR\|SUB ` | Pre-amp gain in dB applied with the profile. | | `speakerProfile.channels.{channel}.bands.{band}.type`
_{channel = left, right, sub; band = 0–9} | choice | `peak`, `lowShelf`, `highShelf` | RW | change | `SET SP PEQ L\|R\|SUB PK\|LS\|HS ` | Band shape. | | `speakerProfile.channels.{channel}.bands.{band}.freq`
_{channel = left, right, sub; band = 0–9} | int | 0 … 20000 | RW | change | `SET SP PEQ L\|R\|SUB PK\|LS\|HS ` | Band frequency in Hz; 0 = band off. | | `speakerProfile.channels.{channel}.bands.{band}.q`
_{channel = left, right, sub; band = 0–9} | number | 0 … 20 (step 0.001) | RW | change | `SET SP PEQ L\|R\|SUB PK\|LS\|HS ` | Band Q (shelves ignore it). | | `speakerProfile.channels.{channel}.bands.{band}.gain`
_{channel = left, right, sub; band = 0–9} | number | -30 … 30 (step 0.1) | RW | change | `SET SP PEQ L\|R\|SUB PK\|LS\|HS ` | Band gain in dB. Writing a band makes the profile custom (index -1). | ### `device` Identity and firmware version. Read-only. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `device.model` | text | text | RO | change | — | Product model. | | `device.hostname` | text | text | RW | change | `SET HOSTNAME (no name = back to the default)` | Network hostname (mDNS, DHCP option 12, SNMP sysName, LLDP System Name). Writable: 1-32 letters, digits and hyphens, no hyphen first or last - anything else is refused (err range, with the reason) and nothing changes. "" returns to the default, MODEL-. Applies immediately; survives a reboot; factory reset returns to the default. An SNMP SET of sysName renames the unit the same way. | | `device.name` | text | text | RO | change | — | Same value as device.hostname (read-only), kept for clients written against the first Rialto API. | | `device.serial` | text | text | RO | change | — | Serial number. | | `device.mac` | text | text | RO | change | — | Control-network MAC address. | | `device.mcuVersion` | text | text | RO | change | — | Firmware version (the DSP program is part of it). | | `device.bootVersion` | text | text | RO | change | — | Bootloader version. | | `device.uptime` | int | counter | RO | change | — | Seconds since boot. A value that goes DOWN means the unit rebooted. | | `device.cmdApplied` | int | counter | RO | change | — | Every command with a seq up to this number has been executed, including any follow-up steps it triggered. Pushed over the WebSocket. | ### `network` Control and Dante network configuration as currently in effect. Read-only. | Path | Type | Values | Access | Push | Telnet | Description | |---|---|---|---|---|---|---| | `network.dhcp` | bool | `true` / `false` | RO | change | — | Control network uses DHCP. | | `network.ip` | text | text | RO | change | — | Control network address in effect. | | `network.mask` | text | text | RO | change | — | Control network subnet mask in effect. | | `network.gateway` | text | text | RO | change | — | Control network gateway in effect. | | `network.static.ip` | text | text | RO | change | — | Configured static control-network setting (used when DHCP is off). | | `network.static.mask` | text | text | RO | change | — | Configured static control-network setting (used when DHCP is off). | | `network.static.gateway` | text | text | RO | change | — | Configured static control-network setting (used when DHCP is off). | | `network.tcpPort` | int | counter | RO | change | — | Telnet control port. | | `network.dante.dhcp` | bool | `true` / `false` | RO | change | — | Dante network uses DHCP. | | `network.dante.ip` | text | text | RO | change | — | Address the Dante module reports (empty until the unit has queried it - the query runs while the unit is powered on). | | `network.dante.mask` | text | text | RO | change | — | Subnet mask the Dante module reports. | | `network.dante.gateway` | text | text | RO | change | — | Gateway the Dante module reports. | | `network.dante.static.ip` | text | text | RO | change | — | Configured static Dante setting (used when Dante DHCP is off). | | `network.dante.static.mask` | text | text | RO | change | — | Configured static Dante setting (used when Dante DHCP is off). | | `network.dante.static.gateway` | text | text | RO | change | — | Configured static Dante setting (used when Dante DHCP is off). |