The firmware version 2.0 of the SmartPanel supports following apps:
|
App name |
License name |
Version |
Description |
|
Intercom app
|
INT_1200_PRO |
1.0 |
PRO version of the Intercom Application for the RSP-1232HL / RSP-1216HL SmartPanels; turns the RSP-1232HL / RSP-1216 HL User Interfaces intoIntercom Panels; supports 32(resp. 16) keys; 2 SFP and 2 ETH (RJ45) AES67 Matrix Link ports; 2 analog 4-wire connections (RJ45); 3 GPI-In, 3 GPI-Out; 2 headset connectors (XLR/RJ45); 2 Matrix connectors (RJ45/BNC); 2 USB ports |
|
AES3 app
|
INT_1200_AES3 |
1.0 |
License to enable AES3 Intercom Matrix connectivity on RSP-1232HL / RSP-1216HL SmartPanels |
|
AES67 4-wire app |
INT_1200_AES67_4W |
1.0 |
Allows 1200 series SmartPanels to be connected to up to 2 SMPTE 2110-30 (AES67) channels on the audio network (without occupying ports on the Artist matrix) instead of the analog audio inputs (Audio A/B). |
|
Control Panel app |
CPA_1200_PLUS |
1.0 |
PLUS license of the Control Panel Application (Version 1.0) for 1200 Series SmartPanels. Enables exchange of control data and status information via NMOS. Supports NMOS IS-04, IS-05 and IS-07. Allows sending control commands of Hybrid Lever keys and their rotary encoders. Allows receiving control commands for LED rings and displays (text, icons, color) via NMOS. |
|
Audio Monitoring App |
AMA_1200_PLUS |
1.0 |
The Audio Monitoring app enables intercom and IP-based audio monitoring via the internal speaker or via a stereo headset. |
|
Linear-Time-Code App |
LTC_1200_PLUS |
1.0 |
The Linear Timecode (LTC) is a new app for Riedel 1200 series SmartPanels that brings a new and simple way to display timecode on the SmartPanel displays and can be easily configured via the new WebUI. |
The installation of licenses is described in chapter License Installation.
In the following chapters, functions are illustrated using an RSP-1216HL or RSP-1232HL. The operation is generally identical for all SmartPanel types, but the arrangement of the key labeling and the Info Display may differ.
Deviating operation is explained at the appropriate points.