It’s the first day of the show.
Meet Hardware and Software Designer Colin Broad at NAMM 2023, Stand 15624.
Who's coming round for a chat/demo of our new products?
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We started work on this about two weeks ago, we are quiet at the moment so that work has progressed quickly.. The Mac/Windows You will find a block diagram and some screenshots below, all suggestions are welcome
The Basic specification is as follows
16 Inputs: 8 Stereo and 8 Mono, input metering on front panel TFT
2 Stereo Sum Bus and outputs
Monitor section with three speaker sets, Cue Send and Headphone Output
48 x 48 crosspatch with 16 external insert sends and returns
2u Rack mount with 4.3” TFT and 6 front panel keys and Encoder
Network and USB HUI Interfaces
A few weeks ago we received a request to modify his I-Mon to have two 7.1.4 inputs.
I looked at this carefully, whilst not a major change it would involve a number of small changes to multiple units as follows
I-Mon hardware modification:- Plug in card with 4 summing channels to enable
I-Mon firmware modification - Reassign two stereo inputs to the Alt input and map stereo inputs 3-5 to 1-3
I-Mon Manual update - Describe input mapping for modified unit
MidiUPD software modification - Add Check Box to inform software that the ALT-7.1.4 modification is fitted.
TMC-1/2-IMon firmware modification - Update I-Mon page to indicate if modification fitted and limit input selections
All these changes will have to be tested!
Yesterday I was in Paris checking out the SPQ implementation with a customer, I felt that a visit was necessary as the initial test were made long distance with me in London and the MTRX with SPQ card in Amsterdam! This timeI wanted to be in the same room as the TMC-1/2, MTRX and SPQ card, to check for myself that it is working correctly and that the documentation was understood by the customer, installer and myself!
When we designed the TMC-1-Penta the SPQ card did not exist, the SPQ card adds a lot of functionality to the NTP system, we want to incorporate this with the TMC. The SPQ is like any other card within the NTP rack unit and the SPQ channels are defined by the card slot and Channel number which can be assigned to any speaker channel using the TMC insert points.
There are three ways of setting the IP Address on the TMC-1 as follows
DHCP
I have implemented DHCP on the TMC-1 as a one shot as I believe that in a studio setup it is better to use fixed ip addresses. When you enable DHCP on the TMC-1 the first number only will change to 00 to indicate that DHCP is active. If a new IP Address is allocated by the DHCP sever the display will update almost immediately, if there is no DHCP server present the IP address will revert to the original IP Address after about 5 seconds.
Recently a customer asked why they could only see the first number flicker when using DHCP to set the IP address of the TMC-1. This occurs when the DHCP Server is happy with the IP Address requested by the TMC-1. On the video below I have deliberately set the TMC-1 to a invalid IP address.
In order to synchronize Protools it is necessary to use a Protools-Dante Bridge. The current Protools software disables synchronization when using a network Dante Port!
Last week I visited Olivier Chouteau at Eclair in Paris, Olivier installed the first TMC-1-MMP1 system in a 7.1.4 studio. Daniel Gollety who makes the french translation of our manuals accompanied me on the visit - my French is not to good. Although configured as a 7.1.4 room one of the main reasons for using the TMC-1 is the ease in switching between Stereo, 5.1, 7.1 and 7.1.4.
This week I have been interfacing the TMC-1 with the Yamaha MMP1. We have been waiting for a MMP1 since it was announced last year, a loan unit finally arrived last week . Before starting we had to buy a I-Pad (we are Android users and our OSC software runs on both), this arrived two days ago since then I have been writing code.