PCC Technology

PCC Technology is the future in the evolution of the concept of sound reinforcement, based on the application of computer digital management advantages to professional audio reinforcements.

Since 2002 we have been designing and developing Self-Powered sound systems by DSP, namely a PCC Speaker and controlled by laptop via software.

ORIGINAL Series. Launched in 2002

COBRANET Series. Launched in 2005

ADVANCED Series. Launched in 2010

After many years of experience, we are happy to introduce the new PCC-3 Technology, a network platform that include both software (PCC-Net) and hardware DSP for the control, diagnostic and monitoring of TECNARE’s Loudspeaker

A standard PCC-3 speaker houses one or more efficient and reliable switched mode power supply Class D module amps and a high quality 96kHz audio DSP processor. All these PCC speakers are linked by a network via CAT-5 cable and Rj45 connection through a USB interface to the laptop.

frontal pc_low

The PCC-3 package comprise of  System Engineer Software, PCC-Net protocol, PCC-NET Interface drivers and of course, the TECNARE loudspeakers.

Once connected, we can control in real time the parameters of each speaker individually or grouped as we decide, factors such as volume, graphic equalization, parametric equalization, box delay, save and recall of presets, polarity, real-time diagnostics and more!

Cant you imagine, when working with a line array system, adjusting differently the array elements used for downfil to the ones used on top of the line, ONLY with the help of a small laptop?

And what about also controlling your monitors using ONLY a small laptop… while on the same screen a very powerful audio tool is monitoring the audio response? Using this technology, you can forget about racks, eqs, crossovers, patches, etc.

PCC│NET - System Engineer Software


All lTecnare digital system controllers can be controlled by the System Engineer® Loudspeaker System Control Software Package, which will allow remote access to all controller functions. Controllers fitted with network cards can also be networked via Cat 5 connections and controlled from the one screen. Grouping of controllers is also possible.

System Engineer is an all-new software package running under PC Windows™ for setting up and controlling device that are compatible with Obcom Protocol.

It is a clean Object Oriented package using the latest development technologies yielding intuitive ease of use and all the features you have come to expect and more. System Engineer may be used for programming factory settings or configuring installations as well as the live control and monitoring of devices during use. System Engineer uses the ObCom standard throughout; it speaks ObCom natively with connected devices. These devices may be connected individually using RS232 or USB. When participating in a networked system, System Engineer can control many devices via Ethernet and RS485.

System Engineer can be used as a plug-in with AFMG SysTune audio analysis software.

EQ & Dealy tab

EQ & Dealy tab


NOTE: System Engineer screens adapt to suit the device being controlled and monitored. This screen is for self-powered loudspeaker cabinets.

  1. Display of the overall Status, Gain Settings, Input Level and Output Headroom before Limit.
  2. User accessible Input Gain control.
  3. Graphical Display of the user equalization.
  4. Eight user accessible Parametric EQ’s applied to the input signal with control over Frequency, Q and Boost/Cut.
  5. Low Shelf and High Shelf Filters may be applied to the input signal with control over Frequency, Filter Slope and Boost/Cut.
  6. Time delay may be applied to the input signal to allow system time alignment and the use of delay stacks.
  7. High Pass and Low Pass Filters may be applied to the input signal with control over Frequency and Filter Slope.
  8. The Mode Display shows the configuration of the rear panel switches. The Auto Power settings are displayed below.
  9. Displays the Help Files for SE.
Gain Trims/Option Tab

Gain Trims/Option Tab


NOTE: System Engineer screens adapt to suit the device being controlled and monitored. This screen is for self-powered loudspeaker cabinets.

  1. Graph displays of Thermal Conditions, Protection Status and the Channel A and Channel B Output Current for the last 92 hours of operation.
    All of this performance data can be exported for storage and analysis.
  2. User entered Naming Field allows easy on-screen location of each device.
  3. User accessible Gain Trims for each channel allows fine tuning of the system for different venues and applications.
  4. Shows the operational statistics for the entire life of the device.
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