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Rapid Prototyping Module Extreme

 169,00

The RAP Extreme contains 12 input analog to digital converter channels, each capable of powering and amplifying low level sensor signals or line input signals. The 12 output digital to analog converter channels can either be driving loudspeakers or headphones, or line output level signals. All signal routing and conditioning is configured in software.

35 in stock

SKU: RPMEXTREME Categories: ,

Description

The RPM Extreme is the topline of Sällberg Technologies’ RPM modules. The module is an extension of the RPM Advanced. It is based on the Sharc ADSP21262 high performance digital signal processor from Analog Devices.

The RAP Extreme contains 12 input analog to digital converter channels, each capable of powering and amplifying low level sensor signals or line input signals. The 12 output digital to analog converter channels can either be driving loudspeakers or headphones, or line output level signals. All signal routing and conditioning is configured in software.

Four of the RPM Extreme’s input and output channels have extremely low throughput delay. It makes this module particularly  suitable for active control applications.

Example Applications
Low delay applications such as active noise and vibration control, advanced audio processing applications such as source tracking, signal separation, adaptive beamforming, adaptive filters, pattern recognition and classification…

Package Bundle

  • RPM Extreme PCB
  • A link to further product information such as schematics, gerber files, a reference implementation software is provided online after purchasing the product.

Not included and required: Analog Devices Visual DSP IDE, Debug/emulator interface.

Requirements
The RPM Extreme requires that an Analog Devices Sharc DSP compatible software development environment (e.g.  Analog Devices Visual DSP) and that a compatible debug and emulator interface are installed on the host computer.

Additional information

DSP-Arithmetic

16/32 bit fixed point, 32 bit floating point, SIMD

Inputs

12 inputs

Outputs

12 outputs

Interface

Solder pads

Processing power

Peak 1200 MFLOPS, Sustained 800 MFLOPS

Supply Voltage

1.8 to 3.6 VDC

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