Are you an industry member? Loving Red Pitaya as a product but it doesn't quite fit your needs? We have an answer for you!

With our team of engineers with extensive knowledge, we can offer consulting expertise and customization options in technologically demanding fields like MedTech, IoT, smart cities, telecommunications, aerospace, and university research.  Our solutions include hardware and embedded software design, rapid prototyping, product development, and certification assistance. We’ve previously worked with NASA, Siemens, and Bosch with customization projects where Red Pitaya was integrated and customized specifically for client’s needs.

If you are an OEM partner also don’t miss this opportunity to incorporate Red Pitaya as a part of your solution or as a stand-alone product. What makes Red Pitaya special is the programmable logic or field-programmable-gate-array (FPGA). With on-chip FPGA Red Pitaya could be used for high-performance computing, state-of-the-art measurement system, signal processing, and much more. Having both a Linux-based processing system and programmable logic Red Pitaya is an ideal board for introduction to the FPGA programming and ultimately for building powerful professional and non-professional projects such as radar, radio systems, vector-network-analyzer, etc.

Let our team of experts help you

If you’re looking to modify your Red Pitaya and you’re not sure whether out expertise covers your challenge, here’s a quick list of modifications we have done on Red Pitaya for clients so far. 

  • Adjust the number of RF inputs/outputs
  • Modify the input/output voltage range
  • Choose a specific input impedance
  • Introduce digitally controlled range select switches
  • Customize the bandwidth
  • Select the optimal sampling rate
  • Insert a bigger RAM
  • Implement a wider RAM data BUS
  • Personalize the application oscillator
  • Synchronize with an external 10 MHz reference
  • Optimize your application’s FPGA capability
  • Increase the data acquisition speed and processing
  • Increase the number of USB ports
  • Introduce a C-type USB
  • Integrate on-board Wi-Fi, LTE, BLE and Lora
  • Replace the SD card with an eMMC
  • Customize the I/O on extension connectors
  • Improve the power supply design (with reduced EMC noise and greater heat dissipation)
  • Add an auxiliary battery management system
  • Adapt the housing to suit your application
  • Use components that are resistant to external vibrations
  • Develop the system for a specific EMC compliant design
  • Add statistics functions
  • Implement multi-stage protection functions
  • Customize data processing (DSP)
  • Introduce a variety of diagnostic solutions
  • Integrate your application into BSP SW

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