Our Unique Offering
IPCoreWorx has significant research and development capability in Digital Signal Processing (DSP) algorithm creation and implementation on FPGA and DSP platforms. This allows us to produce customised digital signal processing algorithms and deliver on a platform of your choice.
Stand-out benefits
Access world-leading DSP algorithm development researchers Flexible choice of implementation platform – FGPA or DSP Access to our large VHDL library to reduce development risk and time-to-market. IPCoreWorx has been creating and implementing novel digital signal processing algorithms for 25 years. Products developed by IPCoreWorx in wireless communications, audio systems, bandpass sampling, sonar systems and other DSP applications are been used in a number of territories including the United States, Europe, Japan and New Zealand.
Our key areas of expertise
Wireless communications technologies
Our wireless communications team has more than 25 years’ experience developing world-leading solutions for local and international innovators and businesses.
We have significant research and development capability in wireless signal processing, digital radio design, digital signal processing, wireless mesh networks, localisation systems, smart edge processing and implementation on FPGA and DSP platforms.
Our expertise, available to you:
- MIMO and OFDM Systems
- Cognitive Radio
- Localisation systems
- Smart Edge Processing
- Digital Radio Design
- Wireless Mesh Networks
- IP Cores (visit IP CoreWorx Products page for more details)
Audio and Acoustic Technologies
Our audio engineering team has more than 25 years’ experience developing world-leading acoustic solutions for local and international innovators and businesses.
We have significant research and development capability in audio and acoustic engineering, digital signal processing and implementation on FPGA and DSP platforms.
Our expertise, available to you:
- Spatial sound systems (higher order surround, multizone, personal sound)
- Microphone array system design using digital MEMS microphones and FPGA processing
- Diffraction modelling and diffraction-compensated beamforming design for non-spherical microphone arrays
- Signal processing algorithms for Virtual Reality (soundbars, crosstalk cancellers)
- Audio processing algorithms for music application
- Loudspeaker array processing
- Proof of Concept demonstrators
Underwater Ultrasound and Sonar Technologies
Our underwater ultrasound and sonar team has more than 20 years’ experience developing world-leading solutions for local and international innovators and businesses.
We provide world class custom transducer and ultrasound system design tailored to your needs. We do this at competitive prices and with short lead times.
Our past work has included the design and build of linear and 2D hydrophone array transducers to flat and curved projectors, and multi-element split beam transducers. Various demonstrators have been built ranging from low noise input stages, to low cost multi-channel bandpass sampling receivers, to single channel analogue amplifiers, to multi-channel low and high-power digital transmitters.
Our expertise, available to you:
- Innovative system design
- Transducer technology for underwater acoustic comms and sonar
- Linear and 2D hydrophone arrays
- Flat and curved projectors
- Multi-element split beam transducers
- Communications transducers
- Beamforming
- Wide beam
- Low sidelobe level
- Frequency invariant beam for wideband acoustic comms and split beam
- Transceiver architectures
- Electronics design from low noise electronics to high power transmitters
- Programmable logic and embedded software
- World leading DSP researchers
- Proof of Concept demonstrators
- Low noise input stages
- Low cost multi-channel bandpass sampling receiver
- Single channel analogue amplifiers
- Multi-channel low and high-power digital transmitters