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Yet application owners face tremendous obstacles in the earliest stages of development. Getting from an idea to a working prototype can be time-consuming, costly and challenging. 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First, early research is prohibitively expensive. Second, designing the lightweight and comfortable form factor for a wearable yet effective device is difficult. Third, commercially available portable probes generate high-quality images, but withhold access to the unfiltered, raw RF data essential to the underlying science. 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We offer the technology and years of expertise to swiftly co-develop a working prototype of a proposed device. Application owners can use the prototype to demonstrate the device in practice, evaluate the product/market fit, develop needed software and interfaces, and secure funding for further development. By eliminating the time and cost of early development, we accelerate time-to-market and support a diverse offering of portable and wearable ultrasound devices. ",[146],{"type":58,"attrs":147},{"color":60},{"type":149,"marks":150},"hard_break",[151],{"type":58,"attrs":152},{"color":60},"Accelerating time-to-market ",[],{"_uid":156,"text":157,"title":167,"author":15,"buttons":168,"caption":15,"endDate":15,"hideTime":29,"titleTag":106,"component":107,"startDate":15,"textAlign":64,"titleColor":65,"titleBorder":31,"buttonsDirection":15},"76176d68-6089-4180-9794-eeab6ac4ed65",{"type":47,"content":158},[159],{"type":50,"attrs":160,"content":161},{"textAlign":14},[162],{"text":163,"type":55,"marks":164},"Our wired ultrasound setup is built around a small form factor probe head connected to a readout unit via a thin, earphone-like cable. The readout unit interfaces with a laptop, where ultrasound data can be visualised, processed and stored. The probe head integrates an ultrasound transmitter and a low-noise amplifier placed in close proximity to the transducer, maximising signal-to-noise ratio. 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