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Ultrasonic diagnosis is a cost-effective, practical, and non-invasive medical technique that is widely used due to its high reproducibility and minimal impact on the human body. Among various types of ultrasound systems, B-mode ultrasound has become one of the most common diagnostic tools in clinical settings. It relies on ultrasonic imaging technology to produce detailed internal body images by sending high-frequency sound waves into the body and capturing the reflected echoes. These echoes are then processed to form two-dimensional images, allowing doctors to detect abnormalities or lesions.
With the rapid advancement of computer technology, information systems, and electronics, the demand for higher image quality and resolution in ultrasound diagnostics has increased. The scope of ultrasound applications has expanded significantly, leading to a shift from analog to fully digital systems. As a leader in embedded industrial computers, ARBOR has been actively involved in the development of medical electronics. Their embedded solutions offer advantages such as compact size, high reliability, low power consumption, wide operating temperature ranges, and long service life. These features have made ARBOR’s products popular among medical device manufacturers globally, helping them maintain a strong competitive edge in both technology and the market.
The working principle of a B-ultrasound device involves using an array of piezoelectric crystals in the probe. These crystals are grouped and controlled by an electronic switch to generate scanning lines within the tissue. The echoes from these scans are then displayed on a screen, forming a 2D image of the scanned area. The system typically includes components such as the ultrasound transducer (probe), transmitter/receiver unit, data processing system, control panel, keyboard, printer, and display system.
ARBOR's embedded microboards are highly favored by medical equipment manufacturers worldwide due to their small size, powerful performance, low power consumption, and excellent stability. They have been successfully integrated into portable, all-digital B-ultrasound devices. In the context of B-ultrasound diagnostics, ARBOR provides embedded solutions with low power consumption, fan-free design, built-in graphics, network support, and multiple storage options like CF and DOC cards. The system also supports various I/O interfaces and protocol-based expansion, making it adaptable to different customer requirements. On the software side, ARBOR offers customized embedded operating systems like Linux and Windows CE, ensuring seamless integration with customer-developed applications.
The EmCORE-i761, a 3.5-inch embedded motherboard from ARBOR, is specifically designed for use in advanced ultrasound systems. It features an Intel Pentium M processor, up to 1.8GHz, and supports DDR SDRAM up to 1GB. It also includes LVDS, DVI, CRT, and TV-out outputs, along with support for CF cards, USB 2.0 ports, and a PCI interface. This makes it ideal for a range of applications, including full-digital and black-and-white B-ultrasound systems, as well as mobile and veterinary ultrasound devices.
In the field of healthcare, which is a noble mission dedicated to saving lives and promoting health, embedded technology has played a crucial role in advancing medical equipment. ARBOR, as a global leader in embedded industrial PCs, continues to innovate in both hardware and software domains. Its compact, reliable, and energy-efficient designs have enabled the creation of high-performance medical devices. From MRI machines to portable diagnostic systems, ARBOR's embedded solutions provide the perfect foundation for a wide range of medical technologies, ensuring accuracy, efficiency, and longevity in critical healthcare applications.