Zone Sonography Technology

Everything Changes in the Zone

Zone Sonography technology, developed by ZONARE Medical Systems, is an innovative approach to echo data acquisition and image formation. Conventional ultrasound systems, both cart-based and compact, acquire and process echo data line-by-line and therefore are limited by the time required for sound propagation in the patient’s body.

Zone Sonography technology acquires ultrasound data very quickly in a relatively small number of large ‘zones’, each of which contains a volume of data equivalent to many lines in a conventional system. Zone Sonography technology acquires data up to ten times faster than conventional systems.

Faster data acquisition and unique image processing enable our z.one ultrasound system to provide premium image quality, performance and features as well as advanced image processing capabilities without the limitations of conventional systems.

Zone Sonography technology leverages processor power today and is built to exploit future processor power advances. According to Moore’s Law, processing power will continue to double approximately every eighteen months for the foreseeable future, offering the promise of substantially improved speed and capability. Since conventional systems are implemented primarily through hardware, they do not significantly benefit from increased processing power.

Channel Domain Memory and Processing

Channel Domain Memory and Processing are ZONARE’s proprietary methods of acquiring and managing data. It is the only ultrasound system that is implemented primarily in software. As a result, data are stored permanently in a separate cine memory, substantially increasing post-processing control and options. This approach provides greater flexibility by employing a more complete data set in processing the echo data, significantly increasing the accuracy of the image.

Increased speed, lower cost and more processing options are z.one platform benefits. Channel Domain Data also allows the user unprecedented flexibility in optimizing a frozen image, offering a significant clinical benefit in mobile examinations.