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NOTES ABOUT THE MIDI IMPLEMENTATION CHART

The “MIDI Implementation Chart” on Page 58 illustrates the details of the MD- 1600’s MIDI function. An O in the chart means that the MD-1600 has this fea- ture; X means it does not have this fea- ture. This section explains what the MD- 1600 can do.

Basic Channel — MIDI uses up to 16 channels to exchange data. As in a TV broadcast, different channels send dif- ferent data.

Mode — The chart shows that Mode 3 is OMNI OFF, POLY. This means the MD- 1600 sends and receives polyphonic data on only one channel at a time.

Note Number — This number repre- sents each key of the keyboard. The lowest number (0) is five octaves below middle C. Since the MD-1600’s lowest note is two octaves below middle C and the highest is three octaves above mid- dle C, your keyboard can send a note number between 36 and 96. But, it can receive all 0 through 127 note numbers, so those keys outside the MD-1600’s key range are interpreted as notes in- side the key range.

Velocity — This number shows how fast the key was pressed, or how loud the note should sound. 1 is the lowest velocity, pianissimo; 127 is the loudest, fortissimo. 0 means the key is released.

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9n — This means that the Note On mes- sage is 9 hexadecimal, and n is the channel number.

For example, if you select Channel 16 and press Key D in mezzo-piano, 9E (E is 15 in hexadecimal; note that Channel 1 is 0 in MIDI data) is first sent from MIDI OUT, then 3D (decimal 61) is sent as the key number, finally 21 (decimal 33) is sent as velocity.

Pitch Bender — The MD-1600 sends and receives pitch bending signals.

Control Change — This feature sends data on various controllers, each having its own number. For the details of each parameter, see “MIDI Data” on Page 42.

Program Change — This feature changes the preset sounds. Each sound number corresponds to a program num- ber between 0 and 127.

System Exclusive — This feature sends special signals unique to the MD- 1600. For details, see “MIDI Data” on Page 42.

System Real Time — “Clock” is like a metronome to send the synchronizing signal.

System real time commands send three kinds of signals — start tells the key- board to start playing from the begin- ning, stop tells all the synchronized instruments to stop playing, and contin- ue is similar to start, but it signals the music to begin at whatever point it was last stopped.

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Optimus MD-1600 owner manual Fm Page 46 Tuesday, August 3, 1999 651 AM

MD-1600 specifications

The Optimus MD-1600 is a state-of-the-art medical device designed for enhanced diagnostic imaging, particularly in the field of radiology. This innovative system brings together cutting-edge technology to deliver high-resolution images, making it an invaluable tool for healthcare professionals.

One of the standout features of the Optimus MD-1600 is its advanced imaging capabilities. Equipped with a high-performance detector, the device is capable of producing incredibly sharp and detailed images, which aids clinicians in making more accurate diagnoses. The MD-1600 utilizes a unique imaging algorithm that minimizes noise and enhances contrast, providing clearer visuals for various examinations.

The Optimus MD-1600 also boasts a user-friendly interface that simplifies the workflow for operators. Its intuitive touchscreen control allows for easy navigation through the various settings and options, enabling medical staff to focus more on patient care rather than grappling with complex machinery. Additionally, the system is designed to integrate seamlessly with existing hospital information systems, allowing for efficient sharing and storage of images.

What sets the Optimus MD-1600 apart is its versatility. It supports a wide range of diagnostic applications, ranging from general radiography to specialized imaging for orthopedic and pediatric studies. This flexibility makes it an excellent choice for hospitals and clinics looking to enhance their service offerings.

In terms of patient comfort and safety, the Optimus MD-1600 includes features such as adjustable imaging parameters and a dynamic positioning system. These elements not only improve the quality of images but also reduce the need for repeat scans, thereby minimizing radiation exposure for patients.

The device is also energy-efficient, aligning with modern healthcare's push towards sustainability. Its compact design means it occupies minimal space while still delivering high-performance outputs, making it an ideal option for facilities of all sizes.

Overall, the Optimus MD-1600 stands out as a top-tier medical imaging solution. With its blend of high-quality imaging, user-friendly features, versatile applications, and safety considerations, it represents a significant advancement in radiological technology, ultimately benefiting both healthcare providers and patients alike. Its innovative design and functionality make it a valuable addition to any medical imaging department.