Magnetic Resonance
SmartSpeed Precise
Ultimate precision at maximum speed with Dual AI
Philips SmartSpeed Precise is our next generation acceleration technique that expands the proven Compressed SENSE and SmartSpeed technologies with a unique integrated Dual AI innovation. SmartSpeed Precise takes the leap towards ultimate precision at maximum speed by speeding up scan time up to 3 times [1] and enabling an increase in sharpness by up to 80% [2].
Philips SmartSpeed Precise
Ultimate precision at maximum speed
Powered by Philips' unique integrated Dual AI reconstruction.
Demonstrated results
Be confident with unmatched sharpness
SmartSpeed Precise enables an increase in sharpness by up to 80% [2] and delivers MR images with reduced ringing. SmartSpeed deep learning technology is applied at the source of MR signal to remove noise and preserve details.
Get ahead with maximum acceleration
By scanning up to three times faster [1] and helping to reduce the total exam time, SmartSpeed Precise can help increase MRI department productivity. You can use the time gained to scan more patients and reduce the cost per scan, to add unplanned patients to the schedule or to reduce staff overtime.
Get ahead with maximum accessibility
SmartSpeed Precise is available across Philips’ entire new & Installed Base of 1.5T and 3.0T MR systems [3] and for all anatomies.
Image gallery
- SmartSpeed Precise speed comparison - Spine
- SmartSpeed Precise comparison – Cardiac
- SmartSpeed Precise comparison image sharpness - Spine
- SmartSpeed Precise image sharpness comparison - Pituitary
- SmartSpeed Precise speed comparion - Knee
- SmartSpeed Precise comparion speed - Knee
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Frequently asked questions
Footnotes
- Compared to SENSE imaging, with no loss in image quality.
- Compared to conventional (SENSE / Compressed SENSE / SmartSpeed AI) imaging. Sharpness was evaluated with phantom scanning.
- dStream based systems, not available for Prodiva and Multiva systems.
Disclaimer
Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Results in other cases may vary.