syngo MR XA60A – What's New list Free.Platform Systems

MAGNETOM Free.Max, MAGNETOM Free.Star Advance your magnetic resonance imaging syngo MR XA60A – What’s New siemens-healthineers.com/customer-services Including AdvanceNow SIEMENS Healthineers Dear MAGNETOM user, We are pleased to announce the arrival of our latest This information letter provides a comprehensive MRI scanner software, syngo MR XA60A. This new overview of the new features and software improve- software version includes comprehensive improvements ments that are incorporated in syngo MR XA60A. to the existing scanner functionalities and provides access to exciting new features. We are continuously striving to improve the quality of our products and sincerely believe that this new You have received this information letter to accompany software version will further improve your daily work installation of the syngo MR XA60A software on your with your MAGNETOM scanner. MAGNETOM scanner(s). Sincerely yours, Scanners qualified for this update include the following Your Siemens Healthineers MR team systems: • MAGNETOM Free.Max (0.55T) • MAGNETOM Free.Star (0.55T) AdvanceNow, the long-term update and upgrade service from Siemens Healthineers, is your digital strategy enabling you to be constantly up to date. It offers continuous access to innovations and state-of-the-art cybersecurity and allows efficient and long-lasting equipment performance by constantly and proactively providing updates and cybersecurity patches, online. To enable you to benefit from advancements in intelligent imaging and deliver efficient precision medicine, system software upgrades are offered as soon as they become available and computing hardware is replaced as soon as required. 2 Contents Contents 1. New hardware 4 1.1. High-end reconstruction system 4 1.2. Contour Knee Coil 5 1.3. Injector Coupling 6 2. New sequences, protocols, and applications 7 2.1. Deep Resolve Boost TSE 7 2.2. Diffusion Weighted Imaging with Complex Averaging 8 2.3. Respiratory Gating with BioMatrix Contour L Coil 9 2.4. myExam Autopilot Hip 10 2.5. myExam 3D Camera 11 3. Improvements to sequences, protocols and applications 12 3.1. Deep Resolve Gain & Sharp for SE and TSE Dixon 12 4. General syngo MR XA60A platform improvements 13 4.1. Gradient ECO Mode 13 4.2. MR View&Go improvements 13 4.3. DICOM AutoRouting 14 4.4. AutoDisplay & AutoMPR 14 4.5. Improved SAR Assistant 15 4.6. SRS Mobile Router 15 3 syngo MR XA60A – What’s New 1. New hardware 1.1. High-end reconstruction system Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Optional feature Pre-requisites: None Restrictions: None As part of the new syngo MR XA60A software baseline Computer specifications: more computationally demanding sequences have been made available on the MAGNETOM Free. Platform, Processor: 1x 10-Core Intel Xenon® W-1290E which require a high-end computer for reasonable (3.5 GHz) reconstruction times. The Deep Resolve Boost TSE license RAM: 64 GB will require the high-end reconstruction computer as a prerequisite; however, this feature is also available as SSD: 960 GB standalone. Reconstruction ≥ 28,428 recons per second Highlights and benefits: speed: (2562 PeFT, full FOV) ≥ 119,093 recons per second • Enabling shorter computation times in iterative and (256 x 64 PeFT, 25% FOV) deep learning-based image reconstruction 4 syngo MR XA60A – What’s New 1.2. Contour Knee Coil Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Optional feature Pre-requisites: None Restrictions: None The Contour Knee Coil is the first dedicated musculo- Highlights and benefits: skeletal coil launched for the MAGNETOM Free. Platform. • While the simplicity of the coil portfolio of MAGNETOM Highly flexible blanket coil that adapts seamlessly to Free. Platform has been intentional to keep a simple various knee sizes • yet agile system configuration, the Contour Knee Coil First dedicated MSK coil to support fast workflows • has been launched in order to support a speed-focused iPAT-compatible in all directions • workflow environment. The design of the Contour SlideConnect technology for easy coil set up • Knee Coil follows the flexibility of the standard Contour Hygienic, Velcro-free coil design for easy cleaning Coils in order to support adaption to various knee sizes. The image quality of the Contour Knee Coil matches the image quality obtained from the Contour M Coil. Coil specifications: • Receive-only coil • 12 coil elements with 12 integrated preamplifiers • 3 rows of 4 elements each • 4.8 channel / 10 cm z-FOV • The base of knee coil can slide on the main baseplate to allow for off-center positioning Dimensions: • Contour Knee Coil baseplate: 543 x 298 mm (L x W). • Contour Knee Coil: 249 x 228 x 87 mm (L x W x rigid height) • Minimum inner diameter: 113 mm The weight of the Contour Knee Coil is about 3.3 kg Contour Knee Coil and supporting cushion enable faster patient (7.3 lbs). setup in high-throughput environments. A faster workflow can be achieved with Contour Knee Coil with matching image quality to the 12-channel Contour M Coil. 7aaaa0421 Routine clinical knee examination performed with Contour Knee Coil on MAGNETOM Free.Max. Acquisition performed with Deep Resolve Boost, total acquisition time 7:29 min. 5 syngo MR XA60A – What’s New 1.3. Injector Coupling Further Reading Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Reduced Stress and Consistent Contrast-enhanced Category: Optional feature MRI Scans with Precisely Timed, Automated Pre-requisites: Bayer MRXperion Injector Injection Enabled by MR-Injector Coupling. A Joint Restrictions: None Development by Bayer and Siemens Healthineers Gregor Thoermer, Ph.D. (Siemens Healthineers) The MR injector coupling utilizes dedicated hardware MAGNETOM Flash (77) 2/2020: 35–38. and software connection to trigger the Bayer MRXperion injector through the user interface. The injection can Reduced Stress and Consistent Contrast- enhanced MRI Scans with Precisely Timed, Automated Injection Enabled by MR-Injector Coupling optimal. If an en vination it uf reduced quality or non- --------- be initiated manually by the user or automatically A Joint Development by Bayer and Siemens Healthineers Tiara between radiologot and technologkt. Gregor Thaerver\ Manuela Rick' Petro Badhers Jees Ginring' Dieter Feest\ Barbara De Napoli\ Bon Barbatra Imoging Systems Interface (151) for Se Shrinem" MR-injector Coupling Theyer Medical Con IL.Y. Pharmaceunicela. Masricht. The Netherlands developed a hardware and software interface BS) - lineg ing Syunum li sentscel enurbling active coupling between through the MR user interface (UI). The MR UI will offer "Injector? and the Mill scanner (fig. 11'. kentablaher a direct reliable connection between The MR acancer and The injector cantiol aytoein, allowing a technologkt. u. which heipt so overcomne the aforementioned challenget. In daily dinisl praction. typically. MA is a me-per-day ------ connection and status information for the connected Injection and lill dete acquisidion to hit the first pen of Dowant agent in the body sagion or disant at internet. not rouidealy perforin such exuma. Aha, calcubeing the sof-corsinet. Intritive workflow for high-quelity and -------- the right ofer. Mil and DCE can be performed with high when the cuser of k-specs it noquirec. is often regarded Conversanel workflow Enhanced Gi workflow 1. Soca loer imaging so gain ammonioil warvite injector. For improved synchronization between contrast agent application and the measurement, MRI workflow Time Deley (TR Caloulation can trigger the application; the user must activate the synchronized triggering and enter timing information representing the best timing correlation between the start of the contrast injection and the measurement. Read the article here Highlights and benefits: • Improve consistency in timing • Reduce stress in time-critical examination workflows The injector coupling feature is released for Bayer MRXperion with ISI2. 6 syngo MR XA60A – What’s New 2. New sequences, protocols, and applications 2.1. Deep Resolve Boost Learn more about Deep Resolve Available for: MAGNETOM Free.Max and MAGNETOM Free.Star White paper Category: Optional feature Deep Resolve – Mobilizing the power of networks Pre-requisites: None Nicolas Behl, Ph.D. (Siemens Healthineers) Restrictions: None Deep Resolve – Mobilizing the power of networks · White paper Deep Resolve – Mobilizing the power of networks · White paper Conventional reconstruction Deep Resolve Gain The use of receive arrays and parallel imaging has been Over the last years, AI technologies have made their an important breakthrough in MR image reconstruction appearance in a various research publications[4,5]. and is an essential part of clinical routine in MRI [1,2]. Especially the use of deep neural networks has proven Parallel imaging, however, usually comes at the price to be helpful when trying to address the limitations of higher image noise, especially in regions further away of conventional MR image reconstruction, especially pD tse fs p2 PD tse fs p3 from the receive coils. This results in inhomogeneous also for routine 2D imaging. Deep learning image TA 3:12 min TA 2:20 min noise distribution, especially if high acceleration factors reconstruction has the potential to tackle all three 0.4 x 0.3 x 3 mm3 0.4 x 0.3 x 3 mm3 are used. Compressed Sensing was another major limiting factors of MR imaging simultaneously: Deep Resolve Boost is our deep learning image development when it comes to image acceleration [3]. image resolution, signal-to-noise ratio and It benefits especially dynamic and non-cartesian 3D acquisition speed. imaging but comes at the cost of a higher computational burden. Also, 2D cartesian imaging, which still is building the backbone of routine MR imaging, benefits less from Compressed Sensing. T1 tse p2 T1 tse p3 TA 3:38 min TA 2:38 min 0.5 x 0.3 x 2.5 mm3 0.5 x 0.3 x 2.5 mm3 reconstruction trained to recognize and eliminate Deep Resolve Gain & Deep Resolve Sharp With Deep Resolve, we bring deep learning and AI to Deep Resolve Gain helps to mitigate noise that the MR image reconstruction process. Deep Resolve is is introduced when accelerating the acquisition our advanced reconstruction technology, which in its e.g. by reducing the number of averages or by pD tse p2 PD tse p3 first step brings intelligent denoising and deep-learning- increasing the acceleration factor in parallel imaging. TA 3:52 min TA 2:50 min based image reconstruction directly to the core of the 0.4 x 0.2 x 3 mm3 0.4 x 0.2 x 3 mm3 imaging chain. As the noise maps can be generated from the originally acquired raw data, no additional acquisition time is noise and aliasing pattern. This algorithm works Deep Resolve Gain is our solution for intelligent needed, and the results are available in real-time. denoising. As mentioned above, in MRI, image noise Figure 2 shows how Deep Resolve Gain can be employed is not uniformly distributed across the image. This can to accelerate an entire knee exam. Images acquired with be due to coil array geometries since the SNR is usually increased acceleration and reconstructed with Deep higher close to the receive coils. Also the use of parallel Resolve Gain are similar in quality to the standard imaging reconstruction techniques can lead to varying protocols which are conventionally reconstructed. Download the noise levels in the reconstructed image. These local In this example it results in an acceleration by 28% T2 tse fs p2 PD tse fs p3 TA 3:10 min TA 2:10 min variations in image noise can’t be addressed by over the entire exam. 0.6 x 0.3 x 3 mm3 0.6 x 0.3 x 3 mm3 conventional noise filters, as these operate globally on the entire reconstructed image. Deep Resolve Gain Deep Resolve Sharp is a novel image reconstruction in k-space and reconstructs high-quality diagnostic incorporates specific noise maps, which are acquired technology to generate images with increased sharpness. together with the original raw data, directly into the The deep neural network at the core of Deep Resolve image reconstruction [6]. Sharp generates a high-resolution image from low resolution input data. The network was trained on a These noise maps are generated without needing to large number of pairs of low-resolution and high- PD tse fs p2 PD tse fs p3 TA 3:45 min TA 2:46 min spend additional scan time and can be extracted from resolution data. 0.5 x 0.3 x 3 mm3 0.5 x 0.3 x 3 mm3 Whitepaper here the raw data. The reconstruction algorithm takes local noise variations into account and enables stronger As the training data for Deep Resolve Gain covered a wide range of anatomies, the reconstruction network 17:37 12:44 denoising where noise would be most dominant With Deep when reconstructing with conventional methods. can be applied to all body regions. Deep Resolve Sharp 28% reduction images, using a deep neural network trained to can increase the matrix size by a factor of up to two Resolve Gain along both in-plane axis, resulting in substantially increased image sharpness. 3aaaa1620 2 The increase in SNR achievable with Deep Resolve enables you to accelerate entire knee exams. The targeted reduction of image noise allows for the use of higher acceleration factors, without having to pay with increased image noise. Images are acquired on a MAGNETOM Vida 3T scanner. siemens.healthineers.com/DeepResolve 3 siemens.healthineers.com/DeepResolve 4 resolve high SNR output from an undersampled raw dataset. Initial Clinical Experience with an Iterative Compatible sequence: Turbo Spin Echo Denoising Algorithm Applied to reduced-data 2D Turbo Spin Echo Acquisitions Highlights and benefits: Johan Dehem, M.D., et al. Enable faster image acquisition by using higher (Jan Yperman Ziekenhuis, Leper, Belgium) • acceleration factors MAGNETOM Flash (78) 2/2021:22-28 • Enhance image resolution by combining Deep - Initial Clinical Experience with an Iterative Resolve Boost with Deep Resolve Sharp Denoising Algorithm Applied to Reduced-data 2D Turbo Spin Echo Acquisitions • Reach an ideal middle-ground between shorter Introduction acquisition time and image resolution Read the article here Introduction to Deep Learning for MR Image Reconstruction Florian Knoll, Ph.D. (NYU Langone Health, New York, NY, USA) Lecture presented at the 11th MAGNETOM World Summit Learning for image reconstruction LIVE seconstruction error CR(OR) = = Illu! (OR) - Weralla 7aaaa0371 An example demonstrating the way Deep Resolve Boost can nello Pmagiche New York NY.USA parameters be leveraged to generate high SNR and high-resolution images Reconstruction model Input Harmsemik MRM 2018 of the brain. (a) T2-FLAIR image of the brain acquired with Listen to the talk here 11th MAGNETOM World Summit Deep Resolve Gain and Deep Resolve Sharp; acquisition time July 23. 2020 4 minutes (0.4 mm2 in-plane resolution). (b) T2-FLAIR image of the same volunteer acquired with Deep Resolve Boost resulting Deep Learning Image Reconstruction – state of the art in faster acquisition time (2:56 min) and the same in-plane Kerstin Hammernik, Ph.D. (Imperial College, London, UK) resolution. Lecture presented at the 11th MAGNETOM World Summit 4D CINENet results - Healthy subject BioMedIA LIVE Listen to the talk here 11th MAGNETOM World Summit 7 syngo MR XA60A – What’s New 2.2. Diffusion Weighted Imaging with Complex Averaging Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None Diffusion-weighted imaging at 0.55T can be challenging Highlights and benefits: due to the lower signal-to-noise ratio (SNR). In an effort • to enhance SNR, often multiple images are acquired Improved background noise suppression in diffusion- that are subsequently averaged; in this way, background weighted images • noise, which is assumed to be random and of a certain Can potentially decrease the number of averages that statistical distribution, cancels out through the multiple are required to achieve a desired SNR level averages and through this approach, signal is enhanced. Signal averaging is conventionally performed in magnitude domain; by extracting the magnitude, the noise floor of the image is elevated, which leads to a noise bias with averaging. In complex averaging, the noise remains zero-centered and scales inversely with the square root of the number of averages – meaning by preserving the entire range of signal obtained from the MRI system, one can achieve substantially better SNR and contrast through averaging. a b 7aaaa0424 Diffusion-weighted image of the prostate with (a) conventional DWI sequence using magnitude-based averaging and (b) complex-averaging clearly demonstrating the advantage of the latter technique – background noise is better suppressed and the details in the prostate are visible with superior contrast. 8 syngo MR XA60A – What’s New 2.3. Respiratory Gating with BioMatrix Contour L Coil Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Optional feature Pre-requisites: BioMatrix Contour L Coil Restrictions: None The BioMatrix Contour L Coil, as initially launched, Highlights and benefits: includes the necessary BioMatrix hardware for receiving • respiratory signal. With software version syngo MR Ability to trigger MRI sequences seamlessly and XA60A, this feature can now be enabled through a without workflow impediments license that activates gating capabilities in all relevant sequences based on the signal received from the BioMatrix Respiratory Sensor. For existing BioMatrix Contour L Coils, which have been purchased prior to the availability of the BioMatrix Respiratory Sensor license, an upgrade kit is available, which essentially activates the sensor and enables synchro-nization between it and the relevant sequences. The built-in product protocols include T1 Flash, T2 HASTE, T2 BLADE, T2 SPACE, T2 TSE, and Diffusion. 9 syngo MR XA60A – What’s New 2.4. myExam Hip Autopilot Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None myExam Hip Autopilot provides a true push-button Two distinct workflows are provided with myExam workflow for hip exams. It enables less trained staff to Hip Autopilot: scan hip MRI examinations while maintaining high- quality imaging results. Additionally, by leveraging AI a. In bilateral hip examination, myExam Hip Autopilot and automation, it takes away the time-consuming uses the BioMatrix Contour L Coil together with the and repetitive tasks such as image FOV setup for every Spine Coil. sequence in the protocol. myExam Hip Autopilot b. In unilateral hip examination, myExam Hip Autopilot leverages automation tools including AutoPositioning, requires a hybrid setup with BioMatrix Contour L Coil AutoAlign, AutoCoverage, and automated MPR planning and Spine Coil assisting in localization process and in order to eliminate unnecessary manual interaction. Contour M Coil set up for image acquisition on the Furthermore, the Autopilot can be flexibly customized hip being examined. to meet the requirements of each specific site. All myExam Hip Autopilot examinations also support Auto SatBand and Select&Go guidance. Highlights and benefits: • Enable a true push-button workflow for hip exams allow novice users to perform MRI examinations consistently • Leverage the built-in automations to create a more efficient workflow in the MRI suite HEHEHEMENS, MIR VIENSGO F t1_tse_tra_bilat Scan Time 3:56 min Repeat Step Hip Bi Lat & Uni Lat Hybrid test | Autopilot | 27:05 Remaining Time SAR NM o 3:20 4:45 4:07 4:24 4:34 4:29 o 4:56 SUmu NM AHip Scout Check Image pd the hi cor 11 tse cor 11 te_1_cor Quality 11 tse cor 12 pdl the hi tra pd tse Is cor Check: Image Inject contrant Bilat blat Nadat cor_bilat undat unite uniist sag_unilat Quality apen billat 8 EN 9:58:19 AM myExam Hip Autopilot presents a simplified user interface with built-in intelligent algorithms that take care of repetitive tasks such as setting up the field of view or optimizing imaging parameters for best contrast. 10 syngo MR XA60A – What’s New 2.5. myExam 3D Camera Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Optional feature Pre-requisites: None Restrictions: None myExam 3D Camera automates patient setup and Highlights and benefits: makes the positioning more efficient, accurate, and • reproducible. Its AutoPositioning and AutoRegistration Enabling automated, seamless, and faster patient features capture the shape and position of the patient workflow • on the table in three dimensions. myExam 3D Camera Support for wide range of coils, clinical applications extends the AutoPositioning capabilities of BioMatrix and patient orientation (supine, prone, head-first, Select&Go with additional body regions and coils. feet-first) • As part of syngo XA60A, superman position for wrist With syngo MR XA60A, superman position is also imaging is also supported with Contour S Coil. In recognized by the 3D Camera addition, the AutoRegistration feature of myExam 3D Camera is designed to streamline and help safeguard accurate patient registration based on patient’s height, weight, and orientation. myExam 3D Camera supports height and weight registration for population in the following ranges1: • Height: 1.4–2.0 m • Weight: 45–120 kg • BMI: 18.5–34.9 kg/m2 SABES 1 Additional coverage in weight and height is under development. The future availability of upgrades that increase the scope of weight/height coverage cannot be guaranteed at this time. 11 syngo MR XA60A – What’s New 3. Improvements to sequences, protocols, and applications 3.1. Deep Resolve Gain & Sharp for SE and TSE Dixon Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None Deep Resolve Gain and Sharp can now be combined New benefits: with standard GRAPPA acceleration and are available for • TSE, SE, and TSE Dixon. In addition, SMS averaging Intelligent denoising and data-driven interpolation has been made available for TSE Dixon. These features algorithm made available for a wider range of pulse result in noticeable image improvement both from the sequences. • perspective of SNR and resolution/sharpness. Ability to achieve the optimal balance between image quality and acquisition time Musculoskeletal protocols are optimized on syngo MR • Improved image quality by leveraging deep-neural XA60A to leverage Deep Resolve Gain and Deep Resolve networks to characterize and remove noise and Sharp for optimal image quality. This is implemented aliasing pattern by default in MSK protocols. When Deep Resolve Boost license is available, MSK protocols are implemented by default with Deep Resolve Boost and Deep Resolve Sharp for optimal balance between image quality and acquistion time. a b An example of sagittal T1 TSE Dixon images of the ankle, (a) without and (b) with Deep Resolve Gain & Sharp. When acquired with Deep Resolve Gain & Sharp, images clearly display an improved level of detail and sharpness. 12 syngo MR XA60A – What’s New 4.General syngo MR XA60A platform improvements 4.1. Eco Gradient Mode1 Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None Intelligent and state-of-the-art energy saving technique enables the system to automatically turn off the gradient for reducing energy consumption. The gradient amplifier amplifier when the scanner remains inactive for a period is one of the most significant energy consuming of time, resulting in considerable energy saving. components of an MRI system. The Eco Gradient Mode 4.2. MR View&Go improvements Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None Image sorting: Image presentation: With the new Image Sorting UI brought as part of With syngo MR XA60A it is possible to configure the syngo MR XA60A, it is now possible to sort frames system to allow for a user-defined setting of the image within a series (e.g., anatomical, temporal data), presentations as they get sent to the PACS. Previously, perform ascending and descending sort, interact when image windowing was performed at the scanner, with single frames (e.g., rotate an image), move an the images sent to the PACS kept the final presentation. image to another place, delete a single image, and With syngo MR XA60A it is possible to configure the manipulate and save the images into a new series. system such that saving of the image presentation prior to sending the data to PACS can be decided by the operator. H Autopilot Hip 2022.11.23-11:36:00-STD-1.3.12.2.1107.5.2.59 MAGNETOM Free.Max *11/23/1967, 0, 55Y MR XA60 11/23/2022 HFS +LPH AAHin Scout Bilat_MPR_sag latest FAC_5185cce06e1d4 STUDY ID 55127e7d0ec1404b 11:40:31 AM 2 IMA 1 FRM 1/7 Image Sorting A Mywe_soof UFR_ang_PACS Soring Crboris 2D SL 1.8 L The Image Sorting UI enables a new range of possible The system can be configured to enable the operator to select the interactions with and manipulations of the image data. presentation of the images as they are sent to PACS. When configured, a save icon is available that can be selected once to save the current presentation of the images, or selected again to restore the presentation of the images to the original, before sending the data to PACS. 1 Eco Gradient Mode has been available since the initial launch of MAGNETOM Free. Platform. This feature was not listed in the data sheets of syngo MR XA40A and XA50A and is exclusively being communicated here for the first time. 13 syngo MR XA60A – What’s New 4.3. DICOM AutoRouting Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None The DICOM AutoRouting is now synchronized with the View&Go workflow in order to ensure images 02:00 Step 1 - AAhead_scou are not resent to PACS when AutoRouting has already taken care Send and Archive Protocol Parameters Load Images to UR View&GO Voice Commands Auto Store Images of transferring them. This update Image Management Disable auto transfer to PACS Auto Load ensures that no unnecessary network traffic is created. Number Description # Images syngo.Plaza AAhead scout 1/120 AAhead_scout_MPR_sag 1/19 AAhead scout_MPR_cor 1/27 AAhead scout_MPR_tra 127 DICOM Data Handing t1_se_sag 1/5 Aucheving and Deleton Choose Routing Target syng; Plaza (delauit) t1_se_cor 1/5 Exclude from Archive ep2d_perf 50/250 Autorouting ep2d_perf_MoCo 50/250 Data Correction TTP_ep2d_perf_MoCo 1/5 11 PEP_ep2d_perf_MoCo 1/5 13 GBP_ep2d_perf_MoCo Autorouting Data Correction Job Settings Autorouting Rule List Media Compression Scan Results - no Moco > syngo Plaza (default archive) The Send and Archive window demonstrating the proper transfer of data to PACS (green checkmarks). AutoRouting can be configured in the Admin Portal (blue snapshots). As part of the protocol setup, the operator can decide which images specifically can be automatically sent to PACS. 4.4. AutoDisplay and AutoMPR Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None With syngo MR XA60A an AddIn is provided for the automatic MPR generation. This functionality can be configured similar to existing AddIn functionalities. 14 syngo MR XA60A – What’s New 4.5. Improved SAR Assistant Included with AdvanceNow Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Standard feature Pre-requisites: None Restrictions: None The SAR Assistant has been complemented to include a selection menu where any one of RF pulse type, TR, FA SAR Assistant Flip Angle > TR can be used to solve the SAR problem. Alternatively, a Min Flip Angle Off combination of two or three parameters can be selected Flip Angle and the order in which each parameter is used to arrive at a solution can also be defined by the user. In this Max. TR Flip Angle > TR improved SAR Assistant implementation, the optimal Flip Angle > TR > RF Pulse Type value for each parameter is saved ensuring that the final Allowed Delay Flip Angle > RF Pulse Type protocol is most favorable. Flip Angle > RF Pulse Type > TR TR TR > Flip Angle TR > Flip Angle > RF Pulse Type TR > RF Pulse Type TR >> RF Pulse Type > Flip Angle RF Pulse Type RF Pulse Type > Flip Angle RF Pulse TvDe > Flip Anale > TRY SAR Assistant enables a new range of selection for one or more solving parameters to enable an optimized and faster convergence. 4.6. SRS Mobile Router Available for: MAGNETOM Free.Max and MAGNETOM Free.Star Category: Free-of-charge optional feature Pre-requisites: None Restrictions: None Remote connection is key in the timely detection of, New benefits: and preventive actions to address, potential issues • before they result in downtime. This feature results in Ensure remote connection to Siemens Healthineers less operational disruption at the imaging site, and service almost regardless of the geographical location maintains a continuous care delivery to the patients. where the system is installed • Every MAGNETOM Free.Max and MAGNETOM Free.Star Enable remote delivery of system diagnostics and scanner can be equipped with a mobile router to ensure potentially the remote delivery of preventive and remote connectivity can be supported almost regardless corrective measures of the location where the system is installed. This feature is free of charge but can be removed from system configuration for delivery to sites where hospital network can be used to provide the means for remote service connection. 15 Not for distribution in the US. On account of certain regional limitations of sales rights Due to regulatory reasons their future availability and service availability, we cannot guarantee that all cannot be guaranteed. Please contact your local products included in this brochure are available through Siemens Healthineers organization for further details. the Siemens Healthineers sales organization worldwide. Availability and packaging may vary by country and is Siemens Healthineers reserves the right to modify the subject to change without prior notice. Some/All of the design, packaging, specifications, and options described features and products described herein may not be herein without prior notice. Please contact your local available in the United States. Siemens Healthineers sales representative for the most current information. The information in this document contains general technical descriptions of specifications and options as Note: Any technical data contained in this document may well as standard and optional features which do not vary within defined tolerances. Original images always always have to be present in individual cases, and which lose a certain amount of detail when reproduced. may not be commercially available in all countries. Siemens Healthineers Headquarters Siemens Healthcare GmbH Henkestr. 127 91052 Erlangen, Germany Phone: +49 9131 84-0 siemens-healthineers.com Published by Siemens Healthcare GmbH · Order No. A91MR-410-21C-7600 · 13610 0523 · ©Siemens Healthcare GmbH, 2023