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Accelerate performance with digital clarity and speed*

Specifi cations Nova Dual gradients

* Digital clarity and speed are defi ned as SNR obtained with Ingenia or SmartPath to dStream compared to Philips Achieva

Ingenia 1.5T CX

MR Systems

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From the very beginning, Philips has always had one thing at the heart of our company – our mission to improve people’s lives through meaningful innovation. This mission inspires us to work with you to find the shortest path to the best care at the lowest cost. It drives us to create technology that makes a difference – to those who run our MR systems, those who read the images, and those patients who benefit from confident diagnoses.

Philips is dedicated to improving and saving lives through innovation in radiology. We develop our solutions in partnership with clinicians and customers. Your patients can have better, more personalized care, while you make the best use of time and budget. We partner with you to drive clinical performance, enhance patient and user experience, and ensure economic value, within andbeyond the walls of your enterprise.

Drive clinical performance Our technical advances in image quality and anatomical intelligence are focused on clinical reality.

We innovate to make a difference in people’s health.

Enhance patient and user experienceWe deliver patient comfort by helping to reduce examination times and creating soothing environments.

We provide patient centric imaging to support your goals in first time right imaging results.

Ensure economic value To help you maximize your MR investment, we design our systems to pay off quickly and return dividends

for a long time, through upgrade programs, extensive service offerings, and low operating costs.

Innovation that matters to you

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Contents

Ingenia 1.5T CX Magnet system 5

Gradient system: Nova Dual gradients 6

Ingenia 1.5T CX RF system 8

Patient centric imaging 10

Patient comfort 12

Workflow and throughput 16

System information 18

Siting information 19

3The print quality of this copy is not an accurate representation of the original.

Ingenia 1.5T CX Magnet system

Type Ultra compact, superconducting magnet

Shield type Actively shielded

External interference shielding Yes

Field strength 1.5T

Length 1.57 m (5 ft. 2 in.)

Width 1.88 m (6 ft. 2 in.)

Height 2.40 m (7 ft. 9 in.)

Weight (with cryogens) 2,900 kg (6,400 lbs.)

Fringe field containment

5G (axial x radial) 3.80 m x 2.45 m (12 ft. 5 in. x 8 ft.)

1G (axila x radial) 5.25 m x 3.30 m (17 ft. 1 in. x 10 ft. 8 in.)

Cryogens

Type Liquid Helium

HeliumSave Technology Yes (Zero boil-off)

Vessel capacity 1,650 liters

Boil-off rate 0.00 liter/hour*

Refill interval Not applicable

* Under regular scanning conditions.

Homogeneity

Max FOV 53 cm

Shimming Both passive and active shimming. Passive shimming duringinstallation. Automatic active shim (auto-shim) or dynamic FOVshimming for each patient.

QBC shimming Yes, QBC shimming improves magnet homogeniety beyond50x50x45 volume

Field Homogeneity (V-RMS) Volume cm Typical (ppm) Guaranteed (ppm)

50 x 50 x 45 0,5 ≤ 0.75

40 x 40 x 40 0,2 ≤ 0.35

30 x 30 x 30 0,08 ≤ 0.15

20 x 20 x 20 0,03 ≤ 0.07

10 x 10 x 10 0,01 ≤ 0.02

Long Term Stability < 0.1 ppm/hour< 876 ppm/year


dStream architectureUnique digital broadband MR architecture dStream digitizes the signal in the coil, eliminating noise infl uences typical of analog pathways to capture the MR signal where it is at its purest. Combined with speed, workfl ow and ease of use dStream provides SNR and effi ciency daily operations. In addition the number of channels is no longer determinedby the MR system. This makes the MRI system forward-compatible to easily access emerging applications like body and cardiac and new enhancements for established applications like neuro and musculoskeletal imaging.

iPatientIngenia CX features iPatient, an advanced platform that puts you in control of personalized, patient centric imaging. Encompassing everything from planning to coils to processing, iPatient adapts to patient variability, condition and anatomy to deliver a comfortable patient experience and exam effi ciency.


Gradient systemNova Dual HP gradients

Gradient performance

Type Non-resonant

Shield type Self-shielded

Max Amplitude* 66 mT/m

(Effective) 114 mT/m

Max Slew rate* 180 mT/m/msec

(Effective) 311 mT/m/msec

Mode Dual

Mode 1 33 mT/m & 180 mT/m/msec with Max. FOV

Mode 2 66 mT/m & 90 mT/m/msec with Max. FOV

Duty cycle 100%

Gradient linearity 1,4% without any SW correction

(V-RMS**) at 53 cm DSV

Coil cooling Liquid

Amplifier cooling Liquid

*On each axis

**Measured in 12 angles on 19 planes.

NOTE: All above specifications over full 53 cm FOV. Amplitude deviation over full 53 cm FOV < 8%.

Gradient technology

Type Solid state

Cooling Direct liquid cooling gradient coil with hollow conductors for maximum cooling power and optimum thermal stability

Max sustained power output per axis 60 kW

Philips Nova Dual HP gradients high linearity enables availability of maximum gradient amplitude and slew rate over the entire FOV.

Nova Dual HP gradient system enables users to choose between two amplitude/slew rate combinations to optimize critical applications. Nova Dual allows selection of either 33 mT/m peak amplitude combined with a slew rate of 180 mT/m/ms or - in studies that profit from high gradient amplitude, such as diffusion-weighted imaging and microscopy studies - a 66 mT/m peak amplitude. Both performance levels can be achieved over the entire 53 cm FOV with excellent linearity.

• The gradient system design reduces eddy currents and acoustic noise.

• Maximum FOV is 53 cm• Linearity of 1.4% over the entire 53 cm FOV with distortion

correction.• Water-cooled gradient amplifier technology combined with

a non-resonant coil design, allows flexible generation of any type of gradient waveform 100 % duty cycle.

• Smart power management with PowerSave technology tunes the energy consumption to the actual system status – system off mode, stand-by mode and scanning/measurement mode – thereby enabling savings in energy use.


Parameter values, Nova Dual HP gradients

Matrix size 64 128 256

SE TR (ms) 13 13 13

SE TE (ms) 2,92 3 3,22

IR TR (ms) 35 35 35

IR TE (ms) 2,92 3 3,22

IR delay (ms) 12 12 12

2DFFE TR (ms) 0.80 0,83 1,22

2DFFE TE (ms) 0,26 0,34 0,49

3DFFE TR (ms) 0.80 0,83 1,22

3DFFE TE (ms) 0,26 0,34 0,49

TSE TR (ms) 31 31 31

TSE TE (ms) 1,76 1,84 2,18

TSE spin echo spacing (ms) 1,76 1,84 2,18

GRASE TR (ms) 25,5 28 28

GRASE TE (ms) 3,6 4,1 5,4

GRASE gr echo spacing (ms) 0,29 0,45 0,8

EPI TR (ms) 2 2,7 4,3

EPI TE (ms) 0,8 1,02 1,5

EPI gr echo spacing (ms) 0,26 0,4 0,67

EPI min meas time (ms) 3,4 8,9 27

TE (ms) (Ssh DWI, b=1000, SENSE=4) 43 44 48

Max TSE turbofactor 1024

GRASE max turbo factor 170

GRASE max EPI factor 44

Max EPI factor 255

Max b-value (s/mm2) 10000 10000 10000


Ingenia 1.5T CX RF system

dStream architecturePhilips unique digital broadband MR architecture, dStream samples the MR signal directly in the RF coil on the patient.

The fiber-optic transmission of digital broadband data from the coil to the image reconstructor reduces potential noise influences typical with analog pathways. Philips dStream technology enables:

• High dynamic range (max 187 dB)• Very short TRs and TEs• Real-time imaging control for clinical motion

correction:• Navigator-corrections required for free-breathing

cardiac techniques• High-resolution diffusion (i.e., PhaseTrak) with

profile updates within 1 ms.• Real-time control of RF transmission, gradient

switching, data acquisition and triggering.

Easy ExpandabilityThe number of channels is determined by the coil rather than limited by the system. The MR system becomes channel independent, which means a removal of the number of channels as a system specification. This enables plug-and-play expansion of clinical capabilities. Expansion does not require major system upgrades, resulting in lower life cycle costs.

dS SENSEOur next generation parallel imaging for the dStream (dS) architecture, dS SENSE simplifies and speeds up scan setup and enables high parallel imaging factors for more speed or resolution. dS SENSE includes quick, fully integrated reference scans which are planned automatically.

RF transmitRF-SMART technology enables SAR to be effectively managed through balanced system design, and maximizes scanner performance in combination with the application of Philips-unique imaging capabilities such as SENSE, SPAIR, Flip Angle Sweep and RF amplitude control.


RF Transmit

Output Frequency 63.86 MHz

Bandwidth 610 kHz (± 305 kHz around operating frequency)

Amplitude Resolution 16 bits

Frequency Resolution 0.07 Hz/bit

Frequency stability over a 10 minute period <10ppb

Gain stability over any period of time> 100 microseconds

<0.1dB

Phase Resolution 16 bits (0.005 degrees)

RF Amplifier Type Solid state, microprocessor controlled

Output Power ≥ 18 kW

RF Receive

Number of independent receive channels Channel independent

Location of analog-to-digital converter (ADC) Inside the coil close the receive channels

Coil element to ADC distance Approx. 1 cm

Signal chain from coil to reconstructor Fully digital

Signal chain from coil electronics to connector Digital

Signal chain from connector to magnet Digital

Signal chain from magnet to reconstructor Digital

reciever signal resolution 32 bits (4 bytes)

Analogue to digital converter (ADC) input bit depth 19 bits

Maximum Dynamic Range 187 dB

Pre-amplifier Noise Figure < 0.5 dB


Patient centric imaging

At the centre of patient centric imaging is iPatient which helps drive fast and robust images based on stable patient positioning. Fast and comfortable patient setup is supported by flexible and efficient coil workflow designed around the needs of a variety of patients.

dS coil solutions dStream (dS) coil solutions provide a full range of clinical solutions with two types of coils:• Integrated coils combine to provide solutions for multiple

applications• Dedicated coils optimize imaging for a single application

dS T/R System body coilThe integrated dS T/R system body coil is a transmit/receive system coil which is typically used for RF excitation, but can also be used for imaging various large body parts.• Solid-state quadrature Transmit/Receive technology• Digital signal sampling in the coil• High homogeneity

FlexCoverage Posterior coilPosterior coil, used routinely in 60% of all applications, is an integrated coil below the thin table top providing neck–to- toe coverage. This coil does not need to be carried, positioned, connected nor exchanged, thereby enhancing workflow. It is always there when you need it.• Head-to-toe coverage up to 200 cm* in combination with the

base coil


dS coil solutions

dS TotalSpine dS HeadSpine* dS HeadNeckSpine*

Coil solution type Integrated Integrated Integrated

Coverage 90 cm 30 cm (Head)90 cm (Total Neuro)

45 cm (Head/Neck)90 cm (Total Neuro)

Max. no. channels 44 15 (Head) 20 (Head/Neck)

51 (Total Neuro) 52 (Total Neuro)

Main applications Total spine, C-Spine, T-Spine, L-Spine

Head, Brain, Total neuro, Total spine (CTL)

Neuro-vascular, Head, Brain, Pediatric, Total neuro, Total spine (CTL)

* One of these solutions must be chosen

dS coil solutions

dS Torso dS Whole Body*

Coil solution type Integrated Integrated

Coverage 60 cm 200 cm

Max. no. channels 32 108

Main applications Chest, Pelvis, Heart,Peripheral-vascular

Whole Body, Chest, Pelvis, Heart, Peripheral-vascular

* Optional WholeBody Specialist required


Patient comfort

Ingenia CX’s iPatient includes optional accessories and hardware that are designed for specific patient types, to increase patient comfort. Digital coil design greatly reduces coil weights and leads to less patient repositioning in many exams, and many coils are adjustable for a custom coil fit.

Patient comfort• Choice of feet-first or head-first imaging for most applications• FlexCoverage Posterior coil: Never worry about the position

of the patient to this coil. No cables, no connections. This invisible, patient-friendly coil is always there when you need it.

• Lightweight, conforming coils to enhance patient comfort and operator handling.

• Ambient Ring circular light to enhance the visual openness of the system.

• Adjustable fresh air supply in 6 increments.• Djustable variable in-bore lighting in 3 increments.• In-bore microphone and ceiling-mounted loudspeakers

support two-way patient-operator communication and music.• Hand-held technologist call button.• Patient headset with built-in two-way communication reduces

acoustic noise by up to 25 dB.• Look-out mirror, applicable in both directions and also

applicable without the dS head coil.

Patient comfort

Patient Aperture 60 cm

Tunnel Length 60 cm

Tunnel Flare 110 cm

flare at both ends yes

Choice of head-first or feet-first patient entry for most applications

Yes

In-bore lighting 3 levels

fresh air supply 6 levels

scan range 160/200

Horizontal travel:

Distance 275 cm

Accuracy +/- 0.5 mm (0.02 inch)

Speed up to 325 mm/s

Max. weight capacity 250 kg (550 lbs)

Min. table height 60.5 cm

IV pole integrated

patient variability patient independent contrasts through predefined B1 based on adaptive power optimization


Patient support • Patient support enables a maximum weight capacity of 250 kg

(550 lbs)• Patient table height can be quickly lowered, providing access

for compromised or non-ambulatory patients.• Detachable tabletop can be combined with one or more

FlexTrak patient transport systems for efficient patient management and rapid egress. Supported by manual mode table release.

• Up to 200 cm* scan range• Horizontal travel of 275 cm (9 ft 1 in.) with +/- 0.5 mm (0.02

inch) accuracy**• Horizontal table speeds of up to 325 mm/s to enable fast, easy

patient positioning and rapid multi-station examinations• Ergonomically designed control units on both sides of the bore

to increase operating flexibility.

*WholeBody Specialist required.**Magnet siting requirements needs to be confirmed to allow full usage of horizontal table movement.

Patient positioning accessories

Comprehensive set of patient accessories • Table mattress set• Head/leg support• Knee support• Positioning wedges• Small foam wedges• Set of sandbags• Set of patient fixation straps

Acoustic noise reduction

Hardware acoustic noise reduction • Acoustic damping of covers• Epoxy encapsulated body coil• Force-balanced gradient coil with flexible mounting• Headset (up to 25 dB reduction)• Pediatric acoustic hood• Anti-vibration pads

Software acoustic noise reduction • AutoSoftone noise reduction (up to 30 dB)• dS SENSE

Patient communicationCommunication system allows for two-way intercom communication with the patient and includes a nurse call button. Optional camera and monitor are available(up to 4 cameras can be connected).


Patient transport (optional)• Dockable patient transport system for simplified patient

preparation, handling and transportation from preparation room to the MR scanner, without repositioning the patient.

• Lightweight, easy to manoeuvre FlexTrak patient support system docks and undocks quickly and easily with patient support and tabletop.

• Patient and coils can be prepared outside the MR room. No need to remove coils to reposition patients.

• Integrated coil connections on the table and FlexConnect connectors for efficient patient management and rapid evacuation.

• Easy-to-use foot pedal, locks wheel direction during transport or brakes the FlexTrak while standing still.

Physiology measurement and gatingWireless physiological hardware to provide synchronization for sequence triggering and gating. Wireless physiological signals can be observed on the operator’s console monitor or on the optional Interventional Monitor.• Wireless Physiology consisting of wireless Basic Triggering

Unit (wBTU) and respiratory module hardware• Physiological synchronization for sequence triggering and

gating through• Wireless VCG• Wireless Respiratory• Wireless PPU (requires optional PPU Sensors)

Physiology synchronization

Signal type (standard) Vector ECG (VCG) and Respiratory

Signal type (optional) Peripheral Pulse

Imaging methods Gating, Triggering

Waveform display On Operator’s Console. Optional LCD Physiology Display monitor mounted on the system displays waveforms in the examination room.

FlexTrak patient transport

system (optional)


Workfl ow and throughput

iPatient enables imaging with fewer coils, and reduces coil positioning and set-up time.

An integrated posterior coil is all you need for 60% of routine exams. When combined with the anterior coil, you can easily image anatomies from above the shoulder to the toe. All coils can be connected with just one hand. By automating repetitive tasks and incorporating best practices into ExamCards, iPatient enhances exam consistency. Smart Exam* automation assists in delivering reproducible planning results in more than 80% of procedures.

• dStream throughput• Easy coil handling through

lightweight patient conforming coil design

• Large coverage coils for easier positioning

• Flexible combinations of coils• Effi cient coil usage – more

applications with fewer coils• Unique design allows up to 60%

of routine applications without additional coil connections.

• FlexConnect easy to use, single-handed coil connections.

• Streamlined user interface for image acquisition and image review

Smart Exam* automation assists in delivering reproducible planning results in more than 80% of procedures.

Flex Caddy coil cart (optional)


SmartAssist effi ciency assistance

SmartStart Moves the table to isocenter and starts the exam at the touch of a button.

SmartSelect Automatically determines which coils and elements should be activated to produce the highest SNR for the selected area.

SmartExam* planning (optional)

Positions slices on the target anatomy reducing operator input to as little as a single mouse click. It is optionally available for brain, spine, shoulder, knee and breast imaging.

SmartLink Simplifi es the planning, viewing and processing of multi-sequence, multi-station exams, treating multi-station exams as one volume.

SmartLine Performs intelligent background processing (such as volume view, diff usion, perfusion etc.,) of multiple image datasets in parallel with image acquisition which saves time.

ExamCards A grouping of individual sequences and operations that defi ne a clinical protocol making the most complex exams simple. A set of Philips defi ned ExamCards is standard.

FlexConnect coil connection / connectorsSingle-handed coil connection for fast and easy plugging and unplugging of coils, and for auto-eject with FlexTrak undocking in emergency cases. The small FlexConnect connectors use advanced fi ber-optic connections for carrying digital broadband MR signals.• High reliability by eliminating delicate RF pin connections.

FlexTrak table topThin table top that maximizes bore space. Includes coil connections directly on the table top for fast and easy setup.• Thin design minimizes distance between patient and

FlexCoverage Posterior coil for optimal SNR• Strong design supports patients up to 250 kg (550 lbs)• Easily removed for patient transport using the optional

FlexTrak patient transport system

SmartAssistNext generation, easy-to-use SmartExam* and ExamCards software that help the user reduce the number of manual tasks.• Simplifi es workfl ow by making ExamCards more effi cient• Can reduce repetitive tasks by half• Increases effi ciency, reproducibility and consistency• Smart confl ict management to improve workfl ow

Viewing, fi lming and export The MR viewing environment supports fast and fl exible viewing, processing and fi lm generation• Window width/level, zoom, pan, rotate, mirror• Image annotation (text, arrows and lines)• Simultaneous visualization of up to four independent series

for comparison.• Cine movie display in various formats• Drag & drop functionality to enable the creation of fi lms

containing random image selections• Single mouse click fi lm generation of image series using a

range of predefi ned formats• Images and movies can be exported to PC formats as visible

on screen

SmartExam* Shoulder SmartExam* Spine SmartExam* Brain SmartExam* Knee SmartExam* Breast

* SmartExam is optionally available for brain, spine, shoulder, knee and breast imaging SmartExam is not available to patients with MR Conditional Implants.


Ingenia 1.5T CX System information

Connectivity / interoperabilityCommunication is performed via DICOM protocols.The system can be configured for safe storage of MR images and other patient data in departmental information systems and PACS. The MR workspace conforms to the new Enhanced (multi-frame) MR DICOM standard, which improves the performance of data transfer of large data sets and fully supports information associated with diffusion and spectroscopy.

The system can be configured (per node) to support standard DICOM MR image transfer or DICOM Enhanced MR Image Transfer. If a receiving node does not support DICOM Enhanced MR, standard DICOM MR Images will be transferred.

• DICOM Workflow Management:• DICOM Modality Worklist• DICOM Modality Performed Procedure Steps• DICOM Storage Commitment

• DICOM Send/Receive:• DICOM Enhanced MR:

• Export / Import of DICOM Enhanced MR Images• Export / Import of DICOM MR Spectroscopy• Export / Import of DICOM Raw

• DICOM MR:• Export / Import of DICOM MR Images• Export / Import of Philips Private MR Series Data• Export / Import of Philips Private MR Spectrum Data• Export / Import of Philips Private MR ExamCards Data

• DICOM SC:• Export / Import of SC (color) Image Data

• DICOM Grayscale Softcopy Presentation State:• Export / Import of Grayscale Softcopy Presentation State

• DICOM Query / Retrieve of Philips MR data, all the exported image types

• DICOM Print• Grayscale Softcopy Presentation State with preset window

settings as on the console• Basic Grayscale Print

• DICOM Media• MR Studies on DVD (Read / Write)

• IHE Integration Profiles• Scheduled Workflow• Patient Information Reconciliation• Consistent Presentation of Images• Basic Security• Consistent Time

Full information on compliance with DICOM standards and available functionality is contained in Philips’ DICOM Conformance Statement.

Computer systems

Host computer*

Processor ≥ 3.6 GHz Six Core Intel processors

Host Memory ≥ 32 GByte

System Disk

≥ 128 GByteSSD, Solid State Disk Technolology

Image Database Disk

≥ 512 GByte SSD, Solid State Disk Technology Approx. ≥ 600,000 images (256 x 256)

Image storage External storage via USB port

DICOM STD-CTMR and E-MR format

Parallel scanning and saving images

Yes

Reconstructor*

Processor ≥ 3.6 GHz SixCore Processor

Reconstructor Memory (RAM)

≥ 32 GByte

Reconstruction speed256x256 reonstructions256 FFT, 100% FOV

>=27,000 images per secondupto 56,000 recons/sec

Parallel scanning and reconstruction

Yes

Console

Display size ≥ 23 inch LCD wide-screen

Resolution 1900 x 1200 pixels

Connectivity

Protocol Ethernet 1 Gb TCP/IP standards-based image transfer with DICOM 3.0

Network connection RJ45 10/100/1000 Mbps

connections 10BaseT, 100BaseT or 1000BaseT connection

* May be supplied on one or two computers


Ingenia 1.5T CX Siting informationIngenia CX is designed for rapid installation times, compact siting footprint and low ceiling heights.

Examination room

Floor space (Recommended)

33.6 m2 (4.8 m x 7 m)

362 sq. ft. (15 ft. 8 in. x 23 ft.)

Floor space (Minimum)

19.5 m2 (3.4 m x 5.3 m)

210 sq. ft. (11 ft. 2 in. x 17 ft. 4 in.)

Ceiling height (Recommended) 2.9 m (9 ft. 5 in)

Ceiling height (Mimimum) 2.65 m (8 ft. 7 in.)

Temperature 18 - 22 °C

Humidity (Non-condensing) 40 - 70 %

Heat dissipation 2 kW

Control room

Temperature (Recommended) 18 - 24 °C

Temperature (min-max) 10-35 °C


Heat dissipation 0.5 kW

Technical room

Floor space (Recommended)

10 m2 (5.1 m x 2 m)

108 sq. ft. (16 ft. 7 in. x 6 ft. 6 in.)

Floor space (Minimum)

4.3 m2 (2.4 m x 1.8 m)

46.5 sq. ft. (7 ft. 8 in. x 5 ft. 9 in.)

Ceiling height (Recommended) 3.2 m (10 ft. 5 in)

Ceiling height (Mimimum) 2.6 m (8 ft. 5 in.)

Temperature 15 - 24 °C


Heat dissipation to air

Standby 2 kW

Peak 7 kW

Power requirements

Mains voltage 400 V or 480 V +/- 10 %.

Surge Protection: Complies with IEC 60601. A voltage stabilizer or power condition-er is not required if customer site meets the above mains requirements.

Mains frequency 50 or 60 Hz +/- 1 Hz

Power ratings (including magnet cryocooler)

Cryocooler only 5.5 kW

Standby 6.6 kW

Ready for measurement 11.7 kW

Average* 22.0 kW

Site-planningPhilips site-planning specialists will assist in all aspects of site and installation planning.

Detailed data concerning installation requirements is given in specific site planning documentation (Planning Reference Book).

Please refer to the local Philips organization for detailed specifications forthe installation.

* Average scanning power based on COCIR.


© 2017 Koninklijke Philips N.V. All rights reserved. Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. (Royal Philips) or their respective owners.

4522 991 24711 * MAR 2017

How to reach us Please visit www.philips.com/healthcarewww.philips.com/[email protected]

* Digital Clarity and Speed defined as SNR obtained with Ingenia or SmartPath to dStream compared to Achieva.

The print quality of this copy is not an accurate representation of the original.

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