NVIDIA VIRTUAL GPU | BROCHURE | JAN22
DIITAL TRANSFORMATION
IN HEALTHARE
Delverng ost-Effectve,
Hgh-Value Healthcare wth
NVIDIA Vrtual PU Solutons
NVIDIA VIRTUAL GPU | BROCHURE | JAN22
Year after year, the healthcare ndustry s faced wth the challenge of lowerng
costs whle also mprovng qualty of care Wth the shft toward value-based
care, ntatves such as moblty, vrtualzaton, and new patent servces lke
telemedcne and vrtual care are ganng popularty As a result, healthcare
provders must nd ways to effectvely deploy technology that mproves care
delvery and scalablty, whle ensurng contnued securty and regulatory
complance
> Doctors spend more tme workng on electronc health records than wth
patents themselves¹
> Healthcare provders are seeng 50-175x the number of telemedcne vsts
compared to the prevous year²
> 70% of US healthcare organzatons report they have been breached at some
pont n ther hstory, the hghest of any US vertcal³
> Artcal ntellgence n healthcare s expected to expand at a compound
annual growth rate of 4621 percent from 2018 to reach $3342 bllon by
20264
NVIDIA VIRTUAL PU OPENS NEW
OPPORTUNITIES FOR OPTIMIZIN
PATIENT ARE
Dgtal transformaton for healthcare provders has resulted n an ncreasng
use of Vrtual Desktop Infrastructure (VDI) to lower costs whle also enablng
mproved securty However, many of these tradtonal VDI solutons ddn’t
nclude PU vrtualzaton and are unable to keep up wth the ncreasng
compute demands of modern, more graphcs ntensve applcatons
Furthermore, bg data analytcs and AI n healthcare s becomng more
prevalent — from AI based resource schedulng of patent appontments to
AI-asssted annotaton of radographc mages to analyzng DNA sequences for
early detecton of dsease By addng NVIDIA vrtual PU solutons to ther VDI
envronments, healthcare organzatons realze sgncant benets, ncludng
mproved performance and ncreased productvty at lower cost The mpact of
NVIDIA vrtual PU has been extensve
> Enhance Productvty and Moblty More healthcare professonals can now
be untethered and access data from any locaton, at any tme, and on a varety
of devces wth a natve-lke P experence Ths portablty and rapd access
to nformaton results n faster decson-makng and mproved dagnostc
accuracy Furthermore, moblty mproves the completeness and accuracy of
patent records and speed of nput, mprovng clncal workflows
WHAT IS PU VIRTUALIZATION
GPU virtualization enables every virtual
machine to leverage the same benefits
of a GPU physical desktop, workstation
or server. Because work typically done
by the CPU is offloaded to the GPU, the
user has a much better experience and
more users can be supported. GPU
virtualization can also be used to run
compute-intensive server workloads,
including Artificial Intelligence (AI),
data science, and High-Performance
Computing (HPC) on a virtual
machine with the benefit of improved
manageability and security.
¹ Lee, Bruce Y Jan 13, 2020 "How Doctors May be Spendng More Tme wth Electronc Health Records Than Patents"
² Bestsennyy, O, lbert, , Harrs, A, Rost, J May 29, 2020 Teleheath A quarter-trllon-dollar post-ovd 19 realty
³ Thales 2019 Thales Data Thread Report - Healthcare Edton
4
AI n Healthcare Statstcs and Market Report For 2020
NVIDIA VIRTUAL GPU | BROCHURE | JAN22
> Reduce Infrastructure osts Healthcare organzatons
can now vrtualze electronc medal record (EMR) and
PAS applcatons, then delver them cost effectvely to
all users Even data from legacy and sloed IT systems
are uned and easly accessble to all users IT can
replace thck clents wth thn or zero clents wthout
compromsng user experence, and support the BYOD
movement Total cost of ownershp s further reduced
by smplfyng enterprse data management with
visibility across your entire virtualized nfrastructure,
ncludng end-to-end management of your vrtual PU
nfrastructure
> Uncompromsed Securty The healthcare ndustry s
experencng massve growth of data coupled wth the
rsng trend to support a more moble workforce and
BYOD programs IT can now expand vrtualzaton to more
users wth secure access to crtcal clncal applcatons
on any devce, and stll adhere to the federally-mandated
Health Insurance Portablty and Accountablty Act of
1996 (HIPAA) and Health Informaton Technology for
Economc and lncal Health (HITEH) Act
> Improve Qualty of are Allowng healthcare
professonals to access nformaton anywhere, on any
devce enables better collaboraton between doctors and
specalsts, as well as better nformaton sharng wth
patents Physcans no longer have to waste sgncant
amounts of tme durng patent rounds accessng,
retrevng, and recordng data, snce nformaton s
now readly avalable at ther ngertps Ths ncreased
efcency frees up more tme for drect patent care
> Support Any Workload IT can leverage the same
nfrastructure used for VDI to run compute ntensve
workloads — ncludng AI, data scence, and HP — to
support the needs of researchers, and other hosptal
departments such as radology, neurology, and cardology
NVIDIA
®
RTX VIRTUAL WORKSTATION NVIDIA VIRTUAL PC AND VIRTUAL APPS
The NVIDIA RTX Vrtual Workstaton (vWS) s deally suted for
vrtualzng PAS mages used by radologsts, physcans, and
specalsts
NVIDIA Vrtual P (vP) and Vrtual Apps (vApps) are
engneered for general-purpose VDI n healthcare settngs for
doctors, clncans, nurses, and staff
BENEFITS BENEFITS
Remote access for 3D volumetrc vewng and edtng of
mages
Ablty to support large and complex medcal mages wth
support for up
to two 8K montors and large frame buffer szes
Ablty to remotely supplement dagnostc work (US) and
perform dagnostc work (UK)
Extend accessblty to mages secured n the data center
Increase doctor/specalst moblty
Lower IT management costs
Support latest RTX-enabled applcatons for real tme ray
tracng
Vrtualze EMR applcatons for accessng medcal records
remotely
Support ncreasng graphcal requrements of Wndows 10 and
modern productvty applcatons
Support up to four HD montors for ncreased productvty
ost-effectve soluton to scale VDI across your organzaton
Extend accessblty to mages and patent data secured n the
data center
Increase doctor/clncan/staff moblty
Lower IT management costs
NVIDIA VIRTUAL PU SOLUTIONS
KEY HEALTHARE USER ROUPS
NVIDIA VIRTUAL GPU | BROCHURE | JAN22
USTOMER EXAMPLES
METRO HEALTH
rand Rapds, MI, USA
THE POLYCLINIC
Seattle, WA, USA
NETHERLANDS CANCER INSTITUTE
Amsterdam, The Netherlands
Deployed a VDI powered by NVIDIA
vrtual PUs to enable healthcare
professonals to seamlessly access
medcal magng and graphcs
ntensve applcatons from any
locaton Fast access and better
performance resulted n a tme
savngs of 30-mnutes per day to
each doctor and 50-mnutes per day
for nurses and other professonals
Servce call volume to the IT
department has remaned flat whle
the total number of endponts
has grown by 35% "NVIDIA RID
technology marks a turnng pont
n our evoluton toward delverng
a vrtual desktop to every user at
Metro Health"
The Polyclnc has rolled out
several ntatves to mprove
organzatonal efcency, ncludng
a centralzed EMR system, as well
as publshed resources and apps
on VDI However, ncreasngly slow
system performance mpacted
the productvty of doctors and
patent servce representatves
(PSRs), makng them resstant to an
upgraded thn clent By upgradng
ther legacy VDI to Wndows 10 wth
NVIDIA Tesla PUs and RID Vrtual
P software, The Polyclnc was
able to double ther user densty
at 2/3 the cost whle delverng a
consstently great experence and
mprovng VDI adopton across
departments
Netherlands ancer Insttute
undertook a proect to upgrade
ther shared IT nfrastructure
usng vrtual PUs (vPUs) to
expedte research and streamlne
patent care NVIDIA T4 PUs
were vrtualzed wth NVIDIA
vPU software to maxmze
resource utlzaton and accelerate
performance Durng the day, NKI
runs as many as 2,000 VMs for
clncal and research users At
nght, unused VMs are scaled down
and consoldated and new ones are
spun up and put to work processng
mportant obs, lke dong
computatons on DNA or analyzng
patent medcal scans “In the past,
our researchers would send mages
to our bomagng faclty for analyss
and t would take a week to get
results Wth our new nfrastructure,
mages are sent n the evenng, and
by the next mornng, the analyzers
are done”
TARGET
PERSONA
RADIOLOGISTS,
MEDICAL IMAGING SPECIALISTS
DOCTORS, CLINICIANS,
NURSES, STAFF
USE CASES
For remotely nteractng wth large medcal
mages (PAS) wth hgh resoluton and mult-
montor support on Wndows 10
For general purpose VDI, usng vrtualzed EMR
apps and common ofce productvty apps
RECOMMEND
vWS on A40
(supports up to two 8K dsplays)
vP/vApps on A16
(supports up to four HD or two 4K or one 5K dsplays)
For more nformaton, vst wwwnvdacom/vrtualgpu
© 2022 NVIDIA orporaton All rghts reserved NVIDIA, the NVIDIA logo, and Iray are trademarks and/or regstered trademarks of NVIDIA orporaton All company
and product names are trademarks or regstered trademarks of the respectve owners wth whch they are assocated Features, prcng, avalablty, and speccatons
are all subect to change wthout notce JAN22
HOW NVIDIA VIRTUAL PU WORKS
In a vrtualzaton envronment powered by NVIDIA vrtual PU, the
NVIDIA vrtual PU software s nstalled at the vrtualzaton layer along
wth the hypervsor The NVIDIA vrtual PU software creates vrtual
PUs enablng every vrtual machne (VM) to share the physcal PU
nstalled on the server The NVIDIA vrtualzaton software ncludes a
graphcs drver for every VM vWS ncludes for example, the powerful
Quadro drver Because work typcally done by the PU s offloaded
to the PU, the user has a much better experence Demandng
engneerng and creatve applcatons, as well as compute ntensve
server workloads ncludng AI and data scence, can now be supported
n a vrtualzed and cloud envronment
WHAT MAKES NVIDIA VIRTUAL GPU POWERFUL
Regular cadence of new software releases to
ensure you stay on top of the latest features
and enhancements
CONTINUOUS INNOVATION
Support for all major hypervisors. Most
extensive portfolio of professional app
certifications with RTX Enterprise drivers
BROADEST ECOSYSTEM SUPPORT
Industry’s highest user-density solution with
support for up to 64 virtual desktops per GPU.
Lower TCO with more than 9 vGPU profiles for
the most flexibility in provisioning resources
to match your users’ needs
BEST USER DENSITY
End-to-end management and monitoring
for real-time insight into GPU performance.
Broad partner integrations so you can use the
tools you know and love
OPTIMAL MANAGEMENT AND MONITORING
Ultimate user experience, with the ability
to support both compute and graphics
workloads for every vGPU
EXCEPTIONAL USER EXPERIENCE
Consistent performance with guaranteed
quality of service, whether on premises or in
the cloud
PREDICTABLE PERFORMANCE