Get the inside scoop on what Citrix and Nutanix are up to. In this session, you will discover the collaborative projects and visions that we are most excited about.
Watch the session on SynergyTV and follow along with these slides. http://live.citrixsynergy.com/2016/player/ondemandplayer.php?presentation_id=f2ededd4-64a0-47aa-bbbd-208d62128038
6. 6
About Nutanix
2600+ customers
Over 70 countries
6 continents
Founded in 2009
1500+ employees
Deliver Enterprise clouds to
Make datacenter infrastructure invisible,
Elevate IT to focus on applications and services
15. 15
0
0.2
0.4
0.6
0.8
1
1.2
1.4
1.6
1.8
300 600 1200 1500 3000
Seconds
Number of Virtual Desktops
Relative Application Performance
Consistent response time while incrementally scaling blocks
Linear Scalability: From 100s to 1000s of Desktops
17. 17
Faster Shipping and Deployment
Nutanix delivered in days,
not months
Complete infrastructure, ready for application provisioning, in minutes
30x Faster Time to
Acropolis Hypervisor
Legacy
25. 27
Legacy Virtualization in a SAN World
LUN-centric Storage
Hypervisor Bloat
Lock-in
Lower Mobility
Shelfware
Hypervisor has
taken on data
services that
belong in storage
VM-centric Data Services
Hypervisor
Storage
Virtualized Computing
28. 30
Nutanix nodes explained
What’s In
• Software-based
• Smart software,
commodity HW
• Scale one x86 server at a
time
• Highly distributed, but local
storage
• Heavily automated
Nutanix Virtual Computing Platform
- The hardware side
30. 32
What model?
“Our System was up and
running in 30 minutes!”
–Ken Farley, Gunner IT
Download Customer Success Story
4 nodes / 2U
Balanced
resources for
branch office,
retail stores, &
remote offices
Power and space
savings up to 80%
NX-1000
4 nodes / 2U
Fast performance
for compute-
intensive
workloads (e.g.
VDI)
Highest supported
VM density
NX-3000
2 nodes / 2U
Ideal for data-
intense apps
Full range of CPU
offerings to
accommodate
multiple apps
NX-6000
1 node / 2U
Tailored for high
perf VDI and Tier-
1 apps
4x more SSD
accommodates a
much larger active
data set
Flexible configs
including CPU,
SSD, Memory &
10GbE
NX-8000
1 node / 2U
GPU offload
integrates
graphics intensive
users
Ideal for any user
currently running
workstations with
GPU cards
installed
NX-7000
31. 33
What model for desktop virtualisation?
“Our System was up and
running in 30 minutes!”
–Ken Farley, Gunner IT
4 nodes / 2U
Fast performance
for compute-
intensive
workloads (e.g.
VDI)
Highest supported
VM density
NX-3000
1 node / 2U
GPU offload
integrates
graphics intensive
users
Ideal for any user
currently running
workstations with
GPU cards
installed
NX-7000 NX-3175
1 node / 1U
GPU optional
Great combination
of high VM density
and GPU
enhanced
desktops
NX-3155
1 node / 2U
GPU offload
integrates
graphics intensive
users
Ideal for any user
currently running
workstations with
GPU cards
installed
34. 36
Desktop Catalog mode choices
MCS
Pooled
PVS
Pooled with PVD Dedicated
Non Persistent:
Writes discarded on restart
(Semi)- Persistent
Writes sustained on restart
Catalog disk modes
Random
Static
Pre-Assigned
First Use
Streamed
Streamed
with PVD
Virtual
Physical
Virtual only
35. 37
PXE BDM
PVS high level vDisk architecture
PVS Server(s)PXE BDM PXE BDM
1100110101011100001010111101101010110000101111101010101010111010101010001110101010111101010011101011010
10111000101011
Standard Mode: 1:many
(write cache enabled)
Private mode: 1:1
(write cache disabled)
PVS disk modes
Device collection
(based on MAC) .vhd
1. Write cache on disk 2. Write cache in RAM 3. Write cache on PVS server
4. Write cache in RAM, with overflow to disk
Write
cache
Write
cache
Write
cache
36. 38
PXE BDM
Citrix PVS – On Nutanix?
PVS Server(s)PXE BDM PXE BDM
1100110101011100001010111101101010110000101111101010101010111010101010001110101010111101010011101011010
10111000101011
Standard Mode: 1:many
(write cache enabled)
Private mode: 1:1
(write cache disabled)
PVS disk modes
Device collection
(based on MAC) .vhd
1. Write cache on disk 2. Write cache in RAM 3. Write cache on PVS server
4. Write cache in RAM, with overflow to disk
Write
cache
Write
cache
Write
cache
Write Cache Placement
37. 39
PXE BDM
Citrix PVS – On Nutanix?
PVS Server(s)PXE BDM PXE BDM
1100110101011100001010111101101010110000101111101010101010111010101010001110101010111101010011101011010
10111000101011
Standard Mode: 1:many
(write cache enabled)
Private mode: 1:1
(write cache disabled)
PVS disk modes
Device collection
(based on MAC) .vhd
1. Write cache on disk 2. Write cache in RAM 3. Write cache on PVS server
4. Write cache in RAM, with overflow to disk
Write
cache
Write
cache
Write
cache
Distribution of vDisks
38. 40
MCS high level vdisk architecture
Virtual Machine
Diff disk
Root vDisk
Datastore
Virtual Machine Virtual Machine
ID disk
Diff disk
ID disk
Diff disk
ID disk
Master VM
snapshots
flattened copy…
…to every
configured
datastore
Persistent
identity
16MB
Space
reclaimed at
every reboot
One copy of the vdisk
shared by all VM’s
41. 43
Citrix MCS - On Nutanix
Master vDisk
Distributed storage
Clone…
Hypervisor node local storage
Diff
ID
Diff
ID
Snapshot
Shadow Clone
Hypervisor node local storage
Diff
ID
Diff
ID
Shadow Clone
Hypervisor node local storage
Diff
ID
Diff
ID
11001101010111000010101111011010101100001011111010101010101110101010100011101010101111010100111010110101011100010
10101010101011
Shadow Clones