Thanks Steve, @5:40, why don't FTT=2 and FTT=3 have "child components"? What does "Concatenation" mean in the context of the physical disk placement? For ESA it looks like everything from FTT=1 Mirroring to FTT=2 RAID 6 Erasure Coding uses a Parity component, the only difference I can see is that Erasure Coding writes data and the parity in 1kB blocks striped across different disks.
Hello Thanks for watching. The FTT=2 and FTT=3 should have child components.. curious how many drives per server you have in your environment? Also are you in a lab or production environment./. What size drives?? As for the other comment about the parity component, not sure what to say there.. Have a great day
Great video for vSAN ESA. Steve, do you know if vSAN ESA 8 can handle 4x 100Gbps physical (dedicated to vSAN Storage) NICs in LACP/teaming configuration reliably? I know vSAN supports up to 100 Gbps NICs and I know that I can configure 2x 100 Gbps dedicated to vSAN storage NICs in an LACP configuration but I wonder if I can do it for 4x 100 Gbps (400 Gbps storage dedicated throughput per esxi host) for a very highly extreme storage throughput requirements. Thanks again.
Great question.. The key word here is "Reliable" While it should work perfectly fine, is it supported by VMware and the Vendor for the vSAN Ready nodes.. There is any interesting document and video here that touch on the subject.. Hope this helps. core.vmware.com/resource/vmware-vsan-design-guide?check_logged_in=1 Have a good one
@@ibrahimaysu8247 Yah. Not really specific to your question, but good info and food for thought.. Contact the Vendor for the vSAN ready Node and see what they recommend.. Keep us posted.. Have a good one.
Thanks Steve for wonderful show
Glad you enjoyed it Have a great day.
Was really wondering for this ESA vs OSA video ! ❣
Hope you enjoyed it! Have a good one
Thanks Steve for such a informative video...
My pleasure! Thanks for watching. Have a good one
Pls make more videos. You're doing it very well.
Will do. Thanks for watching. Have a great day
Thanks Steve, @5:40, why don't FTT=2 and FTT=3 have "child components"? What does "Concatenation" mean in the context of the physical disk placement? For ESA it looks like everything from FTT=1 Mirroring to FTT=2 RAID 6 Erasure Coding uses a Parity component, the only difference I can see is that Erasure Coding writes data and the parity in 1kB blocks striped across different disks.
Hello Thanks for watching. The FTT=2 and FTT=3 should have child components.. curious how many drives per server you have in your environment? Also are you in a lab or production environment./. What size drives?? As for the other comment about the parity component, not sure what to say there.. Have a great day
Thank you for the great content ❤
Glad you enjoy it! Have a good one
Great video for vSAN ESA. Steve, do you know if vSAN ESA 8 can handle 4x 100Gbps physical (dedicated to vSAN Storage) NICs in LACP/teaming configuration reliably? I know vSAN supports up to 100 Gbps NICs and I know that I can configure 2x 100 Gbps dedicated to vSAN storage NICs in an LACP configuration but I wonder if I can do it for 4x 100 Gbps (400 Gbps storage dedicated throughput per esxi host) for a very highly extreme storage throughput requirements. Thanks again.
Great question.. The key word here is "Reliable" While it should work perfectly fine, is it supported by VMware and the Vendor for the vSAN Ready nodes.. There is any interesting document and video here that touch on the subject..
Hope this helps.
core.vmware.com/resource/vmware-vsan-design-guide?check_logged_in=1
Have a good one
@@TechUnGluedHi Steve, thank you for the reply and the link you shared.
Unfortunately I couldn’t find the answer of my question in the page.
@@ibrahimaysu8247 Yah. Not really specific to your question, but good info and food for thought.. Contact the Vendor for the vSAN ready Node and see what they recommend.. Keep us posted..
Have a good one.
@@TechUnGluedWell, I will. Thank you so much Steve, for having time for my questions. Have a nice day!
@@ibrahimaysu8247 My pleasure
Thank you 🌹
You’re welcome 😊
Thanks.
Your welcome. Have a great day
I think when the witness present is one of your raid0 components is located within the same host disk
Thanks and thanks for watching. You have a great day
"Promo sm"
Thanks for watching. Have a good day.