Hi jason i have a question : How did the F5 device pickup the members for forwarding traffic if the ratio is same or in case of RR? IS IT BASES ON HIGHEST IP ADDRESS?
If all the pool member ratios are the same then ratio will behave like round robin. With all things being equal, lowest IP is selected first, and if multiple pool members share an IP, then the lowest port on the lowest IP is selected first.
So in Ratio algo, the lower ratio assigned to member or node gets to serve the request first 'till it is filled up before the request moves on to the next in line member or node, Is that correct statement ?
Thanks for the explanation. Is there a place I can better understand the match behind the dynamic ration algorithm? That mathematical equation isn't making too much sense to me. Thanks in advance, will appreciate a response.
just to illustrate that a node (IP) and its members that exist in various pools (IP:port) are tracked differently depending on how the ratio is configured, be it node or member, and that a node can (and usually does) have more than one member defined.
Hi jason i have a question :
How did the F5 device pickup the members for forwarding traffic if the ratio is same or in case of RR? IS IT BASES ON HIGHEST IP ADDRESS?
If all the pool member ratios are the same then ratio will behave like round robin. With all things being equal, lowest IP is selected first, and if multiple pool members share an IP, then the lowest port on the lowest IP is selected first.
So in Ratio algo, the lower ratio assigned to member or node gets to serve the request first 'till it is filled up before the request moves on to the next in line member or node, Is that correct statement ?
Thanks for the explanation. Is there a place I can better understand the match behind the dynamic ration algorithm? That mathematical equation isn't making too much sense to me. Thanks in advance, will appreciate a response.
Here's a support article that should help: support.f5.com/csp/article/K9125
How are you writing in the air. Are you actually writing mirrored alphabates?
This is how we produce these: th-cam.com/video/U7E_L4wCPTc/w-d-xo.html
how is this whiteboard working ? is he writing fliped or... i don't get it
Check out Lightboard Lessons - Behind the Scenes: th-cam.com/video/U7E_L4wCPTc/w-d-xo.html
@@devcentral That's so cool. thx
@@devcentral So that means his shirt's logo was printed in a mirror image?
The explanation is not very clear to me. I'm not sure whether this is because I skipped the previous videos.
Can you give ratio load balancing algorithm
Here's the Overview of Ratio load balancing modes: support.f5.com/csp/article/K01052782
Why you created two members (two rectangle) in each node while explaining ratio? I didn't understand that part. Please help
just to illustrate that a node (IP) and its members that exist in various pools (IP:port) are tracked differently depending on how the ratio is configured, be it node or member, and that a node can (and usually does) have more than one member defined.