The two satellites launched would be:
1. RamSat from Robertsville High School.
2. SOAR from the University of Manchester
It seems that the 11 cubesats were not launched, but there were only 2, I will be pending if we know something about it.
This has been addressed multiple times:
NASA just removed 9 of 10 Elana 36 payloads from the Elana webpage. Only RamSat is left:
ELaNa 36
Mission: SpaceX 22 – Falcon 9, Kennedy Space Center, FL
1 CubeSat Mission scheduled to be deployed
* RamSat - Oak Ridge Public Schools (Robertsville Middle School), Oak Ridge, Tennessee
This was the first update of that webpage since months. A mistake or intentional?
Of the ten ELaNa-36 cubesats originally listed for this flight, it looks like Robertsville Middle School's RamSat is the only one making the trip. It is sharing deployer space with University of Manchester's SOAR mission.
https://blogs.nasa.gov/spacexcrs22/2021/06/02/hometown-heroes-students-create-satellite-inspired-by-gatlinburg-wildfires/
I've clearly become spoilt by SpaceX's recent 2160p webcasts. This one was only 720p, so there was a lot of manual correction of my OCR data. Even the Mission Control Audio was at 1080p

Anyway, here is a comparison between SpX-21 and SpX-22. Some points of interest are:
1. We don't have S1 landing telemetry for SpX-21, so the S1 comparison is only valid up to MECO. After that, it is only comparing 21 S2, with 22 S1, but I'm hoping someone will find it interesting anyway.
2. Up to MECO, 22 had a shorter burn with a lower cut-off velocity. It also throttled back earlier for MECO (you hear a lot of references to slowing for MaxQ, even from SpaceX, which is not the case, it's just reduced acceleration).
3. The S2 profiles are very similar, but I think 21 may have throttled back a little for terminal guidance.
SpaceX - CRS22 - Four Camera Views 06-03-2021
Crew is awake and does not need to reboot any computers
Dragon is 32 minutes to the 1000 meter point
Mission control is monitoring during Approach Phase
Next is approach initiation mid course burn