It is technically accurate. The "hardware" was updated. It got a new application CPU (not DSP) and a new coat of paint.
In many cases, I suspect you are correct. In some others (the ones that are certain to be highlighted) there will be a difference.
As you know, I am a Kemper owner, and defender. I also happen to be an EE. What I can definitively say is:
- The Kemper Player is MK2 ready as defined by Kemper
- The Kemper Player has the SAME DSP and DSP external SRAM as all MK1 units have
- The Kemper Player has a new application CPU (which I assume is running Linux) which is faster and ARM based.
What I am assuming is:
- The Kemper operates its GUI and external interfaces through the application processor (running Linux).
- The application processor sends a "rig" down to the DSP which is responsible for executing the sound processing in real time
Based on this, there is no reason I can think of that would prevent the MK1 from running MK2 profiles. It is possible that MK1 can't STORE as many rig files as MK2 since I am assuming that the library of files is managed by the application CPU.
I am still on the hunt for someone that has an "under the hood" video or images of one of the MK2 units; however, it is reasonable to assume that they will all be based on the same hardware that the player is based on if it is "MK2 ready".
The breakdown video of the Kemper Player is in this thread already. The DSP chip used in it is the same as the DSP chip used in all MK1 units. It is the NXP DSP 56720. A comparison chart of the entire 56K family is here: chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.nxp.com/docs/en/fact-sheet/SYMFMCMPRTBLFS.pdf
As you can see, the 720 is the fastest in the family that ALSO has that much RAM built in. Note: It also has an external SRAM interface, but as I said, the SRAM also appears to be the same in the player.
You don't need "fog". There are images that clearly show the DSP chip and SRAM.