Which two of these statements about OneConnect are true? (Choose two.)

OneConnect shifts TCP session management work onto the BIG-IP LTM itself, so LTM CPU usage increases rather than decreases as it tracks and manages the multiplexed connection pool.

OneConnect multiplexes multiple client-side HTTP requests over a smaller set of persistent TCP connections on the server side, so many client connections are effectively funneled through a single or few server-side connections. This connection reuse eliminates the need for each client to independently establish and close a TCP session with the pool member.

OneConnect operates on the server-side segment of the traffic path between LTM and pool members - it does not alter or reduce the volume of traffic exchanged between clients and LTM.

OneConnect has no dependency on SNAT; SNAT is an independent address-translation feature and is not a prerequisite for enabling or using OneConnect profiles.

Because pool members no longer need to perform a full TCP handshake and teardown for every individual client request, the CPU cycles spent on connection management on those servers are substantially reduced. The BIG-IP absorbs that overhead on behalf of the pool members, leaving the servers free to process application logic.