It’s really stretching the adventure game definition but if you are open to first person games without combat with great stories I would recommend :
The target storage device for the image can be over the network if that’s an option for you.
I admit the downvote is weird.
Relaunched it to replay the demo : “uplink”, it really lived up to my memory. A self contained half hour of half life fun, with an original map that show off diverse game mechanics. This was really a great demo back in the day.
Well you have to take the price of the system you run the game on into account. If you spent hundreds of dollars to buy a game and a console (pc gaming is even worse), you need a lot of content to reach parity with something like a cinema ticket or a Netflix subscription.
This hobby is expensive, particularly because it’s main demographics is children or cash strapped young adults. Maybe it’s good value if you spend hundreds of hours on a few games, maybe take-two is feeling that it doesn’t get its fair share from these hundreds of dollars, but they should not be deluded into thinking it’s cheap for the customer.
Never ran across a server motherboard that needed an extra PCIe card to plug a video display regardless of the CPU used.
This BMC advertise the remote display feature you seek.
I have no experience about what you are trying to achieve, but rdma and related technologies (infiniband, qlogic, sr-iov, ROCE) is not it. These are network technologies that permit high bandwidth/low latency data transfer between hosts. Most of these bypass the IP stack entirely.
Infiniband is a network stack that enable RDMA, it’s only vendor is now NVIDIA which acquired mellanox. Qlogic was another vendor, but it got acquired by Intel that tried to market it as Omnipath, but it was spinned off to Cornelis network.
Sr-iov is a way to share an infiniband card to a virtual machine on the same host.
ROCE is an implementation of the rdma software stack over ethernet instead of infiniband.