My son is a gamer and also designs games using the unreal engine.
He does some Photoshop work and after affects stuff and uses the Red Giant Trap code suite.
Some video encoding, streaming of games he's playing, watching movies and browsing.
He also still uses Adobe flash.
His I7-6800K CPU is 6 core 12 thread. He has an MSI X99A XPower AC motherboard. He does not use WiFi.
He has only 1 x M.2 and he would like to add another.
So, I'm thinking of buying him an I5-9600K and mid range ATX board (Around $250 AUD - $125 USD) for his birthday.
The 9600K only has 16 PCIe Lanes so I'd have to find a motherboard that takes both M.2 slots from the chipset, whilst still allowing for at least 4 data devices. He doesn't use any other PCIe devices.
But - is his current CPU better for the types of workloads he does?
I know that games typically don't use many threads, but the design apps do.
I can do this for about $675. But if I have to stay with the HEDT technology the prices will be up to $2500, assuming I can even get a motherboard.
Or go 9900K @ $825 + a $250 motherboard.
He does some Photoshop work and after affects stuff and uses the Red Giant Trap code suite.
Some video encoding, streaming of games he's playing, watching movies and browsing.
He also still uses Adobe flash.
His I7-6800K CPU is 6 core 12 thread. He has an MSI X99A XPower AC motherboard. He does not use WiFi.
He has only 1 x M.2 and he would like to add another.
So, I'm thinking of buying him an I5-9600K and mid range ATX board (Around $250 AUD - $125 USD) for his birthday.
The 9600K only has 16 PCIe Lanes so I'd have to find a motherboard that takes both M.2 slots from the chipset, whilst still allowing for at least 4 data devices. He doesn't use any other PCIe devices.
But - is his current CPU better for the types of workloads he does?
I know that games typically don't use many threads, but the design apps do.
I can do this for about $675. But if I have to stay with the HEDT technology the prices will be up to $2500, assuming I can even get a motherboard.
Or go 9900K @ $825 + a $250 motherboard.