Like the headline says, if I swap the pair of X5675’s (3.06 GHz) in my Mac Pro with a matched pair of X5690s (3.46 GHz), will I notice a difference?
It's a 12-core 2010 5,1 (2 x 3.06 GHz) with 96GB RAM and an RX580 8GB running Mojave on an SM961 NVMe drive and Windows 10 on an 850 EVO SSD. I mostly use it for vocal audio production (radio/podcasts), web production, photo editing (bridge/lightroom/photoshop), and managing my music library (iTunes/Plex). Not a whole lot of sequential computation outside of rendering photos and converting audio files.
I ultimately plan to replace it with a 7,1 when (if?) the prices come down a bit, but for now, it's serviceable and pretty responsive—only the occasional lag. beach balls are a rare occurence.
Upgrading the processors is one of the last few upgrades I can make to extend the life of the machine. Applying the thermal paste and re-mounting the coolers doesn't sound like fun, but if I'll notice the difference after the upgrade, I'm willing to do it. But will I be able to notice the 400 MHz boost in clock speed with my use cases?
Thank you!
It's a 12-core 2010 5,1 (2 x 3.06 GHz) with 96GB RAM and an RX580 8GB running Mojave on an SM961 NVMe drive and Windows 10 on an 850 EVO SSD. I mostly use it for vocal audio production (radio/podcasts), web production, photo editing (bridge/lightroom/photoshop), and managing my music library (iTunes/Plex). Not a whole lot of sequential computation outside of rendering photos and converting audio files.
I ultimately plan to replace it with a 7,1 when (if?) the prices come down a bit, but for now, it's serviceable and pretty responsive—only the occasional lag. beach balls are a rare occurence.
Upgrading the processors is one of the last few upgrades I can make to extend the life of the machine. Applying the thermal paste and re-mounting the coolers doesn't sound like fun, but if I'll notice the difference after the upgrade, I'm willing to do it. But will I be able to notice the 400 MHz boost in clock speed with my use cases?
Thank you!