Hey everyone,
I was just playing around with the BTO (Build-To-Order) configurations for the new 14-inch and 16-inch M5 MacBook Pros, and I noticed something that feels like a classic Apple "gotcha" moment.
To jump from the M5 Pro (20-core GPU) to the base M5 Max (40-core GPU), you’re looking at a $1100 premium.
Now, before the "it's for pros" crowd jumps in—yes, I know the M5 Max also doubles the memory bandwidth to 614GB/s and bumps the base RAM to 36GB. But $1100 for an extra 20 GPU cores? That’s $55 per core.
The Math of the M5 Generation:
For context, you could almost buy a base M5 MacBook Air for the price of this GPU upgrade alone.
A few questions for the forum:
I am stuck at deciding between M5 Pro 64GB vs M5 Max 64GB
I was just playing around with the BTO (Build-To-Order) configurations for the new 14-inch and 16-inch M5 MacBook Pros, and I noticed something that feels like a classic Apple "gotcha" moment.
To jump from the M5 Pro (20-core GPU) to the base M5 Max (40-core GPU), you’re looking at a $1100 premium.
Now, before the "it's for pros" crowd jumps in—yes, I know the M5 Max also doubles the memory bandwidth to 614GB/s and bumps the base RAM to 36GB. But $1100 for an extra 20 GPU cores? That’s $55 per core.
The Math of the M5 Generation:
- M5 Pro: 18-Core CPU / 20-Core GPU (307GB/s Bandwidth)
- M5 Max: 18-Core CPU / 40-Core GPU (614GB/s Bandwidth)
- The Cost: $900 difference (and that's before adding more SSD space).
For context, you could almost buy a base M5 MacBook Air for the price of this GPU upgrade alone.
A few questions for the forum:
- Are you seeing enough of a real-world lift in Metal/Ray Tracing performance to justify the $1100?
- Is the 2TB starting storage on the Max (which Apple baked into the price) actually a "value" or just a way to force a higher entry price?
- Are any of you sticking with the 20-core Pro and just "living with" the slower export times?
I am stuck at deciding between M5 Pro 64GB vs M5 Max 64GB
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