New CPU from Apple.
Technically two M1 Max fused together using an 2.5 TB/s silicone interposer, not exactly a chiplet but similar enough.
Performance in unspecified benchmark, according to Apple, versus 12900K (with DDR5). Apple expects it to comfortably beat the 12900K given the scales, at about 1/3 the power consumption.
Given that 12900K P-cores are about 5-10% faster than M1 Max P-cores that were in laptops, it's possible that these are clocked higher.
And they expect the GPU to be equal to RTX 3090 (benchmarked alongside 12900K with DDR5). Again at about 1/3 the power of RTX 3090. Obvious disclaimer that these are for compute and not gaming. M1 Ultra will be awful at gaming, just like the M1 Max was.
Releases 18 March. So we'll have benchmarks in a week or so.
Technically two M1 Max fused together using an 2.5 TB/s silicone interposer, not exactly a chiplet but similar enough.
- 16 P-cores
- 4 E-cores
- Up to 64 core GPU
- 114 Billion transistors
- 32-channel DDR5-6400 (800 GB/s bandwidth)
- Up to 128GB
- 850mm2
Performance in unspecified benchmark, according to Apple, versus 12900K (with DDR5). Apple expects it to comfortably beat the 12900K given the scales, at about 1/3 the power consumption.
Given that 12900K P-cores are about 5-10% faster than M1 Max P-cores that were in laptops, it's possible that these are clocked higher.
And they expect the GPU to be equal to RTX 3090 (benchmarked alongside 12900K with DDR5). Again at about 1/3 the power of RTX 3090. Obvious disclaimer that these are for compute and not gaming. M1 Ultra will be awful at gaming, just like the M1 Max was.
Releases 18 March. So we'll have benchmarks in a week or so.
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