CPUs

AMD Ryzen 9 6900HX vs Apple M1 Pro (8C14G) Full Specs

8 Cores
16 Threads
3.3GHz
8 Cores(6P+2E)
8 Threads(6P+2E)
3.23GHz
TDP
45W
TDP
60W
Bandwidth
204.8GB/s
·
Bandwidth
204.8GB/s
LPDDR5
iGPU
iGPU
··
7.37 TFLOPSFP16
··
4.64 TFLOPSFP16
Socket
Socket
-

Ryzen 9 6900HXRyzen 9 6900HX2,146
x1
M1 Pro (8C14G)M1 Pro (8C14G)2,400
x1.12

8 Cores
8P
-
8 Cores
6P
2E
16 Threads
16P
-
8 Threads
6P
2E

Base Clock
3.3GHz
Base Clock
3.23GHz
Boost Clock
4.9GHz
Boost Clock
-
Overclocking
Locked
Overclocking
Locked

L1i
32KB P
-
L1i
192KB P
128KB E
L1d
32KB P
-
L1d
128KB P
64KB E
L2
512KB P
-
-
L2
24MB P shared
4MB E shared
L3
32MB
L3
-
SLC Cache
-
SLC Cache
24MB

Type
·
Type
LPDDR5
Max Memory
64GB
Max Memory
32GB
ECC
No
ECC
No
Channels
4
Channels
2
Bus Width
256-bit
Bus Width
256-bit
Speed
6400MT/s
Speed
6400MT/s
Bandwidth
204.8GB/s
Bandwidth
204.8GB/s
Bandwidth Calculator
Channels
Transfer Rate
Calculated Bandwidth
204.8GB/s
Bandwidth Calculator
Channels
Transfer Rate
Calculated Bandwidth
204.8GB/s

TDP
45W
TDP
60W
Max Operating Temp
95°C Max
Max Operating Temp
100°C Max

Bus Type
PCIe
Bus Type
-
Bus Config
4 lanes
Bus Config
-
Bus Speed
8GT/s
Bus Speed
-
Bus Bandwidth
4GB/s
Bus Bandwidth
-

PCIe
PCIe 4.0 x16
31.5GB/sBandwidth
PCIe
PCIe 4.0 x14
27.6GB/sBandwidth

iGPU
iGPU
Shaders
768
Shaders
1792
Boost Clock
2.4GHz
Boost Clock
1.3GHz
··
7.37 TFLOPSFP16
··
4.64 TFLOPSFP16

NPU Model
-
NPU Model
H13 Eos
NPU Cores
-
NPU Cores
16
NPU Clock
-
NPU Clock
1.5GHz
Performance
-
Performance
11 TOPSFP16

Manufacturer
Manufacturer
ISA
x86-64
ISA
AArch64
Architecture
Architecture
Family
Family
Branding
Ryzen 9 2017 branding
Branding
M1 Pro  branding
Codename
Rembrandt
-
-
-
Codename
Jade-Chop
M1 ProVariant
FirestormP-Core
IcestormE-Core
Market Segment
Laptop
Market Segment
Laptop
Release Date
Jan 4, 2022
Release Date
Oct 26, 2021

Foundry
TSMC
Foundry
TSMC
Fabrication Node
N6
Fabrication Node
N5
Die Size
210mm²
Die Size
253mm²
Transistor Count
13.1 Billion
Transistor Count
33.7 Billion
Transistor Density
62 MTr/mm²
Transistor Density
133 MTr/mm²

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