NVIDIA GeForce RTX 2050 vs NVIDIA GeForce RTX 2070 Max-Q graphics comparison: performance score, cores and clock speeds, VRAM, TGP, cache, and RT and AI units. The better value in each row is highlighted in green.
Summary
NVIDIA GeForce RTX 2050 offers a higher boost clock (1477 MHz vs 1305 MHz) and a smaller manufacturing process (8 nm vs 12 nm). NVIDIA GeForce RTX 2070 Max-Q offers more compute units (CUDA cores: 2304 vs 2048), more VRAM (8 GB vs 4 GB), a wider memory bus (256 bit vs 64 bit), higher memory bandwidth (384 GB/s vs 112 GB/s), and more L2 cache (4 MB vs 1 MB).
Performance score
0
Coming soon
0
Coming soon
Key specs
CUDA cores2048
CUDA cores2304
Boost1477 MHz
Boost1305 MHz
VRAM4 GB
VRAM8 GB
Memory bus64 bit
Memory bus256 bit
TGP30–45 W
TGP80–90 W
MemoryGDDR6
MemoryGDDR6
General
SeriesRTX 20 Mobile
SeriesRTX 20 Mobile
GPU architectureAmpere
GPU architectureTuring
GPU chipGA107
GPU chipTU106
Chip variantGN20-S7
Chip variantN18E-G2-A1
FoundrySamsung
FoundryTSMC
Process node8 nm
Process node12 nm
Die size200 mm²
Die size445 mm²
Transistors8.7 billion
Transistors10.8 billion
InterfacePCIe 3.0 x8
InterfacePCIe 3.0 x16
Release dateDecember 17, 2021
Release dateJanuary 6, 2019
Cores and clocks
CUDA cores2048
CUDA cores2304
16× SM
36× SM
Boost clock (max)1477 MHz
Boost clock (max)1305 MHz
Boost clock (min)1155 MHz
Boost clock (min)1125 MHz
Memory
VRAM4 GB
VRAM8 GB
MemoryGDDR6
MemoryGDDR6
Memory bus64 bit
Memory bus256 bit
Memory speed14 Gb/s
Memory speed12 Gb/s
Bandwidth112 GB/s
Bandwidth384 GB/s
TGP
TGP range30 - 45 W
TGP range80 - 90 W
Cache
L2 cache1 MB
L2 cache4 MB
L1 cache128 KB
L1 cache64 KB
Units
TMUs64
TMUs144
ROPs32
ROPs64
RT cores16
RT cores36
Tensor cores64
Tensor cores288
SM blocks16
SM blocks36
AI
AI performanceN/A
AI performanceN/A