Benchmarks: GeForce RTX 5060 Desktop and Laptop Are Just as Fast
Benchmarks: GeForce RTX 5060 Desktop and Laptop Are Just as Fast
Image: nvidia
In addition to the introduction of the GeForce RTX 5060 and 5060 Ti for desktop PCs, NVIDIA is also introducing its next small Blackwell mobile graphics card: the new GeForce RTX 5060 GPU is designed for a compact chassis with the full Blackwell feature set. In games, it should be at desktop level.
The GeForce RTX 5060 Laptop GPU at a Glance
Notebooks with GeForce RTX 5060 GPUs appear as models with RTX 5070 notebook GPUs, according to NVIDIA in May.
Notebooks with GeForce RTX 5060 GPUs appear as models with RTX 5070 notebook GPUs, according to NVIDIA in May.
The mobile variant offers fewer active units than the desktop variant (3,328 versus 3,840), but should be faster, despite the lower TDP.
The RTX 5060 also remains in the notebook with 8 GB of memory. Two years ago, this wasn’t always enough to play all current games in full HD with full detail.
Manufacturer benchmarks
The following chart compares the benchmarks provided by NVIDIA in advance for the RTX 5060 and RTX 5060 laptop GPUs. The test was run in Full HD with “max settings,” DLSS Super Resolution “quality,” and “the maximum available frame generation level”—in both cases FG or MFG. The desktop used a Ryzen 7 9800x3d (test) as the CPU, and the notebook used an Intel Core Ultra 9 275hx (test).
The GeForce RTX 5060’s TDP is officially 145 watts; in the notebook, it would have been 100 watts (GPU TDP) in the benchmark—25 watts were likely added via Dynamic Boost 2.0. So, the duel was 145 versus 125 watts—if the notebook’s information includes the same hardware as the desktop’s. The statement is clear: the GeForce RTX 5060 and RTX 5060 laptop GPUs are in gaming performance, as long as the RTX 5060 laptop GPU operates at the higher TDP.
Prices and Dates
Notebooks with the GeForce RTX 5060 laptop GPU are expected to launch on May 1st before the tax year. The first models with the RTX 5070 laptop GPU can then also be expected, which differ only in the number of active drives, but not in terms of storage. Laptops with GeForce RTX 5060 GPUs appear as RTX 5070 laptop GPU models according to NVIDIA in May
Key technical data at a glance
GEFORCE RTX 5000 laptop GPU vs. RTX 4000 laptop GPU in the GPU Shadder Memory comparison model
Maximum tgp interface Dynamic Boost 2.0 DLSS 4 MFG NVENC / NVDEC RTX 5090 GB 202 21,760 32 GB GDDR7
512 Bit 575 Watt ✓ 3/2 RTX 5090 laptop GB203 10.496 24 GB GDDR7
256 bit 95 – 150 watt 25 watt ✓ 3/2 RTX 4090 laptop AD103 9.728 16 GB GDDR6
256 bit 80 – 150 watt 25 watt – 2/1 rtx 5080 gb203 10.752 16 gb gddr7
256 bit 360 watt ✓ 2/2 RTX 5080 laptop GB203 7.680 16GB GDDR7
256 bit 60 – 150 watt 25 watt ✓ 2/2 RTX 4080 laptop AD104 7.424 12 GB GDDR6
192 bit 60 – 150 watt 25 watt – 2/1 RTX 5070 TI GB203 8,960 16 GB GDDR7
256 bit 300 watt ✓ 2/1 5070 TI laptop GB205 5.888 12 GB GDDR7
192 bit 60 – 115 watt 25 watt ✓ 1/1 RTX 5070 GB205 6.144 12 GB GDDR7
192 bit 250 watt ✓ 1/1 RTX 5070 laptop GB206 4.608 8GB GDDR7
128 bit 50 – 100 watt 25 watt ✓ 1/1 RTX 4070 laptop AD106 4.608 8GB GDDR6
128 Bit 35 – 115 Watt 25 Watt – 1/1 RTX 5060 TI GB206 4.608 8/16 GB GDDR7
128-bit 180 W – ✓ 1/1 RTX 5060 GB206 3,840 8 GB GDDR7
128-bit 145W – ✓ 1/1 RTX 5060 laptop GB206 3.328 8GB GDDR7
128 bit 45 – 100 watts 25 W ✓ 1/1 RTX 4060 laptop AD107 3.072 8 GB GDDR6
128 bit 35 – 115 watt 25 watt – 1/1 RTX 4050 laptop AD107 2.560 6 GB GDDR6
96 Bit 35 – 115 Watt 15 Watch – 1/1 RTX 5000: 9th Gen Nvencc, 6th Gen Evdc
RTX 4000: 8th Gen Naven, 5th Gen Nvence
IM GPU Test GPUS RTX 5000
Techastuce already had the two new top models in the test with the RTX 5090 laptop GPU and RTX 5080 laptop GPU:
GeForce RTX 5090 and 5080 laptop in the test: Benchmarks with “Max-P” and the TDP scale of 80-150 W
Techastuce received the information from NVIDIA in advance. The only requirement was the earliest possible publication time. The manufacturer had no influence on the report; there was no obligation to publish. Problems: Dangase Dangerz RTX 50 NVIDIA GRAPHICS CARDS NVIDIA BLACKWELL
An engineer by training, Alexandre shares his knowledge on GPU performance for gaming and creation.
