Three specifications decide how a gaming laptop actually performs, and only one of them is printed on the lid. Understanding the other two makes the listings readable and explains most of the surprising results in the comparison table above.
TGP: the number that sets the frame rate
Total Graphics Power is the wattage the laptop permits its GPU to consume. NVIDIA specifies a range rather than a figure, and each manufacturer picks a point inside it to suit the chassis and cooling. For the laptop RTX 5060 that range runs from about 45W to 115W, and the difference between the ends is worth roughly a quarter to a third of the frame rate. Two laptops with identical GPU names, identical processors and a ₹40,000 price gap are usually separated by exactly this.
TGP, TDP and TPP are three different numbers
This is where listings become actively misleading. The HP Omen on this page advertises “up to 170 TPP” and the Lenovo Legion Pro 5 “TDP up to 200W”. Neither is a GPU figure — both describe total platform power, the combined CPU and GPU budget. Since NVIDIA's ceiling for these chips is 115W, any number above that is definitionally measuring something else. The ASUS machines here quote 115W TGP and 140W TGP, which are genuine graphics figures and are not comparable to the bigger ones.
Why 8GB of VRAM keeps appearing
Video memory holds textures, shadow maps and the ray-tracing structures a frame needs. When it fills, the GPU falls back to system memory across the PCIe bus and frame times collapse — you see stutter rather than a lower average. NVIDIA fitted 8GB to the 5050, 5060 and 5070 alike, so the buffer stays constant across a ₹1.8 lakh price span while the chip driving it grows steadily. At 1080p this rarely bites; at 1440p with ray tracing on it is the first wall you hit.
DLSS 4 and what Blackwell actually adds
Every RTX 50-series laptop GPU supports DLSS 4 with multi-frame generation, which renders one frame and infers up to three more. It is the single largest performance feature of this generation and the strongest argument for a 5050 over a discounted 3050, which cannot use it. Treat the headline “3x performance” claims with care: generated frames improve smoothness, not input latency, and the technique needs a reasonable base frame rate to look right in the first place.