In this guide, I will disassemble an Asus ROG Strix Scar II GL504GS. I will remove the bottom case to access the battery, SSD, Wi-Fi card, RAM, cooling fan, speaker, heatsink, and motherboard.
At the Computex 2018 show, Asus ROG brought the latest members – Scar II, to inject more powerful blood into the high-end gaming laptop market. Today we bring you its disassembly experience.
The Scar II is equipped with Intel’s 8th Core i7-8750H Coffee Lake processor, built-in 32GB DDR4 memory, with a 512GB PCIe SSD and 1TB HDD hard drive, and also armed with NVIDIA GeForce GTX1070 (8GB GDDR5) discrete graphics card.
Unfortunately, the USB Type-C does not support Thunderbolt 3, which means it can’t connect to the external graphics docking station. In the future, it can only rely on the built-in GTX1060/GTX1070 to play games. For a game laptop with a price of over $2000, the lack of Thunderbolt 3 is the biggest regret.
It is not difficult to disassemble the Asus ROG Strix Scar II GL504GS. Unscrew all the screws that secure the bottom case and use the plastic picks to pry it along the edge of the bottom case. However, the screws of this product have different length specifications, so you should remember their corresponding installation position.
Asus ROG Strix GL504GS uses a red PCB motherboard that is rare in notebooks. The motherboard occupies most of the internal space, leaving only a small part of the lower right corner of the 66Wh battery.
It comes with a Samsung PM981 M.2 SSD that supports the NVMe protocol, and it is one of the top models in the SSD. Below the SSD is the Intel 9560AC wireless network card, it featuring a 4-antenna design and Rangeboost patented technology, support Bluetooth 5.0, 802.11ac WAVE 2 and MU MIMO technology, with a maximum bandwidth of 1733MB/Mbps.
Don’t underestimate the cooling fan of ROG Strix GL504GS, its two sets of fans use 12V voltage and 7271 blades, which has more airflow than many 5V fans used in the game laptop. The special centrifugal fan structure can also blow the dust and dirt in the fan module along the fan blade, and then discharges it to the casing through the dustproof channel to provide the better dustproof effect.