TLDR: ROG 8 Pro has innovative cooling and LED matrix but failed durability test; Chime sponsors wheelchair discounts. Features include waterproofing, unique camera OIS, and advanced screen technology.
This article is a summary of a You Tube video “EVERY SMARTPHONE NEEDS ONE OF THESE…”by JerryRigEverything
Key Takeaways:
- ROG Series Gaming Phones’ Survival Rate: The ROG series has a 60% survival rate in their smartphone releases, with 2 failures out of the last 6, indicating a high risk for such expensive devices.
- Off-Road Wheelchairs Sponsored by Chime: The narrator has been making off-road wheelchairs, with Chime sponsoring $1000 off the next 5 units sold, promoting their credit card.
- Chime Credit Builder Visa Credit Card: Chime offers a credit card aimed at building credit with no hidden fees, interest, or minimum security deposit, and provides a checking account with benefits.
- ROG 8 Pro’s Design and Features: The ROG 8 Pro comes with a unique pyramid-style box, an external fan for cooling, and features like a pre-installed screen protector and Gorilla Glass Victus 2 for scratch resistance.
- Waterproofing and Design Compromises: The ROG 8 Pro is now water-resistant (IP68) but this has made it less aesthetically unique compared to previous models.
- Innovative Cooling Technologies: The phone incorporates a rapid cooling conductor and a Peltier cooler to manage heat, alongside traditional vapor chamber cooling.
- Under Glass Programmable LED Matrix: A hidden feature in the ROG 8 Pro, this LED matrix can display various notifications and is seen as a cool, unique addition.
- Camera System with Gimbal Style OIS: The main 50MP camera features a 6-axis OIS system for image stabilization, alongside other camera specs like a 13MP ultra-wide and a 32MP 3x telephoto lens.
- Durability Concerns: Despite innovative features, the ROG 8 Pro’s back glass shattered during a bend test, raising questions about its structural integrity.
- Insights into Smartphone Cooling and Construction: The teardown reveals complex cooling mechanisms and design choices aimed at enhancing performance and heat management.
