The Powerful AMD Radeon 680M's Graphic Capacity Allows A Great Amount Of Games To Run Around 45~60FPS With 1920×1200 Resolution

Thanks to the significantly improved performance, the AMD Radeon 680M's graphic capacity can allows a great amount of AAA titles from the past two years run around 45~60fps with 1920×1200 resolution.

In addition, RDNA2 also supports AMD's latest FSR 2.0 and RSR 2.0, which can generally increase the game running frame rate by 50% (even 100% for certain titles) without increasing power consumption by much.

The Intel version of WIN Max 2 comes with the1260P processor featuring 10nm process technology, 18MB L3 cache, 4 PerTest benchmark: AMD Ryzen 7 7840U / 16GB LPDDR5x-7500 MT/s / 1TB M.2 NVMe SSD / 1920×1200 / Windows 11 Home 64bit

Thanks To The Support Of AVX-512, “God Of War 3” On PS3 Can Run At 60 Fps Per Second, And The 7840U Achieves Full-Speed PS3 Emulation

To play emulators smoothly, a higher performance CPU is required. With the support of the AVX-512 instruction set and the all-new RDNA3 architecture integrated graphics, emulators such as RPCS3, Yuzu, Citra, Vita3K, and Xenia can achieve up to 30% performance improvement.

Equipped With The Exclusive Oculink (SFF-8612) Female Port And Supporting The “GPD G1” eGPU, The Performance Exceed That Of The RTX 3070s

The PerfThe GPD G1 eGPU is based on the mobile version of AMD Radeon RX 7600M XT with RDNA 3.0 architecture design, 13.3 billion transistors, 32 compute units, 2048 shader units, and 2 shader units per unit, actually totaling to 4096 shader units. The RX 7600M XT has 32MB Infinity Cache, 8GB GDDR6 VRAM, a base frequency of 1500 MHz, game frequency of 2300 MHz, and acceleration frequency of 2615 MHz, with TGP power consumption ranging between 75 – 120W.

The GPD G1 has a compact appearance, with dimensions of 225 × 111 × 29.8 mm and a weight of only 0.92 kg. It features a built-in 240W small gallium nitride power supply and air-cooled heat dissipation.

The device has a rich interface, with Oculink and USB4 for connecting to the host device, one HDMI 2.1 and two DisplayPort for display output. In addition, it also provides three USB 3.2 and one SD card reader:

• When using an Oculink (SFF-8611) cable to connect the GPD G1 and the host device, the HDMI and DisplayPort can be used for external displays, but the USB A and SD card reader will not work.

• When using a USB4 cable to connect the GPD G1 and the host device, the HDMI and DisplayPort can be used for external displays, and the USB A and SD card reader will work. 

• When using both an Oculink (SFF-8611) and USB4 cable to connect the GPD G1 and the host device, the HDMI and DisplayPort can be used for external displays, and the USB A and SD card reader will work.

Highly Efficient Intelligent Cooling Solution With A Large Turbo Fan And Dual Heat Pipe Design

WIN Max 2 comes with an improved PC-grade cooling system with a large turbo fan + dual heat pipes, which boasts high volume side air blow and highly intelligent speed control. When the internal temperature is lower than 40°C, the fan speed will not exceed 20% of its maximum capacity. When the internal temperature reaches higher than 40°C, the fan speed goes up in 2% PWM increments until reaching its maximum threshold (100%).

Hall Sensor Sticks (First Time In Our Devices), Stepless, Great Linearity, No Dead Zone Neither Stick Drift

The traditional potentiometer stick that relies on the resistance brush to generate the voltage signal is prone to “drift” issues caused by wear and tear in long-term use. With WIN Max 2, we've introduced for the first time Hall Sensor sticks with built-in inductance coils. The working principle of magnetic induction (different magnetic fluxes are generated when the stick rotates to different positions, which in turn generates different voltage signals) determines that Hall Sensor sticks have no wear and tear, and therefore won't have the issue of stick drift! The sticks also adopt a stepless design for achieving 360° super-linear signal output without any dead zone.