GPD Official Authorized Agent
GPD Official Authorized Agent
Free Shipping Worldwide, Shipment within 48 hours
Free Shipping Worldwide, Shipment within 48 hours
1 year after-sales guarantee, contact our customer service: service@gpd-minipc.com
1 year after-sales guarantee, contact our customer service: service@gpd-minipc.com
Product Details
*The single-core and multi-core scores are from Geekbench 6, which supports the AVX-512 instruction set. The WIN Mini 2025 has AVX-512 enabled by default. Therefore, the scores reflect the performance ceiling of the WIN Mini 2025.
*The integrated graphics score is from Geekbench 6's Vulkan benchmark.
*The graphics dock refers to an external graphics expansion dock. The WIN Mini supports both desktop graphics docks with replaceable graphics cards and the GPD G1 mobile graphics dock.
Integrated Grip With
Quick-release Design (Optional)
To enhance convenience and ease of use, we designed an integrated grip accessory that can be quickly assembled and disassembled without the need for third-party tools. The user-friendly design allows the handle to naturally fit in your hand, enabling players to focus more on the game itself and improving gameplay controllability!
RDNA 3.5 iGPU, Doubling Gaming Performance
Enjoy 1080P / 120 FPS on AAA Titles
RDNA 3.5 architecture iGPU AMD Radeon 890M offers approximately 50% performance improvement per watt. Compared to FSR 3.0, FSR 3.5 provides nearly double the gaming performance, particularly excelling in AAA titles with low settings at 1080P, achieving 120 FPS.
Test benchmark: AMD Ryzen™ AI 9 HX 370 / 64GB LPDDR5x-7500 MT/s / 2TB M.2 NVMe SSD / 1920×1200 / Windows 11 Home 64bit. Unless specified otherwise, FSR is disabled by default during testing!
7-inch, 120Hz High-Refresh-Rate Gaming Screen
Native Landscape, Supports VRR
A 7-inch, 120Hz high-refresh-rate gaming screen specially designed for WIN Mini. It features native landscape , sixth-generation Corning Gorilla Glass, LTPS technology, supports VRR (Variable Refresh Rate), and AMD FreeSync Premium. No more worries about screen tearing in games and no need for frame locking, allowing for full performance release!
Anti-reflective Coating
Effectively Reduces Glare And Increases transmittance
The Anti-reflective coating (AR) has high hardness, effectively reduces glare, prevents glare and scratches, increases transmittance, and enhances screen brightness up to 500nit. It blocks blue light and effectively protects the eyes. The Anti-Fog Coating (AF) provides excellent resistance to dirt, water repellency, and durability, reducing fingerprint and various stain adhesion.
AMD Ryzen™ AI 9 HX 370
Breaking Limits, Offering Exceptional Performance
Utilizing advanced 4nm manufacturing process, ZEN 5 + RDNA 3.5 + XDNA 2 architecture, experience cutting-edge artificial intelligence (AI) technology, accelerate multitasking, boost productivity, foster collaboration, and enhance efficiency.
The AVX-512 Instruction set Outperforms the 125W Intel® Core™ i9-11900K Processor
The AVX-512 instruction set is designed for accelerating AI and HPC applications, as well as CPU-dependent simulation games, achieving a 1.3x improvement in FP32 floating-point inference multithreaded performance and a 2.5x improvement in INT8 integer inference multithreaded performance.
God of War III on PS3 can be Played at 60 Frames Per Second, Enabling Full-speed PS3 Emulation
To run emulators smoothly, a higher-performance CPU is needed. With the support of the AVX-512 instruction set, combined with the new RDNA 3.5 architecture iGPU, emulators such as RPCS3, Yuzu, Gitra, Vita3K, and Xenia can achieve up to a 50% performance boost.
Time Spy Score Comparison, 890M iGPU
Outperforms NVIDIA GeForce RTX 2050 (Mobile)
AMD Radeon 890M iGPU, based on the all-new RDNA 3.5 architecture, integrates 16 CUs with 1024 sp, delivering a 33% improvement in specifications compared to the previous generation, resulting in a 36% increase in gaming performance! Combined with LPDDR5x 7500 MT/s memory, the graphics memory bandwidth has also been enhanced.
Brand-new XDNA 2 Architecture NPU, 50 TOPS Strongest AI Accelerator
The brand-new AMD XDNA 2 architecture NPU is 3 times more powerful than the previous generation NPU, reaching 50 TOPS. Combined with the CPU and GPU, the total computing power is as high as 80 TOPS, far exceeding the 40 TOPS computing power standard of AI PCs. It improves computing efficiency and reduces overall power consumption, making local AI computing tasks such as AI matting faster and more efficient.
Truly Compact, Truly Portable, Truly Powerful
*The single-core and multi-core scores are from Geekbench 6, which supports the AVX-512 instruction set. The WIN Mini 2025 has AVX-512 enabled by default. Therefore, the scores reflect the performance ceiling of the WIN Mini 2025.
*The integrated graphics score is from Geekbench 6's Vulkan benchmark.
*The graphics dock refers to an external graphics expansion dock. The WIN Mini supports both desktop graphics docks with replaceable graphics cards and the GPD G1 mobile graphics dock.
Integrated Grip With
Quick-release Design (Optional)
To enhance convenience and ease of use, we designed an integrated grip accessory that can be quickly assembled and disassembled without the need for third-party tools. The user-friendly design allows the handle to naturally fit in your hand, enabling players to focus more on the game itself and improving gameplay controllability!
RDNA 3.5 iGPU, Doubling Gaming Performance
Enjoy 1080P / 120 FPS on AAA Titles
RDNA 3.5 architecture iGPU AMD Radeon 890M offers approximately 50% performance improvement per watt. Compared to FSR 3.0, FSR 3.5 provides nearly double the gaming performance, particularly excelling in AAA titles with low settings at 1080P, achieving 120 FPS.
Test benchmark: AMD Ryzen™ AI 9 HX 370 / 64GB LPDDR5x-7500 MT/s / 2TB M.2 NVMe SSD / 1920×1200 / Windows 11 Home 64bit. Unless specified otherwise, FSR is disabled by default during testing!
7-inch, 120Hz High-Refresh-Rate Gaming Screen
Native Landscape, Supports VRR
A 7-inch, 120Hz high-refresh-rate gaming screen specially designed for WIN Mini. It features native landscape , sixth-generation Corning Gorilla Glass, LTPS technology, supports VRR (Variable Refresh Rate), and AMD FreeSync Premium. No more worries about screen tearing in games and no need for frame locking, allowing for full performance release!
Anti-reflective Coating
Effectively Reduces Glare And Increases transmittance
The Anti-reflective coating (AR) has high hardness, effectively reduces glare, prevents glare and scratches, increases transmittance, and enhances screen brightness up to 500nit. It blocks blue light and effectively protects the eyes. The Anti-Fog Coating (AF) provides excellent resistance to dirt, water repellency, and durability, reducing fingerprint and various stain adhesion.
AMD Ryzen™ AI 9 HX 370
Breaking Limits, Offering Exceptional Performance
Utilizing advanced 4nm manufacturing process, ZEN 5 + RDNA 3.5 + XDNA 2 architecture, experience cutting-edge artificial intelligence (AI) technology, accelerate multitasking, boost productivity, foster collaboration, and enhance efficiency.
The AVX-512 Instruction set Outperforms the 125W Intel® Core™ i9-11900K Processor
The AVX-512 instruction set is designed for accelerating AI and HPC applications, as well as CPU-dependent simulation games, achieving a 1.3x improvement in FP32 floating-point inference multithreaded performance and a 2.5x improvement in INT8 integer inference multithreaded performance.
God of War III on PS3 can be Played at 60 Frames Per Second, Enabling Full-speed PS3 Emulation
To run emulators smoothly, a higher-performance CPU is needed. With the support of the AVX-512 instruction set, combined with the new RDNA 3.5 architecture iGPU, emulators such as RPCS3, Yuzu, Gitra, Vita3K, and Xenia can achieve up to a 50% performance boost.
Time Spy Score Comparison, 890M iGPU
Outperforms NVIDIA GeForce RTX 2050 (Mobile)
AMD Radeon 890M iGPU, based on the all-new RDNA 3.5 architecture, integrates 16 CUs with 1024 sp, delivering a 33% improvement in specifications compared to the previous generation, resulting in a 36% increase in gaming performance! Combined with LPDDR5x 7500 MT/s memory, the graphics memory bandwidth has also been enhanced.
Brand-new XDNA 2 Architecture NPU, 50 TOPS Strongest AI Accelerator
The brand-new AMD XDNA 2 architecture NPU is 3 times more powerful than the previous generation NPU, reaching 50 TOPS. Combined with the CPU and GPU, the total computing power is as high as 80 TOPS, far exceeding the 40 TOPS computing power standard of AI PCs. It improves computing efficiency and reduces overall power consumption, making local AI computing tasks such as AI matting faster and more efficient.
Supports LPDDR5x memory at 7500MT/s, with optional capacities of 16GB, 32GB, or 64GB. Up to 16GB of this memory can be allocated for video memory, allowing AI applications that require large memory to perform optimally. During gaming, there’s no need to worry about memory overflow, resulting in smoother gameplay.
New Cooling Module + Fan
Up to 35W TDP, Efficient Cooling
Using high thermal conductivity materials and advanced design concepts, a new fan has been implemented to effectively and quickly dissipate heat. The TDP has been increased to 35W, with optimized heat sinks and more refined fan designs to ensure smooth airflow and lower temperatures. This not only results in quieter operation but also maintains device stability under heavy loads, enhancing overall performance and user experience.
New Cooling Module + Fan
Up to 35W TDP, Efficient Cooling
Using high thermal conductivity materials and advanced design concepts, a new fan has been implemented to effectively and quickly dissipate heat. The TDP has been increased to 35W, with optimized heat sinks and more refined fan designs to ensure smooth airflow and lower temperatures. This not only results in quieter operation but also maintains device stability under heavy loads, enhancing overall performance and user experience.
PCIe Gen4 M.2 2280 SSD, with large capacities ranging from 1TB to 2TB, and read/write speeds exceeding 5000MB/s, allowing for unlimited expansion.
Supports PCIe Gen4 specification, with a theoretical maximum throughput of up to 7.877GB/s. Equipped with standard capacities of 1TB to 2TB SSD, with actual sequential read and write speeds exceeding 5000MB/s.
PCIe Gen4 M.2 2280 SSD, with large capacities ranging from 1TB to 2TB, and read/write speeds exceeding 5000MB/s, allowing for unlimited expansion.
Supports PCIe Gen4 specification, with a theoretical maximum throughput of up to 7.877GB/s. Equipped with standard capacities of 1TB to 2TB SSD, with actual sequential read and write speeds exceeding 5000MB/s.
The Built-in Hall Effect Mini Joysticks Almost Completely Eliminate The Chance Of Dead Zones Occurring At The Center Point
The built-in Hall Effect mini joysticks adopt a sunken design with down-press support for L3 and R3, and are infinitely adjustable and super-linear. After calibration, the Hall Effect joysticks have improved return accuracy and voltage division precision by 37.5% and 25% respectively compared to standard joysticks, almost completely eliminating the chance of dead zones occurring at the center point. They can accurately perceive the player's finger movements, improving game control precision and sensitivity.
The Built-in Hall Effect Mini Joysticks Almost Completely Eliminate The Chance Of Dead Zones Occurring At The Center Point
The built-in Hall Effect mini joysticks adopt a sunken design with down-press support for L3 and R3, and are infinitely adjustable and super-linear. After calibration, the Hall Effect joysticks have improved return accuracy and voltage division precision by 37.5% and 25% respectively compared to standard joysticks, almost completely eliminating the chance of dead zones occurring at the center point. They can accurately perceive the player's finger movements, improving game control precision and sensitivity.
The L2 / R2 Triggers Are Linear Analog Trigger Buttons, Allowing For Smooth Acceleration In Racing Games And Quick Shooting In First-person Shooters
Compared to the WIN 2, the L2 / R2 triggers of the WIN Mini 2025 have been changed to linear analog trigger buttons, accurately simulating the button response under different intensities and allowing for precise shooting, acceleration, and other operations. This provides a more realistic experience of the dynamic changes in games, comfortable use of the controller, and increased immersion and playability in games.
The L2 / R2 Triggers Are Linear Analog Trigger Buttons, Allowing For Smooth Acceleration In Racing Games And Quick Shooting In First-person Shooters
Compared to the WIN 2, the L2 / R2 triggers of the WIN Mini 2025 have been changed to linear analog trigger buttons, accurately simulating the button response under different intensities and allowing for precise shooting, acceleration, and other operations. This provides a more realistic experience of the dynamic changes in games, comfortable use of the controller, and increased immersion and playability in games.
Adding Programmable Macro Keys L4 And R4, Allowing a One-Button Keys Combination
The C-side of the controller adds programmable macro keys L4 and R4, and with the WinControls tool, users can easily set up combination keys and trigger them with one button, making it easy to play PC online games.
Adding Programmable Macro Keys L4 And R4, Allowing a One-Button Keys Combination
The C-side of the controller adds programmable macro keys L4 and R4, and with the WinControls tool, users can easily set up combination keys and trigger them with one button, making it easy to play PC online games.
The Controller Has Built-In Dual Linear Rumble Motors Supporting Linear Vibration Along The Z-Axis
The WIN series handheld console adopts dual linear rumble motors for the first time, which, compared to rotary rumble motors, reduces the start-up and stop time, improves linearity, and supports linear vibration along the Z-axis. The linear rumble motors provide precise vibration feedback, simulating the corresponding vibration sensation, allowing gamers to feel the dynamic changes in the game more deeply, while maintaining low power consumption and noise levels.
The Controller Has Built-In Dual Linear Rumble Motors Supporting Linear Vibration Along The Z-Axis
The WIN series handheld console adopts dual linear rumble motors for the first time, which, compared to rotary rumble motors, reduces the start-up and stop time, improves linearity, and supports linear vibration along the Z-axis. The linear rumble motors provide precise vibration feedback, simulating the corresponding vibration sensation, allowing gamers to feel the dynamic changes in the game more deeply, while maintaining low power consumption and noise levels.
The Controller Is Designed With 3-Axis Gravity Sensing And 3-Axis Gyroscope, Allowing For Motion Control Gaming On PC
Adding 3-axis gravity sensing and 3-axis gyroscope design makes the controller more flexible in operation. Players can tilt the controller to control characters or objects in the game, making the game operation more natural and intuitive, and bringing a new gaming experience.
The Controller Is Designed With 3-Axis Gravity Sensing And 3-Axis Gyroscope, Allowing For Motion Control Gaming On PC
Adding 3-axis gravity sensing and 3-axis gyroscope design makes the controller more flexible in operation. Players can tilt the controller to control characters or objects in the game, making the game operation more natural and intuitive, and bringing a new gaming experience.
The Keyboard Has Been Changed To A Backlit Design, And Function Keys Can Be Used To Turn The Backlight On Or Off
The WIN Mini 2025 keyboard has added white backlighting, maintaining the same style, but with larger keys that are more suitable for typing with both thumbs. The keyboard still uses a scissor-switch design, and the backlight can be turned on or off using a function keys.
The Keyboard Has Been Changed To A Backlit Design, And Function Keys Can Be Used To Turn The Backlight On Or Off
The WIN Mini 2025 keyboard has added white backlighting, maintaining the same style, but with larger keys that are more suitable for typing with both thumbs. The keyboard still uses a scissor-switch design, and the backlight can be turned on or off using a function keys.
The Controller Features A Precise Touchpad (PTP Mode) That Supports Up To Four-Finger Gestures
Compared to the WIN 2, the WIN Mini features a precise touchpad (in PTP mode), which can detect the position and movement trajectory of fingers through multi-touch, providing more accurate control. It can quickly and flexibly identify finger movement trajectories and respond to user operations in a timely manner.
The Controller Features A Precise Touchpad (PTP Mode) That Supports Up To Four-Finger Gestures
Compared to the WIN 2, the WIN Mini features a precise touchpad (in PTP mode), which can detect the position and movement trajectory of fingers through multi-touch, providing more accurate control. It can quickly and flexibly identify finger movement trajectories and respond to user operations in a timely manner.
The WIN Mini is equipped with two top-of-the-line stereo speakers from German brand AAC, supporting DTS:X sound effects. It features a new algorithm based on psychoacoustics and HRTF technology to process audio output from headphones and speaker devices according to the game environment. The DTS:X sound effects can be fine-tuned through a 10-band graphic equalizer, allowing users to enjoy different EQ settings and simulate physical 7.1 channel surround sound. You can even fine-tune the audio spectrum optimization through a hearing test, and experience immersive audio from all directions, including up, down, left, right, front, and back, through headphones and built-in speakers, for a high-quality immersive audio experience.
The Controller Supports USB4 And GPD G1 Graphics Card Expansion Dock In Order To Enhance The Gaming Experience
The controller adds a new USB4 interface, with a bandwidth of 40Gbps and native support for Thunderbolt 3 protocol, allowing connection to GPD G1 or third-party graphics card docks to play AAA titles. It supports an external 8K@60Hz display and PD fast charging protocol.
The Controller Supports USB4 And GPD G1 Graphics Card Expansion Dock In Order To Enhance The Gaming Experience
The controller adds a new USB4 interface, with a bandwidth of 40Gbps and native support for Thunderbolt 3 protocol, allowing connection to GPD G1 or third-party graphics card docks to play AAA titles. It supports an external 8K@60Hz display and PD fast charging protocol.
The Full-Featured Type-C Port Is Retained, Supporting PD Protocol Fast Charging
When the USB4 port is used, the WIN Mini can still charge and transfer audio, video, and data through this full-featured Type-C port with a bandwidth of 10Gbps (USB 3.2 Gen 2) and support for an external 8K@60Hz display.
The Full-Featured Type-C Port Is Retained, Supporting PD Protocol Fast Charging
When the USB4 port is used, the WIN Mini can still charge and transfer audio, video, and data through this full-featured Type-C port with a bandwidth of 10Gbps (USB 3.2 Gen 2) and support for an external 8K@60Hz display.
The microSD Card Reader Has A Theoretical Speed Of 160MB/s For Reading And 120MB/s For Writing
The WIN Mini retains the microSD card reader with a UHS-I bus interface, SD 3.0 protocol, supporting speed classes A2, U3, V30, with a read/write speed of 160MB/s, and compatible with three storage card standards: microSD, microSDHC, and microSDXC.
The microSD Card Reader Has A Theoretical Speed Of 160MB/s For Reading And 120MB/s For Writing
The WIN Mini retains the microSD card reader with a UHS-I bus interface, SD 3.0 protocol, supporting speed classes A2, U3, V30, with a read/write speed of 160MB/s, and compatible with three storage card standards: microSD, microSDHC, and microSDXC.
The Device Features A 44.24Wh Ultra-High-Density Battery, Providing A 50% Increase In Battery Life
The WIN Mini adopts a 3.87V ultra-high-density polymer lithium battery, which increases the battery capacity to 44.24Wh within a limited space. Compared to the WIN 2, this provides a nearly 50% increase in battery life.
The Device Features A 44.24Wh Ultra-High-Density Battery, Providing A 50% Increase In Battery Life
The WIN Mini adopts a 3.87V ultra-high-density polymer lithium battery, which increases the battery capacity to 44.24Wh within a limited space. Compared to the WIN 2, this provides a nearly 50% increase in battery life.
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