GPD built a gaming handheld prototype using AMD's most powerful mobile processor. The Chinese company tested the device with a Ryzen AI Max+ 395 chip inside. The handheld achieved 10,366 points during graphics testing. Reports suggest GPD may never sell this device to consumers. The prototype exists only for internal company testing purposes.
AMD's flagship processor contains 16 cores and Radeon 8060S graphics. The chip delivers the strongest integrated graphics available on mainstream devices. Current gaming handhelds use weaker Strix Point or Intel Lunar Lake processors. The new prototype surpasses all existing portable gaming systems. Modern games would run at high settings with smooth framerates on this device.
Manufacturing costs create major problems for handheld makers. Mini computers with similar AMD processors sell for more than $1500. Gaming handhelds using this technology would cost over $2000 each. Most consumers cannot afford such expensive portable gaming devices. Companies avoid using these powerful chips because of price concerns.
The prototype demonstrates what future gaming handhelds might offer. Players could enjoy 1080p gaming at 60 frames per second on demanding titles. The device would consume much more battery power than current handhelds. Manufacturers must find ways to reduce costs before releasing such products. Gaming companies will eventually need to adopt more powerful processors or find better alternatives.
AMD's flagship processor contains 16 cores and Radeon 8060S graphics. The chip delivers the strongest integrated graphics available on mainstream devices. Current gaming handhelds use weaker Strix Point or Intel Lunar Lake processors. The new prototype surpasses all existing portable gaming systems. Modern games would run at high settings with smooth framerates on this device.
Manufacturing costs create major problems for handheld makers. Mini computers with similar AMD processors sell for more than $1500. Gaming handhelds using this technology would cost over $2000 each. Most consumers cannot afford such expensive portable gaming devices. Companies avoid using these powerful chips because of price concerns.
The prototype demonstrates what future gaming handhelds might offer. Players could enjoy 1080p gaming at 60 frames per second on demanding titles. The device would consume much more battery power than current handhelds. Manufacturers must find ways to reduce costs before releasing such products. Gaming companies will eventually need to adopt more powerful processors or find better alternatives.
