Tokyo, July 18, 2012 — Fujitsu today announced that its new smartphone, docomo NEXT series ARROWS X F-10D, will be available in Japan from NTT DOCOMO, Inc. beginning July 20, 2012.
As Fujitsu’s flagship model, ARROWS X F-10D features a 1.5GHz NVIDIA® Tegra® 3 quad-core CPU, NTT DOCOMO’s ultra high-speed Xi communications service, a switch-enabled smart fingerprint sensor, the latest version of Fujitsu’s Human Centric Engine, a 13.1 megapixel camera, and an 1,800mAh large-capacity battery, making it perfect for customers who desire high-spec capabilities and those who enjoy internet functions and gaming.
Smartphones continue to make rapid gains in popularity as customer needs become more diverse. Fujitsu believes that there is a large need for high-end models, and therefore, developed ARROWS X F-10D as a smartphone with sufficient power and speed to satisfy that need.
ARROWS X F-10D is equipped with the latest high-performance NVIDIA® Tegra® 3 quad-core CPU and is powered by NTT DOCOMO’s ultra high-speed Xi communications service, enabling world-class performance. In addition, with a built-in 12-core graphics processing unit (GPU) based on NVIDIA® GeForce® technology, users can enjoy high-performance games with stunning graphics.
Furthermore, the smartphone’s switch-enabled smart fingerprint sensor lets users easily unlock the device’s screen, while a special Human Centric Engine LSI offers improved usability and clearer sound thanks to technology such as a feature that enables clear conversations by adapting to high-noise environments and users’ individual hearing abilities.
This “all-in-one” smartphone incorporates a plethora of advanced features, including a high-resolution 13.1 megapixel camera that is among the top of its class of smartphones, a 4.6″ large-screen HD LCD, wireless charging with Okudake-Juden®(1), worry-free water- (IP5/8) and dust-resistant (IP5X)(2) technology, handwritten input featuring an advanced handwriting recognition engine, ATOK, infrared communications, Osaifu-Keitai, and 1seg broadcast reception.