サイレックス・テクノロジー Company Profile

Silex will showcase cutting-edge outdoor Wi-Fi solutions at the "9th JAPAN BUILD TOKYO - Advanced Technology Exhibition for Architecture" held at Tokyo Big Sight from December 11 (Wednesday) to December 13 (Friday) in the Construction DX Exhibition area (4th floor, South Exhibition Hall). At the venue, we will display products and technologies aimed at solving wireless communication challenges in vast construction sites, under the theme "Creating a wireless space that cannot be cut off at construction sites." We also plan to conduct a demonstration where attendees can experience remote operation of construction machinery. We invite you to see for yourself the wireless technology that "connects people and construction machinery" and "connects long distances." We sincerely look forward to your visit.

Silex Technology Inc., a global leader in wireless technology (headquartered in Seika, Kyoto Prefecture, President: Nobuhiko Miura, hereinafter referred to as Silex), has announced the release of its industrial embedded wireless LAN module "SX-PCEBE" and access point module "SX-PCEBE-AP," both compliant with the latest Wi-Fi 7 (IEEE 802.11be) standard. These new products provide stable communication even in crowded wireless environments, contributing to the reliability and communication efficiency of video communication and industrial and medical devices. The sales launch is scheduled for March 2025 for the "SX-PCEBE" and April 2025 for the "SX-PCEBE-AP."

The technical certified rocket circle "CREATE" of Tokyo University of Science (formerly Tokyo Institute of Technology) has adopted Silex's 802.11ah products for rocket development. CREATE operates under the philosophy of "learning to make things fun." Since its establishment in 2008, it has aimed to nurture the next generation of engineers through experiences in space-related technology and rocket design, achieving numerous success stories. In their current project, they are tackling an unprecedented challenge with the "C-73J" rocket, which involves the mission of transmitting video from the rocket to the ground in real-time. To address the challenges of long-distance video transmission, which were difficult with conventional wireless communication methods, they have adopted the latest wireless standard 802.11ah (Wi-Fi HaLow) provided by Silex. This case study introduces the background and process of the rocket development project, as well as the expectations the students have for the 802.11ah standard.