Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
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Slim and lightweight
We are publishing specifications for the 13.3-inch electronic paper. Additionally, we also include an explanation of the content management system "GigaCMS," which allows for remote distribution to electronic paper.
A USB drive that satisfies medical device manufacturers.
It is designed with a deep understanding of the unique demands of the healthcare industry, considering reliability, safety, and compatibility, enabling seamless integration with various medical devices. We support OEM/ODM customers by modifying the BOM and ensuring compliance with all regulatory standards. *Support from IMI (International Microsystems Incorporated).
USB memory with fingerprint authentication that is safer than password authentication is available for loan.
Password-authenticated USB memory cannot prevent "impersonation"! There have been actual information leakage incidents in the past where password-authenticated USB memory was lost simultaneously with Post-it notes or notebooks containing the passwords. The fingerprint-authenticated USB memory Biocryptodisk-ISPX offers: ● A more secure measure against information leakage than passwords ● Authentication speed of 0.6 seconds *Please download the catalog for more details. *If you would like to borrow a sample unit, please apply through the "Contact" section below.
Building security for Raspberry Pi with hardware approach using microSD and USB memory with built-in security features for industrial applications.
The Raspberry Pi makes it easy to build IoT environment systems. Its use is increasing from personal applications to industrial purposes (prototyping and products). However, to avoid security vulnerabilities in default usage, necessary security measures such as key creation and SSH authentication changes must be configured individually. Swissbit has released security-encrypted microSD cards and small USB drives that can be used as dongles, featuring secure boot, access rights protection, and data protection for the Raspberry Pi. While the Raspberry Pi uses a microSD card for storage, even if the installed OS can be configured with foundation-supported security, it cannot protect the storage itself, saved data, or the constructed system. In a world overflowing with IoT devices, protecting the storage itself allows for a safer IoT environment to be easily established, mitigating the risk of unauthorized connections, communications, and hacking of the constructed devices. ■ Compatible models: Raspberry Pi 2, 3B+ ■ PIN, authentication dongle (USB), network authentication (NET) ■ Protection starts with U-boot
High-resistance, high-performance USB memory that supports power outages, lifespan checks, and security requirements. Available in selectable NAND types and stick/nano formats.
This is an industrial USB memory widely adopted in various systems, including system boot and licensing, as well as information communication and networks. Swissbit offers USB 2.0 and 3.1 standards, designed with a focus on installation conditions for industrial applications, operating temperatures, environmental risks faced by the systems, and data retention performance. Equipped with the latest NAND technology algorithms, high-performance controllers, and components selected based on strict quality standards, it also features lifespan monitoring and security functions, with a complete in-process testing and production system established in its own factory. Depending on lifespan requirements and performance demands, you can choose from SLC, MLC, and pSLC NAND models. ■ ESD/EMI safety design: Compliant with the latest standards for radio interference and electrostatic measures ■ Long-term production supply ■ Shock and vibration resistant design ■ Temperature expansion design: Operating temperature guaranteed from -40 to 85°C ■ Lifespan monitoring and SMART functions ■ Power failure prevention function: Ensures the protection of system management information and user area data even in the event of unexpected power supply issues through appropriate handling by high-tech hardware and firmware ■ High-tech wear leveling: High reliability through longevity processing technology addressing rewrite lifespan challenges
Onboard Serial Programmer PEEDI PGM
The PEEDI programmer is a type of programmer that can write to onboard devices. It uses a JTAG port. Since it can write after the IC is implemented, there are no process limitations, and it can be rewritten even after shipment. Writing to flash ROM is possible regardless of the type of processor. It can store and manage data up to 15 on an SD card. It also has the capability to write to four devices. During standalone operation, it can be operated via LED display and front panel. 【Product Types and Model Numbers】 PGM-ARM : For ARM7, ARM9 PGM-ARM11 : For ARM11 PGM-XSACLE : For XSACLE PGM-MPC5500 : For MPC5500 PGM-MPC8300 : For MPC8300 PGM-QorIQ : For QorIQ PGM-COLDFIRE : For COLDFIRE PGM-BLACKFIN : For BLACKFIN PGM-CORTEX : For CORTEX PGM-MIPS32 : For MIPS32
