The memory product catalog has been updated to the latest version (2021 edition).

Non-volatile memory for automobiles and industrial robots that guarantees reliability in high-temperature environments.

We have developed the 2M-bit FeRAM "MB85RS2MTY," which has the largest memory capacity in the FeRAM family guaranteed to operate at 125°C, and we have started providing evaluation samples. This product is a non-volatile memory that guarantees 10 trillion write cycles even in high-temperature environments of 125°C. It allows for continuous recording of real-time driving data or position data, and data is not lost even during power outages. ■ Main Specifications - Product Name: MB85RS2MTY - Capacity (Memory Configuration): 2M bits (256K x 8 bits) - Interface: SPI (Serial Peripheral Interface) - Operating Frequency: 50MHz (maximum) - Operating Supply Voltage: 1.8V to 3.6V - Operating Temperature Range: -40°C to +125°C - Write/Read Guarantee Cycles: 10 trillion (10^13 cycles) - Package: 8-pin SOP, 8-pin DFN - Quality Standards: AEC-Q100 Grade 1 compliant ■ Example Applications - Automobiles that become high-temperature due to heat generated by engines or motors - Industrial robots

• RFID/IC tags

Realization of battery-less wireless devices using wireless power transmission with UHF band radio waves.

Our battery-less solution utilizes the power supply mechanism of RFID equipped with our non-volatile memory FeRAM products, enabling devices added to the tag side to operate without a battery. We provide solutions tailored to our customers' applications. ■ Benefits of the Battery-less Solution <Advantages for Users> - No need for battery replacement (no purchase or storage required) - Improved mobility due to cable-free operation, allowing for greater flexibility in placement <Advantages for Equipment Development Manufacturers> - Increased design freedom (thinner and smaller) by reducing the need for battery boxes - Easier waterproofing and dustproofing processes

• RFID/IC tags

Developed a 64K-bit FeRAM guaranteed to operate at low temperatures of -55℃. Ideal for industrial machinery that requires reliable operation in extremely cold environments.

Our company has developed the 64K-bit FeRAM "MB85RS64TU" as a memory that guarantees operation in extremely low temperature environments of -55°C, and we are providing mass-produced products. This product features a wide operating voltage range of 1.8V to 3.6V and is a non-volatile memory capable of operating at lower temperatures than competing memories. It guarantees 10 trillion data rewrite cycles even at -55°C, making it particularly suitable for industrial machinery used in field devices for the extraction of natural gas and oil in extremely cold regions. ■ Main Specifications ・ Product Name: MB85RS64TU ・ Capacity (Memory Configuration): 64K bits (8K x 8 bits) ・ Interface: SPI (Serial Peripheral Interface) ・ Operating Frequency: Up to 10MHz ・ Operating Supply Voltage: 1.8V to 3.6V ・ Operating Temperature Range: -55°C to +85°C ・ Write/Read Guarantee Cycles: 10 trillion cycles ・ Package: 8-pin SOP, 8-pin SON ■ Application Examples This FeRAM can be used not only in low-temperature environments but also in general measuring instruments, flow meters, and industrial fields such as robotics.

• RFID/IC tags

Optimal for automotive and industrial machinery using 5V operating temperature sensors.

Our company has developed the "MB85RS64VY," a 64K-bit FeRAM with an SPI interface, as the first product in the FeRAM product family guaranteed to operate at 125°C with a power supply voltage of 5V. ■ Main Specifications - Product Name: MB85RS64VY - Capacity (Memory Configuration): 64K bits (8K x 8 bits) - Interface: SPI (Serial Peripheral Interface) - Operating Frequency: Up to 33MHz - Operating Power Supply Voltage: 2.7V to 5.5V - Operating Temperature Range: -40°C to +125°C - Write/Read Endurance: 10 trillion cycles (10^13 cycles) - Package: 8-pin SOP, 8-pin SON ■ Application Examples It is ideal for automotive electronic components and industrial machinery that use 5V operating electronic parts, such as temperature sensors.

• RFID/IC tags

Developed an 8M-bit product, the maximum memory capacity for non-volatile memory FeRAM. Contributes to battery reduction by replacing SRAM for industrial machinery.

Our company has developed the 8M-bit FeRAM "MB85R8M2T," which has the largest memory capacity in our FeRAM product lineup. This product operates in a wide range of 1.8V to 3.6V and features a non-volatile memory with an SRAM-compatible parallel interface. It addresses the demand for increased memory capacity beyond the previous maximum of 4M bits FeRAM and the reduction of battery usage for power interruption measures in already deployed 8M-bit SRAM. By replacing the SRAM used in industrial machinery applications such as control devices, robots, and machine tools with this FeRAM, it eliminates the need for batteries and reduces the mounting area of the memory section by approximately 90%, contributing to a reduction in total costs. ■ Main Specifications - Product Name: MB85R8M2T - Capacity (Memory Configuration): 8M bits (512K x 16 bits) - Interface: Parallel Interface - Operating Power Supply Voltage: 1.8V to 3.6V - Operating Temperature Range: -40°C to +85°C - Write/Read Endurance: 10 trillion cycles - Package: 48-pin FBGA (8 mm × 6 mm)

• RFID/IC tags

Optimal for hearing aids, smartwatches, and more, thanks to the industry's smallest class of reading current.

Our company will begin offering the world's largest capacity 8M-bit ReRAM, "MB85AS8MT," as a mass-produced product. This product operates with a wide power supply voltage range of 1.6V to 3.6V and features a non-volatile memory with an SPI interface that operates with EEPROM-compatible commands and timing. A significant feature is that the average read current at 5MHz operation is very low at 0.15mA, which minimizes battery consumption in battery-powered applications where data read operations are frequent. ■ Main Specifications - Product Name: MB85AS8MT - Memory Capacity (Configuration): 8M bits (1M words x 8 bits) - Interface: SPI (Serial Peripheral Interface) - Operating Power Supply Voltage: 1.6V to 3.6V - Operating Frequency: Up to 10MHz - Read Operation Current: 0.15mA (average value at 5MHz operation) - Write Cycle Time: 10ms - Page Size: 256Bytes - Write Endurance: 1,000,000 times / Read Endurance: Infinite - Data Retention Characteristics: 10 years (+85°C) - Package: 11-pin WL-CSP, 8-pin SOP

• RFID/IC tags

Battery-less solution

Our company, in collaboration with E Ink Holdings Inc., has developed a technology that allows for the rewriting of electronic paper displays without batteries through UHF band wireless power transmission. Unlike NFC for close-range communication, this UHF band technology significantly improves the communication distance during data rewriting, which was previously limited to close proximity, and is expected to create new applications that combine electronic paper with UHF band RFID. ■Features This battery-less electronic paper tag technology is made possible by our UHF band RFID LSI "MB97R8110" designed for battery-less solutions. The user memory area of the MB97R8110 utilizes FeRAM, which features non-volatility, high-speed writing, and low power consumption. Conventional electronic paper tags could only display data stored in built-in memory, but by using FeRAM, it is now possible to transfer image data at will and rewrite it in a short time.

• RFID/IC tags

Trust and Performance - High Quality, High Reliability Memory

Our company has been providing high-quality and high-performance memory LSI, which is essential for high-function electronic devices, for many years. In recent years, we have been offering memory products that are compact, high-performance, and low-power, as well as proposing optimal solutions that combine these memory products.

• Parts and Materials

Attendance management is something that is expected of every company and should be addressed. When asked, "Are you doing it?" it might be more concerning to hear, "Are you doing it correctly?" which could make some responsible parties feel anxious. You may be using time cards for clocking in, but are unsure about overtime calculations. You might be having employees input data into Excel, but how does that stand in terms of legal compliance? You may be managing paid leave on paper, but there’s no room for double-checking. Employee resignations may be ongoing, but could this be due to overwork...? Why not review the various pros and cons of different attendance management methods and revisit the important aspects of attendance management from the "basics"?

We have released a white paper titled "The Common Points of Attendance Issues Highlighted by the Labor Standards Inspection Office." This document provides a clear explanation of the challenges in attendance management that are likely to be pointed out by the Labor Standards Inspection Office, using specific examples. It addresses operational risks commonly seen in many companies, such as attendance aggregation in Excel, timekeeping management through self-reporting, insufficient management of paid leave, and rounding of overtime hours. Additionally, it introduces points that are often highlighted in inspections by the Labor Standards Inspection Office, such as "objective understanding of working hours," "unpaid overtime," "management of the 36 Agreement limits," and "compliance with the obligation to take 5 days of annual leave." This content can serve as an opportunity for companies that think "there have been no problems so far, so it's fine" to review their operations. Companies considering improving the efficiency of attendance management and strengthening compliance are encouraged to take a look. If you have any additional questions, please feel free to let us know.

What do the members of the back office department consider when choosing or replacing a system? If the same product is handled by both a "manufacturer" and a "distributor," how do you feel about it? "Distributor"? Isn't it cheaper to buy directly from the manufacturer? It's obvious that receiving direct service is better, right? ...Is that really the case? In the materials we are releasing this time, we will explain the benefits of "introducing a distributor." Here’s a preview of the materials: 【If you’re going to choose, you should leverage the power of a distributor that handles the ○○ system!】 【Make the distributor your ○○○○○○○ and use them to the fullest!】 Along with these points, we are offering a "Distributor Evaluation Checklist" that will be your strong ally, free of charge! Please make good use of it.

Cutting in metal processing is not just a process of simply dividing materials. It is necessary to choose the appropriate method according to the type and thickness of the material, as well as the required precision, whether it be laser cutting, plasma cutting, or mechanical cutting. Additionally, fine adjustments of conditions during cutting and management of distortion due to heat greatly depend on the experience and skills of the operator. How does high-quality cutting affect subsequent welding, bending processes, and the quality of the final product? For more detailed explanations, please visit the Kando Industrial website! You can find the continuation through the related links.

This is an announcement for a recorded seminar from Zai Ju Business Co., Ltd. In this seminar, we will clearly explain the definitions and measures of the new energy-saving standards "GX ZEH" and "GX ZEH-M." You can watch it anytime during the period, so please join us!