Overview of CY7C4041KV13-667FCXC by Infineon Technologies AG
The CY7C4041KV13-667FCXC by Infineon Technologies AG is a Quadruple Data Rate (QDR) SRAM, providing a memory density of 72Mbit, encapsulated in a plastic/epoxy package with a fine-pitch Ball Grid Array (FBGA) form. The dimensions stand at 21mm x 21mm with a height of 2.515mm, designed to be lead-free and environmentally friendly, reflecting compliance with RoHS and REACH guidelines. Its memory organization is arranged as 2M x 36, which enables efficient accessibility and management of large data blocks typically required in advanced computing and high-speed data processing environments.
This SRAM operates synchronously with a nominal supply voltage of 1.3V, and it accommodates a commercial temperature range up to a maximum of 70°C. Technically, it is built on a CMOS technology, noted for low power consumption especially crucial in prolonging the operating life of battery-powered devices. The package includes 361 terminals and adheres to a moisture sensitivity level of 3, indicating general robustness but necessitating careful handling during assembly to prevent moisture-related damages. Additionally, the factory lead time for this product is listed as 2 days at the time of this writing, suggesting relatively quick availability subject to current stock statuses.
Industry Applications for CY7C4041KV13-667FCXC
The CY7C4041KV13-667FCXC possesses characteristics that potentially suit various high-tech applications. Note, however, these uses are conceptual and should be thoroughly analyzed and verified by respective engineering and design teams:
- Telecommunications: Given its high memory bandwidth and low latency, this SRAM could potentially be utilized in networking equipment like routers and switches, where quick data access and cache storage are crucial.
- Computing and Data Storage: It may also find use in server memory systems and high-performance computing setups which require rapid access to large amounts of data and where the efficiency of memory throughput is critical.
- Consumer Electronics: Devices that demand high-speed data processing, such as advanced gaming consoles or high-resolution video processing units, could possibly make use of such high-density and quick-access memory.
- Industrial Automation: In automated environments where machines need to process substantial parameters swiftly to maintain operational efficiency, this memory could potentially serve as a critical component.
- Electronic Manufacturing: In testing and measurement equipment, high-speed and precise memory requirements could potentially be met by this SRAM device.
These possible applications underscore the necessity for SRAMs in enhancing the functionality and efficiency of complex systems across various industries. However, confirmations of suitability require detailed investigations to adhere to the stringent industry standards.
About Infineon Technologies AG
Infineon Technologies AG is a leading manufacturer in the semiconductor industry, notably proficient in the development and fabrication of memory solutions, including SRAMs. Infineon’s commitment to innovation is reflected in its diverse memory product portfolio that meets broad market demands from consumer electronics to industrial applications. Their products, particularly within the SRAM category, like the CY7C4041KV13-667FCXC, continue to evolve in capacity and functionality to address the complex and expanding data handling needs of modern technologies.
Where to Find CY7C4041KV13-667FCXC by Infineon Technologies AG
To purchase the CY7C4041KV13-667FCXC, one should consider exploring various distributors through findchips.com. You can also compare alternative SRAMs that may be offered by Infineon Technologies AG or other manufacturers, thus ensuring the best fit for specific requirements. Historically, distributors such as EBV Elektronik, Future Electronics, Avnet Americas, and DigiKey have stocked this part, though current availability and pricing should be confirmed directly via Findchips to secure accurate and up-to-date information.