CY7C1356C-166AXI

The CY7C1356C-166AXI is a high-speed synchronous SRAM (Static Random Access Memory) from Cypress Semiconductor, designed for applications requiring low latency and high performance. It features a 256K x 36-bit architecture, providing substantial data storage with a 36-bit wide data bus, making it suitable for various applications, including networking, telecommunications, and high-performance computing.
Operating at a clock frequency of up to 166 MHz, the device supports both single and dual-port configurations, allowing multiple access paths for improved efficiency in data transfer. The SRAM has low power consumption, making it ideal for battery-operated devices and energy-sensitive applications. It also includes features like burst read/write capabilities, which enhance data processing speeds.
The CY7C1356C-166AXI is packaged in a compact, reliable form factor, ensuring ease of integration into electronic designs. Its combination of speed, efficiency, and flexibility makes it a popular choice for engineers seeking high-performance memory solutions.

The CY7C1356C-166AXI is a high-performance synchronous SRAM (Static Random Access Memory) chip from Cypress Semiconductor. Key features include:
1. Memory Configuration: It has a 256K × 36-bit architecture.
2. Access Time: Provides a maximum access time of 6.0 ns, ensuring fast data retrieval.
3. Synchronous Operation: Operates with a clock signal, allowing for coordinated read and write operations.
4. Low Power Consumption: Designed for lower power use, making it suitable for battery-operated devices.
5. Deep Power-down Mode: Supports power-saving modes to enhance efficiency.
6. Flexible Interface: Offers a simple interface with single-ended inputs/outputs for easy integration into systems.
7. Burst Read and Write: Supports burst modes for efficient sequential data access.
8. Packaging: Available in a compact 100-pin TQFP package.
These features make the CY7C1356C-166AXI ideal for applications requiring high-speed data processing, such as networking, telecommunications, and high-performance computing.

The CY7C1356C-166AXI is packaged in a 48-pin Thin Quad Flat Package (TQFP). This type of package features a low-profile design with leads on all four sides, suitable for high-density applications.

The CY7C1356C-166AXI is a 256K x 36 asynchronous SRAM with a pin count of 44 pins in a TSOP II package.
### Key Pin Functions:
- Address Pins (A0-A17): Used to select memory locations.
- Data Pins (DQ0-DQ35): Bidirectional data bus for reading/writing data.
- Control Pins:
- CE (Chip Enable): Activates the chip.
- OE (Output Enable): Enables data output.
- WE (Write Enable): Controls write operations.
- Byte Enable Pins (BE0-BE3): Control write operations on a byte-level.
- VCC/VSS: Power supply and ground pins.
### Operating Speed:
- The device operates at a speed of 166 MHz.
This SRAM is commonly used in applications requiring fast access times and high data bandwidth.

The CY7C1356C-166AXI is manufactured by Cypress Semiconductor Corporation, which is a subsidiary of Infineon Technologies AG. Cypress is known for its specialized semiconductor products, focusing on memory, microcontrollers, and interfaces for various applications including automotive, industrial, and consumer electronics. The company has a strong presence in the embedded systems market and is recognized for its innovative solutions in both volatile and non-volatile memory technologies. Infineon, the parent company, is a global leader in semiconductor solutions, emphasizing energy efficiency, mobility, and security.

The CY7C1356C-166AXI is a high-speed SRAM designed for applications requiring fast data access and low latency. Its primary application areas include networking equipment, digital signal processing, graphics processing, and data caching. It is also used in embedded systems, telecommunications, and high-performance computing, where reliable and rapid memory access is critical.

Equivalent products to the CY7C1356C-166AXI chip include the IS61LV51216CLL and MT45W4M16B. These chips offer similar functionality in terms of memory capacity, interface, and timing characteristics. Always verify specifications to ensure compatibility with your specific application.