IDT79RV4640-133DUG

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The IDT79RV4640-133DUG is part of IDT’s embedded memory components for microprocessors. It is ideal for applications in both high performance and low-power applications in computing, gaming, and communications systems. The IDT79RV4640-133DUG features a 133MHz DDR2/DDR3 interface operating at 2.0 volts to provide a low-power DDR2/DDR3 power saving solution. The device also has integrated ECC protection and supports hot and cold plugging. Additionally, the IDT79RV4640-133DUG includes an on-chip debugger (IDB) to help reduce request and response times during manufacturing test.

The IDT79RV4640-133DUG has an ultra-low power operation to minimize system power consumption and an advanced power management system. The IDT79RV4640-133DUG also supports auto-clock-gating to reduce system power usage. The IDT79RV4640-133DUG features an on-chip bus recorder to track status messages and stack tracing. The IDT79RV4640-133DUG supports multiple clock frequencies for both data and instruction buses. The IDT79RV4640-133DUG also supports standard register addressing to facilitate debugging of processor-based systems.

The IDT79RV4640-133DUG is optimized for high-performance applications, with a high-speed DDR3 interface that is capable of providing up to 1333 MB/s data throughput. The device also includes integrated ECC protection and supports hot and cold plugging. Additionally, the device includes a DDR2/DDR3 Power Saving Mode which can reduce system power consumption by up to 40%. Finally, the device supports error-correcting code (ECC) to detect single and double bit errors, ensuring data accuracy and integrity.

The IDT79RV4640-133DUG also includes an on-chip debugger (IDB) to help reduce request and response times during manufacturing test. The IDT79RV4640-133DUG has a low latency for both read and write accesses. The device also supports an on-chip instruction fetch that allows for faster code execution. Additionally, the IDT79RV4640-133DUG features an innovative on-chip bus recorder to track status messages and stack tracing. This enables more extensive debugging capability, especially in processor-based systems with more complex bus structures. The IDT79RV4640-133DUG supports multiple clock frequencies for both data and instruction buses. The device also supports standard register addressing, allowing for easier debugging of processor-based systems.

In summary, the IDT79RV4640-133DUG is an ideal choice for embedded memory applications in microprocessors. It features an ultra-low power operation to minimize system power consumption and an advanced power management system. The device also includes a DDR3 interface that is capable of providing up to 1333MB/s data throughput, as well as an on-chip debugger and bus recorder to help reduce request and response times during manufacturing test. Additionally, the device supports error-correcting code (ECC) to detect single and double bit errors, ensuring data accuracy and integrity. Finally, the device supports standard register addressing for easier debugging of processor-based systems.

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