Increased Data Rates: Supports up to 6400 MT/s, enabling rapid data transfer for high-performance systems. Ideal for applications requiring extreme bandwidth, like AI training.

Enhanced Memory Capacity: Allows simulation of large memory footprints, crucial for systems handling massive datasets. Emulates environments like data centers with vast memory requirements.

Low-Voltage Operation: Operates at 1.1V, reducing power consumption without compromising performance. Especially useful for energy-conscious applications and long-duration testing.

Dual Sub-Channel Architecture: Splits memory into two independent 32-bit sub-channels, improving parallelism and reducing memory access latency. Ensures more efficient utilization of memory in simulations.

Integrated ECC:Error correction is built-in to detect and correct data errors automatically. Ensures reliable FPGA emulation, particularly for systems requiring high data integrity.

Fine-Grained Refresh: Only refreshes the necessary memory regions, enhancing system performance. Reduces unnecessary memory refresh cycles, improving overall emulation efficiency.

Improved Bank Grouping: Increases bank groups for simultaneous memory access, boosting throughput. Ideal for emulating multi-threaded workloads, providing faster memory access.

On-Die Termination (ODT): Integrates ODT for better signal integrity, reducing noise and interference during high-speed data transfers. Ensures stable and accurate FPGA emulations.

Scalable Clocking: Offers independent clocking for memory operations, enabling precise timing control. Ensures accurate synchronization in complex FPGA simulations.

Burst Length 16 (BL16): Transfers larger chunks of data in one operation, improving data efficiency. Speeds up memory-intensive operations by increasing the size of each data burst.