With the increasing demand for heterogeneous computing (CPU + GPU + NPU) and the launch of new processor platforms, DDR5 memory, with its high speed, large capacity, low latency, and high bandwidth, effectively meets the requirements for high-performance computing. It accelerates the local AI model running efficiency and promotes the implementation of hardware-side applications in AI PCs. TWSC has launched a new series of DDR5 SO-DIMM and U-DIMM memory modules specifically for AI PCs, with a single module capacity of up to 48GB and a theoretical bandwidth of 32GB/s, compatible with mainstream CPU platforms and operating systems, providing efficient and stable AI storage solutions to tackle complex computational challenges and support the new era of intelligent computing.
Expanding Capacity and Enhancing Efficiency
Faster transmission rates and larger capacities achieve low latency and high bandwidth. TWSC's DDR5 memory uses synchronous dynamic random access technology to efficiently synchronize with the processor clock, exceeding data transfer rates of 8200MHz. The DDR5 data bus has expanded to 128 bits, doubling the data transmission channels compared to the 64-bit bus of DDR4, improving data throughput. Additionally, TWSC's DDR5 memory adopts a 32-bank architecture, increasing access availability compared to the 16 banks of DDR4, allowing a single memory module to support capacities of up to 48GB. This higher storage density provides ample space for big data processing and high-performance computing, ensuring speed and stability in data access during multitasking operations.
High Efficiency and Stability, Reliable Systems
Outstanding performance combines intelligence and stability.
- High Efficiency and Stability: An integrated smart temperature sensing control system monitors memory temperature in real time. Coupled with high-quality wafer chips and on-die error correction code (On-Die ECC), it ensures data security and stability, maintaining efficient and stable performance even in high-intensity working environments over extended periods.
- System Reliability: Full support for data cyclic redundancy check (CRC) provides verification for read and write data, ensuring data accuracy during high-speed transfers, reducing error rates, and enhancing overall system reliability.
- Power Management: An integrated efficient power management integrated circuit (PMIC) finely controls power load, optimizing voltage and timing control to improve signal integrity and system compatibility. Additionally, the low operating voltage of 1.1V significantly reduces power consumption and heat generation, extending device lifespan.
Compatibility and Smooth Experience
TWSC's DDR5 products have passed strict compatibility testing with international mainstream solutions, including Intel and AMD, as well as domestic platforms like Feiteng, demonstrating product stability and broad adaptability.
With the advancement of technologies like 5G and AIoT, the high performance and compatibility of TWSC's DDR5 memory modules are expected to play a crucial role in fields such as AR/VR, edge computing, and industrial control. TWSC will continue to extend its memory module product line, including upcoming products like LPCAMM2, closely following industry developments and transformations in storage technology.
