Kioxia America, Inc. has introduced its latest innovation in solid state storage technology with the prototype demonstration of the Kioxia CD9P Series PCIe 5.0 NVMe SSDs. The new drives represent the next evolution in the company´s SSD portfolio, harnessing the power of Kioxia´s eighth generation BiCS FLASH 3D TLC-based flash memory. Notably, these SSDs utilize the CBA, or CMOS directly bonded to array, technology—an architectural advancement designed to push power efficiency, overall performance, and storage density further than previous models, while boasting the ability to double the storage capacity per SSD compared to the last generation.
This major leap in storage technology arrives just in time to address the growing demands imposed by GPU-accelerated artificial intelligence servers, which rely on consistent, high-throughput storage with ultra-low latency to keep processing units running at full capacity. The CD9P Series is engineered specifically for these data-intensive environments, where delays in data flow can handicap the performance of high-value GPUs. By delivering rapid response times and high sustained bandwidth, these SSDs are well-suited for artificial intelligence, machine learning, and high-performance computing workloads, enabling data centers to maximize computational throughput and resource utilization.
Kioxia´s commitment to advancing storage infrastructure is evident in the technical enhancements brought by BiCS FLASH with CBA technology. This platform ensures not only improved raw performance but also boosts storage efficiency and reliability—crucial for modern enterprises aiming to accommodate the scale and velocity of data growth in Artificial Intelligence-driven and compute-heavy sectors. The demonstration of the CD9P prototype underscores Kioxia´s strategy to stay at the forefront of data center storage innovation, helping organizations thrive amid the escalating requirements of next-generation workloads.
