The industry's first consumer PCIe 5.0 SSD for the OEM market with sequential read/write up to 11,400/10,900 MB/s and 4KB random read/write up to 1,700K/1,150K IOPS. It easily handles data-intensive tasks including large game loading, real-time 8K video editing, and AI computing. With ultra-high performance and exceptional reliability, it delivers a fast, stable, and seamless storage experience.
As the first consumer SSD built on QLC NAND media, AE531 integrates an I/O acceleration module for excellent low-latency performance while balancing performance and cost. Leveraging an efficient firmware architecture and high compatibility/stability across protocols and algorithms, it is widely compatible with major domestic and international CPUs, OS, and applications, delivering an ultimate storage experience for cost-effective PCs, laptops, and other endpoint devices.
Powered by the next-gen SM2268XT2 controller and latest-generation NAND media, AM6B0 delivers up to 7,100/6,400 MB/s sequential read/write and 1,000K/950K IOPS random read/write, with a maximum capacity of 2TB. It provides a high-performance, low-power, high-reliability storage solution for PCs, servers, and industrial PCs.
Evolved through multiple product generations, AM6C1 features the next-gen SM2268XT2 controller and latest-generation media, achieving top-tier performance for Gen4 4ch Client SSDs with up to 7,100/6,600 MB/s sequential read/write and 1,000K/900K IOPS random read/write. It delivers high-efficiency storage solutions for PCs, servers, and industrial PCs.
AM541 is powered by the next-gen Jaguar6020 controller, with an SoC integrating high-capacity SRAM and an I/O acceleration module for industry-leading performance, delivering up to 7,000/5,600 MB/s sequential read/write. With its high performance and strong compatibility/stability across protocols and algorithms, AM541 is well-suited for AI PCs, and can easily handle high-load, multi-scenario applications.
AH660 is a domestically produced commercial high-end PCIe Gen4 consumer SSD. Featuring an 8-channel design, powered by the next-gen SM2264 controller and latest-generation 3D TLC NAND, it delivers up to 7,100/5,500 MB/s sequential read/write. With customization, AH660 can flexibly adapt to multiple workload scenarios.
Powered by the next-gen SM2268XT controller, AM6B1 delivers up to 7,000/6,200 MB/s sequential read/write and up to 800K/900K IOPS random read/write. It provides a higher-performance, lower-power, more cost-effective storage solution for PCs, servers, and industrial PCs.
AM6A1 offers high performance, high reliability and low power for PCs and servers by applying PCIe Gen 4, achieving up to 4900 MB/s in sequential read and up to 300K IOPS in random read speed.
AM6A0 offers high performance, high reliability and low power for PCs and servers by applying PCIe Gen 4, achieving 4000 MB/s in sequential read and 600K IOPS in random read speed. The CSSD has two form factors, including M.2.2242 and M.2.2280.
AM630 offers high performance, high reliability and low power for PCs, servers and industrial PCs by applying PCIe Gen 4, achieving 3200 MB/s in sequential read and 780K IOPS in random read speed. The CSSD has two form factors, including M.2.2242 and M.2.2280.
AM620 offers high performance and low power for PCs, servers and industrial PCs by applying high-speed PCIe interfaces, achieving 2100 MB/s in sequential read and 1200 MB/s in sequential write speed.
AM521 offers high performance, low power and low cost for PCs, servers and industrial PCs by applying high-speed PCIe interfaces, achieving 2100 MB/s in sequential read and 900 MB/s in sequential write speed.
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