Team Group T-FORCE CARDEA A440 M.2 2280 2TB PCIe Gen 4.0 x4 NVMe 1.4, PS5 Compatible, Internal Solid State Drive
(SSD) TM8FPZ002T0C327
Supports the latest PCIe Gen4 x4 specification, reaching 7,000/6,900 Mb/s, provides outstanding performance 15 times faster than ordinary SATA SSDs, and is backward compatible with PCIe 3.0 ports. The first in the industry to incorporate two patented heat sinks in one package, giving you the benefits of a patented high-strength aluminum heat sink and a patented ultra-thin graphene heat sink at the same time, so you can choose your preferred method for dissipating heat. The patented high-strength aluminum heat sink features a unique thermal diversion design, capable of effectively reducing the temperature by up to 15%. The patented ultra-thin graphene heat sink features graphene material with excellent thermal conduction performance, delivering heat dissipation rates of up to 9%. Two patented heat sinks allow for flexible assembly without interference issues. Optimizes the NVM sets distribution mechanism and Predictable Latency Mode (PLM), effectively reducing latency, while minimizing read/write damage and improving system QoS. Uses the latest Read Recovery Level (RRL) technology to extend the SSD's service life.
Supports the latest PCIe Gen4 x4 specification, reaching 7,000/6,900 Mb/s, provides outstanding performance 15 times faster than ordinary SATA SSDs, and is backward compatible with PCIe 3.0 ports. The first in the industry to incorporate two patented heat sinks in one package, giving you the benefits of a patented high-strength aluminum heat sink and a patented ultra-thin graphene heat sink at the same time, so you can choose your preferred method for dissipating heat. The patented high-strength aluminum heat sink features a unique thermal diversion design, capable of effectively reducing the temperature by up to 15%. The patented ultra-thin graphene heat sink features graphene material with excellent thermal conduction performance, delivering heat dissipation rates of up to 9%. Two patented heat sinks allow for flexible assembly without interference issues. Optimizes the NVM sets distribution mechanism and Predictable Latency Mode (PLM), effectively reducing latency, while minimizing read/write damage and improving system QoS. Uses the latest Read Recovery Level (RRL) technology to extend the SSD's service life.
