Team Group T-FORCE CARDEA Z540 M.2 1 TB PCI Express 5.0 NVMe by Team

Astonishing new-generation impeccable speed to unleash gaming performance
T-FORCE Z540 M.2 PCIe 5.0 SSD adopts the latest PCIe Gen5x4 interface and supports the latest NVMe 2.0 protocol. It offers astonishing continuous read/write speeds of 12,400 and 11,800 MB/s, enabling users to unleash impeccable speed in launching games and enjoy carefree gaming experiences.

The miraculous force of graphene
The miraculous graphene boasts a perfect hexagonal honeycomb structure. It features exceptional diagonal conductivity that allows heat at the primary heat source to be rapidly transferred away horizontally, delivering excellent heat dissipation performance.

The best heat dissipation solution
The ultra-thin graphene heatsink can be complimentary to any original motherboard heatsink. T-FORCE Z540 M.2 PCIe 5.0 SSD yields better heat dissipation performance than the original motherboard heatsink alone, making it the best heat dissipation solution for original motherboard heatsinks.

Intelligent thermal conditioning
The latest intelligent thermal conditional technologies are incorporated with internal temperature sensors to automatically adjust energy output for effective monitoring and control, prevent SSD from overheating, protect data integrity, and effectively extend SSD service life.

Quality service for user assurance
It is tested through the T-FORCE laboratory's rigorous quality control and testing mechanism and comes with a five-year warranty for user assurance.

Patented S.M.A.R.T. monitoring master
The exclusive patented intelligent monitoring software S.M.A.R.T. enables users to monitor product conditions anytime. It also offers easy and quick setting options and testing to monitor product quality and performance.

Concrete actions to safeguard Earth
The ultra-thin graphene heatsink is made with 100% recyclable graphene. The entire manufacturing processes take place in a halogen-free and lead-free environment, contributing to environmental protection efforts.