Acer Predator GM7000 4TB NVMe Gen4 Gaming SSD, M.2 2280, PS5 storage, PCIe 4.0 Up to 7400MB/s B7L.9BWWR.107

GM7000 NVMe PCIe SSD BL.9BWWR.107 New generation PCIe 4.0 SSD 12 nm flagship 8-channel controller Independent DRAM cache NEW GENERATION GAMING SSD EXCEEDS SPEED LIMITS The Predator GM7000 M.2 SSD removes the speed limits for gaming (with up to 7400 MB/s read speed) and offers up to 4 TB in capacity. It's a feature-packed SSD using PCIe 4.0, a 12 nm flagship 8-channel controller, independent DRAM cache, 4 K LDPC Error Correction (ECC), and AES encryption. EXTRAORDINARY PERFORMANCE, REVOLUTIONARY UPGRADE GM7000 M.2 SSD adopts the new generation PCIe 4.0 technology and delivers up to 7400 MB/s sequential read and up to 6700 MB/s sequential write speeds, bringing revolutionary performance to laptops, notebooks and consoles. PCIe GEN 4 CONTROLLER, DATA PROTECTION AND ENCRYPTION Predator GM7000 uses a 12 nm flagship 8-channel controller to provide fastest transmissions for end-users. Multiple data protections are integrated in GM7000 to ensure data security. INDEPENDENT DRAM CACHE, EXCELLENT READ & WRITE PERFORMANCE Equipped with independent DRAM cache, Predator GM7000 performs better in random read and write operations by reducing latency. The DRAM cache on this SSD extends product lifespan. BETTER HEAT MANAGEMENT, CUSTOM-MADE COOLING PAD GM7000 M.2 SSD adopts a 12 nm controller with a compact PCB layout specifically to achieve lower power consumption and temperatures. Additionally, the GM7000 features a custom-made graphene-laced foam pad featuring higher thermal conductivity, dissipating heat and reducing operating temperature significantly (by about 18°C)-- even under heavy workloads. Better heat management makes the GM7000 SSD more reliable, and with that stability comes better speed. UNLEASH YOUR STYLE, SPEED UP YOUR GAME GM7000 M.2 SSD improves the game startup and scene loading speed. RIGHT CHOICE FOR OFFICE, HIGHLY EFFICIENT AT WORK GM7000 M.2 SSD provides ultra-speed data transfers for heavy-duty applications such as large file transfers and is suitable for high-performance creative work.