Gigabyte AORUS SSD M.2 PCIE NVMe 1.0TB GP-ASM2NE6100TTTD

מק"ט:

GPASM2NE6100TTTD

אחריות:

5 שנים

יצרן:

Form Factor: M.2 2280 Interface: PCI-Express 4.0 x4, NVMe 1.3 Total Capacity: 1000GB* Sequential Read Speed : up to 5000 MB/s** Sequential Write speed : up to 4400 MB/s** Wear Leveling, Over-Provision technologies TRIM & S.M.A.R.T supported Fully Body Copper Heat Spreader
מפרט
מידע

מפרט

סוג דיסק

M.2 2280 

נפח זיכרון מהיר (SSD)

1TB 

סוג חיבור - ממשק

PCI-E x4 

בקר

Phison Controller 

Storage Memory

TLC 
\ 3D/V NAND 

מהירות קריאה

Up to 5000 MB/s 

מהירות כתיבה

Up to 4400 MB/s 

מאפיינים

TRIM 
\ S.M.A.R.T 

אריזה

Retail - קופסה 

מידע

World First PCIe 4.0x4 Controller
The World First PCIe 4.0x4 Controller, Phison PS5016-E16 controller, made by 28nm manufacturing technology. The advanced fabrication process ensures PS5016-E16 has enough compute power for ECC processing when adopting the latest 3D TLC NAND flash. PS5016-E16 also features eight NAND channels with 32 CE targets, DDR4 DRAM caching, and a PCIe 4.0x4 interface. As for features, the chip supports the NVMe 1.3 protocol, LDPC error correction, and Wear Leveling, Over-Provision technologies to improve reliability and durability of SSDs.
Xtreme Storage Performance
With the new PCIe 4.0 controller, AORUS NVMe Gen 4 SSD delivers blazing speeds: up to 5,000 MB/s for sequential read, and up to 4,400MB/s sequential write. Sequential Read performance of PCIe 4.0 SSDs is up to 40% faster than PCIe 3.0 SSDs. Get ready to enter the next generation of computing with faster and smoother, gaming, streaming, and graphics intensive rendering.
Efficient Copper Heat Spreader Design
Compared with a plated M.2 heat spreader, new efficient copper heat spreaders with 27 fins add more surface area which improve thermal transfer from heating sources to obtain thermal balance sooner. Moreover, Optimized fin array design does great heat exchange with any direction of air flow. Both unique design make sure key components of PCIe 4.0 SSD to keep suitable working temperature under ultra high transfer rate.

 

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