GIGABYTE
GIGABYTE AORUS GP-ASM2NE6200TTTD 2TB M.2 2280 internal SSD
- Internal Solid Stat…
- Consumer
121,99 USD
0.00152812BTC
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GIGABYTE
GIGABYTE AORUS GP-ASM2NE6100TTTD 1TB M.2 2280 internal SSD
1 TB M.2 2280 NVMe SSD with PCIe 4.0 x4 interface, up to 5000 MB/s read and 4400 MB/s write, 1 GB DDR4 cache and full-body copper heatsink
- Device TypeInternal Solid State Drive (SSD)
- Used ForConsumer
- Form FactorM.2 2280
- Capacity1TB
- Memory Components3D TLC Toshiba BiCS4
- InterfacePCI-Express 4.0 x4, NVMe 1.3
Options 1TB
- 2TB
- 1TB
- Sequential reads reach 5000 MB/s via PCIe 4.0 x4
- Sequential writes hit 4400 MB/s on the Phison controller
- Random 4 KB reads deliver 750000 IOPS with 1GB DDR4 cache
- Full-body copper heatsink covers both sides for sustained thermal performance
- MTBF rated at 1.77 million hours using Toshiba BiCS4 3D TLC NAND
AORUS Gen4 NVMe SSD for gaming and content creation
The GIGABYTE AORUS GP-ASM2NE6100TTTD is a 1TB M.2 2280 internal solid state drive built for consumer workloads. It connects through a PCI-Express 4.0 x4 interface using the NVMe 1.3 protocol. A Phison PS5016-E16 controller made on a 28nm process manages eight NAND channels with 32 CE targets. A 1GB DDR4 DRAM cache assists with sustained throughput.
Sequential speeds of 5000 MBps read
The headline specification is the rated sequential performance: up to 5000 MBps read and up to 4400 MBps write. Random 4KB performance reaches 750,000 IOPS read and 700,000 IOPS write. Toshiba BiCS4 96-layer 3D TLC flash operating at 800 MT/s provides the storage medium. A full-body copper heat spreader covers the controller and NAND to manage thermals under load.
Suits builds with a PCIe 4.0 M.2 slot needing high
This drive suits enthusiasts who want Gen4 NVMe speeds and a robust heatsink in a standard M.2 2280 form factor. The 1.77 million hour MTBF and wear-leveling with over-provisioning support long-term reliability. Systems limited to PCIe 3.0 will not reach the rated sequential figures. Buyers needing higher capacity or a different controller architecture should evaluate other models.
Høydepunkter
- Sequential reads reach 5000 MB/s via PCIe 4.0 x4
- Sequential writes hit 4400 MB/s on the Phison controller
- Random 4 KB reads deliver 750000 IOPS with 1GB DDR4 cache
- Full-body copper heatsink covers both sides for sustained thermal performance
- MTBF rated at 1.77 million hours using Toshiba BiCS4 3D TLC NAND
Spesifikasjoner
| Brand | GIGABYTE |
|---|---|
| Series | AORUS |
| Model | GP-ASM2NE6100TTTD |
| Part Number | GP-ASM2NE6100TTTD |
| Device Type | Internal Solid State Drive (SSD) |
| Used For | Consumer |
| Form Factor | M.2 2280 |
| Capacity | 1TB |
| Memory Components | 3D TLC Toshiba BiCS4 |
| Interface | PCI-Express 4.0 x4, NVMe 1.3 |
| Controller | Phison |
| Cache | 1GB DDR4 |
| Max Sequential Read | Up to 5000 MBps |
| Max Sequential Write | Up to 4400 MBps |
| 4KB Random Read | Up to 750,000 IOPS |
| 4KB Random Write | Up to 700,000 IOPS |
| MTBF | 1.77 million hours |
| HeatSink | with HeatSink |
| Features | Wear Leveling, Over-Provision technologies TRIM & S.M.A.R.T supported Fully Body Copper Heat Spreader |
| Power Consumption (Idle) | 18.8 mW |
| Power Consumption (Active) | R: 6.6W; W: 6.4W |
| Operating Temperature | 0°C ~ +70°C |
| Storage Temperature | -40°C ~ +85°C |
| Height | 11.25mm |
| Width | 23.50mm |
| Depth | 80.50mm |
| Fraktvekt | 0.20 kg |
| Pakkestørrelse | 135 × 79 × 33 mm |
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Spørsmål om denne varen
Will this M.2 2280 drive fit in a laptop that only has a single-sided M.2 slot?
The drive has a dual-side design with components on both sides of the PCB, so it requires a double-sided M.2 slot and clearance for the integrated copper heatsink.
Does the drive need a motherboard with PCIe 4.0 to reach the advertised 5000 MB/s read speed?
Yes, the 5000 MB/s sequential read and 4400 MB/s write figures are rated on a PCIe 4.0 x4 link; on a PCIe 3.0 slot speeds will be limited to the 3.0 ceiling.
What does the 1GB DDR4 cache do for everyday use?
The onboard DDR4 DRAM cache stores the mapping table and accelerates small random read and write operations, keeping the drive responsive during mixed workloads.
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