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Today we will have a brief look at Corsair’s Neutron GTX 240GB Solid State Drive.



Corsair introduced SSD drives based on the new Link A Media Devices controller at Computex last year, just a tad before Link a Media Devices, aka LAMD, was acquired by Hynix. Corsair is the first outfit to bring an SSD based on the latest LAMD controller to the market.

The LM87800 controller features an 8-channel architecture that incorporates extensive hardware acceleration, dedicated host-side and NAND-side ARM microcontrollers, and a 6Gbps SATA host interface.

This SSDs series consist of three models in 120GB, 240GB and 480GB capacities. Neutron GTX series are now Corsair’s flagship consumer performance models, displacing Force GS series units from pole position.









LAMD's powerful LM87800 controller ensures competitiveness of the Neutron GTX Series, but let’s not forget about the rest of the spec.

The principle difference between the Neutron and Neutron GTX is that GTX uses Toggle NAND rather than ONFI Sync NAND, and therefore offers both a high random read and write throughput, as well as high sequential write throughput. Neutron GTX also supports Adaptive DSP technology to help increase NAND endurance.

Neutron GTX features the traditional 2.5-inch form factor, but measures just 7mm in height and it is weighs only 47g, making it perfect for slim notebooks.



We like the small format of packaging too. You will get 3.5-inch adapter for use in standard PC cases.





Specifications:

- SSD Controller: Link_A_Media Devices (LAMD) LM87800 6Gb/s SSD Controller

- Flash memory: Toshiba Toggle-mode NAND

- Interface: SATA III 6.0 Gb/s

- Capacities/Models: 120GB: CSSD-N120GBGTX-BK

240GB: CSSD-N240GBGTX-BK

480GB: CSSD-N480GBGTX-BK

- Operating Temperature: 0°C to +70°C

- Storage Temperature: -20°C to +85°C

- Operating Humidity: 10% to 90% RH (0° to +40° C)

- Storage Humidity: 5% to 90% RH (-10° to +60° C)

- Max Operating Altitude: 3,048 m (up to 10,000 ft.)

- Max Non-Operative Altitude: 12,192 m (up to 40,000 ft.)

- MTBF: 2,000,000 hours







Before we jump to the results, let’s take a look at what Corsair has to say about the Neutron Series and Neutron Series GTX SSD:





Designed for Multi-tasking - extremely high read/write IOPS This makes it ideal for complex data-intensive work that involves accessing multiple files simultaneously — video production, large-scale graphics editing, or running multiple office applications at once.





Rapid Sequential Read and Write Throughput – regardless of whether the data is compressed or not This is with any type of data, regardless of whether the data is compressible or incompressible. This gives Neutron GTX a significant advantage over SSDs that use on-the-fly compression, and therefore take a huge performance hit when writing compressed/incompressible files, such as encoded videos, compressed audio, and file archives.





Reliable and durable – for consistent performance over time All Neutron Series models incorporate LAMD's powerful eBoost™ on-the-fly error correction and advanced NAND management technologies. This improves the endurance of onboard flash memory, enhancing reliability and durability. The Neutron Series GTX drives also include adaptive DSP technology which maintains superior performance throughout the lifetime of the SSD.

Strong ECC

Strong ECC provides endurance benefits by allowing user data to be recovered under a greater variety conditions

Advanced NAND Management

Advanced NAND Management incorporates wear-leveling, garbage collection and defect management. This includes background media scans to ensure that there is sufficient margin in each NAND block to provide continued reliable operation of the drive.

Adaptive DSP (GTX only)

The A-DSP algorithm determines the optimum read threshold of the NAND with a minimum number of NAND reads. This provides not only enhanced endurance, but also helps to ensure consistent performance of the SSD even at end of life.

Microsoft® Windows® 7 TRIM support

All Neutron Series GTX drives also support the Windows TRIM command, which allows them to store only the data they need and perform NAND optimization to ensure the fastest possible write speeds.



