Comparing: Micron 2210 MTFDHBA512QFD vs GeForce MX350 [Disk]

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About Hardware Micron 2210 MTFDHBA512QFD

The Micron 2210 MTFDHBA512QFD is a 512GB capacity NVMe SSD that uses the PCIe Gen 3.0 x4 interface and utilizes QLC NAND flash, designed to provide the ideal combination of large capacity and affordability compared to TLC-based SSDs. One of the key components of this SSD's performance is the use of the Silicon Motion SM2263ENG controller, which is known for efficiently managing the high performance and low power consumption of QLC-based NVMe SSDs.

With this controller, the Micron 2210 is able to maximize the potential of QLC NAND while maintaining operational stability and efficiency. In tests using CrystalDiskMark, the SSD recorded speeds of up to 2242.12 MB/s read and 1148.16 MB/s write, while in AS-SSD Benchmark, the results were 1891.69 MB/s read and 629.64 MB/s write. This performance is perfectly sufficient for multitasking, fast system booting, and large file processing.

Testing was conducted on a Lenovo IdeaPad Slim 3i 14ITL6 device, with a 12GB DDR4 3200MHz Dual Channel (8+4) RAM configuration and running Windows 10 and Windows 11 22H2 operating systems. These test platforms are representative of modern systems that are compatible with the high performance these SSDs offer.

With its M.2 2280 form factor and support for technologies such as TRIM, S.M.A.R.T. and LDPC ECC, the Micron 2210 512GB is suitable for laptop and desktop users who want fast and efficient storage with sufficient endurance for daily workloads and light-medium productivity.

Device Test:
Device: Lenovo IdeaPad Slim 3i 14ITL6
RAM: 12GB DDR4 3200MHz Dual Channel (8+4)
OS: Windows 10, Windows 11 22H2

Friday, 06 August 2021 04:34:19 | Update: 1 month ago

About Hardware GeForce MX350 [Disk]

The NVIDIA GeForce MX350 is an entry-level GPU designed for thin and light laptops, delivering significant graphics performance improvements over the processor's built-in iGPU. The GPU is based on the Pascal architecture with 640 CUDA Cores, and features 2GB or 4GB of GDDR5 memory with 64-bit bus width. The MX350 is generally used for light graphics tasks such as photo editing, light video, and casual gaming, and provides GPU acceleration for CUDA-enabled creative applications.

But in this particular test, a portion of the video memory (VRAM) on the GeForce MX350 was configured as a VRAMDisk. The concept of a VRAMDisk is similar to a RAMDisk, but it uses the VRAM of the GPU as a super-fast storage medium. VRAMDisk allows the creation of temporary, high-speed drives that can be utilized for technical experiments, speed testing, or graphics caching in certain scenarios. Although its capacity is limited and volatile (data is lost on reboot), the high bandwidth and low latency of VRAM provide compelling performance in certain contexts.

The tests were conducted on a Lenovo IdeaPad Slim 3i 14ITL6 laptop with Intel Core i5-1135G7 processor, 12GB DDR4 3200MHz dual channel RAM, and Windows 11 22H2 operating system. The VRAMDisk was created from a 2GB GeForce MX350 GPU, with virtual disk sizes of 1GB and 1.5GB, using special software called GPU RAM Drive.

Benchmark results with CrystalDiskMark recorded read speeds of 1113.58 MB/s and write speeds of 995.48 MB/s, showing the high bandwidth potential of VRAM as a temporary storage medium. Although the performance does not match DDR4-based RAMDisks, VRAMDisks remain a unique and attractive solution for certain technical purposes, especially for users who want to utilize idle VRAM for fast I/O processes. With its dedicated laptop GPU form factor and PCIe x4 Gen 3.0 interface, the GeForce MX350 VRAMDisk opens up new exploration possibilities in the world of experimental graphics-based high-speed storage.

Device test (testbed):

Device: Lenovo IdeaPad Slim 3i 14ITL6
CPU: i5 1135G7
RAM: 12GB DDR4 3200MHz Dual Channel (8+4)
OS: Windows 11 22H2

Friday, 06 August 2021 04:34:19 | Update: 1 month ago