Overclocking SSDs can help improve their performance, but it requires some knowledge and tools. In this video, Gabriel Ferraz demonstrates the process of overclocking an SSD using certain components and settings.
He chose the RZX Pro 240GB DRAM-Less SATA SSD because the drive has a Silicon Motion SM2259XT2 controller that supports overclocking. The SM2259XT2 controller has a single-core processor with a maximum clock speed of up to 550 MHz, but in this case it was reduced to 425 MHz. In addition, the controller has two channels with a bus frequency of 400 MHz and eight chip enable commands, which provides communication with 16 crystals.
To overclock the SSD, Gabriel used a special SATA-USB adapter with a JMS578 bridge controller and clamp. He also used mass production tools to program the SSD using compatible firmware and configure various parameters.
Overclocking results showed an increase in random read and write performance on 27% and 10% respectively. However, sequential read/write performance has not improved due to the limitations of the SATA III interface. Tests using CrystalDisk Mark, 3DMark, PCMark 10 and other programs also showed performance gains.
However, overclocking an SSD can have some negative consequences. The operating temperature of the overclocked drive increased from 40°C to 45°C, which may require additional cooling. Additionally, the maximum power consumption has increased, which may reduce the overall performance of the SSD.
It’s important to note that overclocking an SSD may void the device’s warranty and result in data loss or malfunctions. Therefore, before overclocking, it is necessary to carefully study the process, have the appropriate knowledge and understanding of the risks.
Overall, overclocking SSDs can be a fun experiment for hardware enthusiasts, but requires caution and in-depth knowledge.
