- SolidMs 122.88TB SSD may not be the fastest but it wins with density and design
- To $ 12,400 this SSD is not cheap but it can cut rack space and energy waste
- Soliktm already has rivals with competing 122.88TB SSD products
With a dizzying capacity of 122.88TB, Soliktm D5-P5336 is currently the title of the world’s largest SSD.
It was launched by the end of 2024 and it became available for buying $ 12,400, a number that may seem steep until the operational cost savings are considered from reducing physical rack space and energy consumption.
Since Soliktm aims to lead the market in high capacity storage, the company can soon face competition, not only in performance but on scale.
A 246TB SSD can arrive in 2025
Reports now suggest that a 246TB SSD could be introduced by the end of 2025, which potentially doubles today’s storage ceiling.
Soliktms Drive is located as a tight-term first product with reading speed up to 7 GB/s and writing speeds of 3 GB/s via PCIe Gen4.
It is optimized for workload that benefits from high sequential reading performance, such as AI pipelines, CDN services and object storage.
SolidMs D5-P5336 122.88TB SSD packs a decent capacity in a single U.2 drive and puts a new benchmark in SSD storage density.
Despite the scale, benchmarks in the real world indicate that the benefit does not scale linearly.
It often matches or trails its 61.44TB predecessor in high-term workloads, and hangs behind Gen5 drives like Micron’s 61TB 6550, especially in writing operations.
The 122.88TB model offers modest endurance of 0.6 DWPD, which corresponds to 134.3 PB written over its five-year warranty period.
It makes it a fit for reading -heavy environments, but less ideal for mixed or writing intensive implementations.
Still, Soliktm’s strategy is clear: Focus on maximizing storage per. Watt, per. Sickness and per. Dollar.
As such, this may not be the best SSD in raw performance conditions, but it plays a critical role in modern data centers where density and efficiency drives infrastructure design.
The competitive landscape is also changing, and the slightly well -known Chinese brand Dapustor has released his own 122.88TB SSD, where he joins the race against high capacity flash.
While details of its long-term reliability and support remain limited, this is signaling the growing interest in ultra-tight corporate SSDs in addition to established players.
That said, the possibility of a 246TB SSD raises important questions. Can NAND technology and controller efficiency follow this growth?
And will such capacity jumps continue to deliver meaningful performance improvements?
Since data centers support AI-driven demand, the answer can not only define the best external SSD for Hyperscalers, but the track for the largest SSD and hard disk technologies in general.
Via Storagerview
