ERPC Sells Out Premium Bare Metal Servers for Solana Applications in Frankfurt

ELSOUL LABO B.V. (Headquarters: Amsterdam, the Netherlands; CEO: Fumitake Kawasaki), together with Validators DAO, announces that part of its premium bare metal server lineup for Solana applications in the Frankfurt (FRA) region has sold out.

The configurations that have sold out are the Ryzen 5 9600X configuration and the Ryzen 9 7950X configuration. These configurations have been deployed within the same network as the data center in Frankfurt where Solana stake is most heavily concentrated, under conditions that allow observation, transmission, and processing to be completed without reliance on external network paths. As a result of this sellout, these configurations have entered a dead stock state in which adding inventory under the same conditions is difficult, and future availability will be handled through a waitlist.

The top-tier Ryzen 9 9950X configuration still has a small amount of remaining inventory. Open sale pricing will apply throughout January 2026.

Within the Frankfurt region’s premium bare metal lineup for Solana applications, the Ryzen 5 9600X configuration and the Ryzen 9 7950X configuration have sold out. These configurations fall into the category of dead stock, as additional procurement from the market is difficult and near-term resupply is not expected. Accordingly, future availability will be guided through a waitlist. The Ryzen 9 9950X configuration, which delivers the highest level of performance, has only a limited amount of remaining inventory, and open sale pricing will apply throughout January 2026.

In real-world operation of Solana applications, reproducibility of results and execution speed are not determined by a single factor. In the process where transaction submission, block detection, receipt of shreds, and state updates are continuously established, communication conditions, processing conditions, proximity to points where load concentrates, and route stability must all be satisfied simultaneously. ERPC’s premium bare metal servers in Frankfurt are designed to place compute resources at locations where these conditions overlap.

The combination of per-time-unit processing headroom provided by high-clock CPUs, stable latency distribution within the network, and routing designs that do not rely on external internet paths helps maintain conditions in which the flow from detection to execution remains stable even during peak periods. Rather than emphasizing individual metrics, performance is supported by a structure in which these conditions are satisfied together.

Frankfurt functions as a region with one of the world’s largest concentrations of Solana validators. Owing to regional characteristics in which interconnection has matured over a long period for financial use cases, a network environment with low latency and suppressed route fluctuation has been formed. As a result, proximity to major validators is short, and conditions in which observation and follow-up probabilities remain high are continuously established.

This aggregation is not the result of a temporary trend, but rather has been built up through sustained evaluation of operational track records and connection quality. Placing application execution environments at this aggregation point directly contributes to the stability of execution results.

ERPC’s premium bare metal servers in Frankfurt are deployed in carefully selected data centers where stake concentration is particularly high within the region. By placing application execution environments within the same network, conditions are maintained that are less susceptible to route branching or the influence of external networks.

Configurations that complete processing within the same network help suppress latency variation even in situations where momentary congestion or external disturbances occur. This placement condition contributes to stability of latency distribution rather than improvements limited to average processing speed.

Solana operates under an execution model in which leaders rotate at short intervals, and the speed of detection and follow-up affects outcomes. Within this model, it is important that computational performance, communication distance, and route consistency function together. Frankfurt’s premium bare metal servers are positioned close to major validator aggregation points and operate within the same network, which enhances follow-up performance for block production and shred propagation timing.

As a result, application behavior avoids concentration on specific moments, and conditions for continuous execution are maintained. This structure supports operational advantages in real-world deployments.

The difficulty in expanding supply is rooted in characteristics that accumulate over time, including rack capacity, power availability, network quality, facility readiness, and operational maturity. High-quality environments cannot be expanded over short timeframes, and demand concentrates alongside the accumulation of operational track records.

These time-based constraints create a structure in which demand is likely to concentrate on configurations where conditions are fully aligned, leading to repeated sellouts.

The Ryzen 5 9600X configuration and the Ryzen 9 7950X configuration are both treated as dead stock. Due to constraints in market conditions and procurement requirements, adding inventory under the same specifications is difficult. As a result, future guidance will be handled through a waitlist. When availability arises, contact will be made in registration order.

The Ryzen 9 9950X configuration provides the highest level of processing headroom within the current lineup. High-performance configurations face constraints on both procurement conditions and deployment environments, resulting in limited supply. As open sale pricing applies throughout January 2026, inventory is expected to move steadily. The scarcity of this configuration is based on factual and structural conditions, and quantities are limited.

For the latest inventory status and waitlist registration, inquiries are accepted via the Validators DAO Official Discord.

Validators DAO Official Discord: https://discord.gg/C7ZQSrCkYR

Official information about ERPC is available at the following website.

ERPC Official Website: https://erpc.global/en

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