ERPC Restocks Limited Premium Bare Metal for Solana Applications in Frankfurt. An Execution Environment Designed to Target the Fastest Outcomes by Being Deployed Inside the Same Network of the Data Center with the Largest Stake Concentration Within the World’s Largest Validator Hub
ERPC Restocks Limited Premium Bare Metal for Solana Applications in Frankfurt. An Execution Environment Designed to Target the Fastest Outcomes by Being Deployed Inside the Same Network of the Data Center with the Largest Stake Concentration Within the World’s Largest Validator Hub
ERPC, operated by ELSOUL LABO B.V. (Headquarters: Amsterdam, Netherlands; CEO: Fumitake Kawasaki) together with Validators DAO, has restocked a limited number of premium bare metal servers for Solana applications in the Frankfurt (FRA) region.
This premium lineup has consistently sold out every time it has been made available, and the current restock is also offered in strictly limited quantities.
The servers are deployed inside the same network as the data center with the largest stake concentration within Frankfurt, the world’s largest Solana validator aggregation region, forming an execution environment designed to target the fastest possible results for Solana applications.
The servers are deployed inside the same network as the data center with the largest stake concentration within Frankfurt, the world’s largest Solana validator aggregation region, forming an execution environment designed to target the fastest possible results for Solana applications.
January 2026 is the final month in which contracts can be started under the open pricing model. From February 2026 onward, new pricing will be applied.
Why This Premium Bare Metal Can Target the Fastest Execution
Execution speed on Solana is not determined by a single performance metric.
CPU single-core performance, consistency under load, network distance, and relative proximity to block leaders combine to determine real-world speed and reproducibility.
CPU single-core performance, consistency under load, network distance, and relative proximity to block leaders combine to determine real-world speed and reproducibility.
This premium bare metal is designed to satisfy all of these factors simultaneously rather than optimizing them in isolation.
By combining high-clock CPUs with stable execution characteristics and a structurally advantaged network position, the system maintains execution conditions that remain fast in practice, not only in benchmarks.
By combining high-clock CPUs with stable execution characteristics and a structurally advantaged network position, the system maintains execution conditions that remain fast in practice, not only in benchmarks.
Frankfurt as the World’s Largest Solana Validator Aggregation Region
Frankfurt is the region where Solana validators are concentrated at the highest density globally.
This is rooted in its long-standing role as one of Europe’s largest connectivity hubs, the concentration of major Internet exchanges, and its historical development as a core financial infrastructure center.
This is rooted in its long-standing role as one of Europe’s largest connectivity hubs, the concentration of major Internet exchanges, and its historical development as a core financial infrastructure center.
As a result of decades of infrastructure built around low-latency, high-reliability communication, Frankfurt has become structurally advantageous for high-speed blockchain networks such as Solana.
Same-Network Deployment Inside the Data Center with the Largest Stake Concentration in the Region
The newly restocked premium bare metal servers are not simply located in Frankfurt.
They are deployed inside the same network as the data center with the highest Solana stake concentration within the Frankfurt region, allowing all communication to be completed without traversing external internet paths.
They are deployed inside the same network as the data center with the highest Solana stake concentration within the Frankfurt region, allowing all communication to be completed without traversing external internet paths.
This configuration is not merely about physical proximity.
By minimizing L2 and L3 hops and avoiding route fluctuation and external congestion, the system reduces not only absolute latency but also variance and susceptibility to external disturbances.
As a result, execution conditions remain highly reproducible.
By minimizing L2 and L3 hops and avoiding route fluctuation and external congestion, the system reduces not only absolute latency but also variance and susceptibility to external disturbances.
As a result, execution conditions remain highly reproducible.
Why This Configuration Is Structurally Advantageous Under Solana’s Execution Model
In Solana, block leaders rotate at short intervals and communication origins constantly shift.
What matters is not proximity to a single fastest point, but how consistently a system can remain close to leaders over time, expressed as a probability distribution.
What matters is not proximity to a single fastest point, but how consistently a system can remain close to leaders over time, expressed as a probability distribution.
By placing application servers inside the same network as the data center where validators and stake are most densely aggregated, this probability distribution becomes structurally favorable.
Not only average latency but the entire distribution stabilizes, enabling execution results that cannot be reproduced from distant regions.
Not only average latency but the entire distribution stabilizes, enabling execution results that cannot be reproduced from distant regions.
Premium Configuration Optimized for Solana Applications
These premium bare metal servers are configured specifically for Solana application workloads:
- Ryzen 9 7950X and 9950X (up to 5.7 GHz high-clock configurations)
- ECC DDR5 memory
- NVMe Gen4 storage
- Dedicated 50 Gbps networking
- Fully dedicated bare metal with no virtualization overhead
High-clock CPUs directly improve responsiveness for transaction submission and real-time processing.
ECC DDR5 memory stabilizes execution under sustained load, while NVMe Gen4 storage minimizes wait times for state updates and logging.
The dedicated 50 Gbps network maintains stable conditions even during peak traffic.
ECC DDR5 memory stabilizes execution under sustained load, while NVMe Gen4 storage minimizes wait times for state updates and logging.
The dedicated 50 Gbps network maintains stable conditions even during peak traffic.
Why This Line Sells Out Every Time
In Solana application infrastructure, environments that simultaneously satisfy location, network topology, and hardware performance requirements are extremely limited.
Within the world’s largest validator aggregation region, configurations that can be deployed inside the same network as the data center with the highest stake concentration are constrained by physical rack space and hardware availability.
Within the world’s largest validator aggregation region, configurations that can be deployed inside the same network as the data center with the highest stake concentration are constrained by physical rack space and hardware availability.
At the same time, demand from projects that prioritize low latency and reproducibility continues to grow.
This structural imbalance between supply and demand has resulted in repeated sell-outs with each restock.
This structural imbalance between supply and demand has resulted in repeated sell-outs with each restock.
Why Securing Capacity Now Matters
This premium line is deployed inside the same network of a carefully selected data center within Frankfurt, where validators and stake concentrate specifically because of proven network quality.
This selection is based on continuous real-world evaluation of interconnect depth, routing stability, and behavior under congestion.
As validators gather, the aggregation itself further reinforces the value of the location.
This selection is based on continuous real-world evaluation of interconnect depth, routing stability, and behavior under congestion.
As validators gather, the aggregation itself further reinforces the value of the location.
By running application workloads inside the same network, observation, submission, and processing complete without dependence on external routes.
This stabilizes latency distribution and prevents performance collapse during peak or disturbed conditions, driving ongoing demand for identical execution environments.
This stabilizes latency distribution and prevents performance collapse during peak or disturbed conditions, driving ongoing demand for identical execution environments.
However, capacity that satisfies these conditions does not exist continuously.
Only configurations that become feasible at each restock can be offered, and demand consistently exceeds supply within a short time.
Only configurations that become feasible at each restock can be offered, and demand consistently exceeds supply within a short time.
In parallel, procurement costs for top-tier components such as high-clock Ryzen 9 CPUs, ECC DDR5 memory, and 50 Gbps-class networking continue to rise.
January 2026 is the final month under the open pricing model.
From February 2026 onward, new pricing will apply, changing the cost structure for identical deployments.
From February 2026 onward, new pricing will apply, changing the cost structure for identical deployments.
Availability and Inquiries
The restocked premium bare metal servers in Frankfurt are available in limited quantities only.
For requirement assessment, optimal configuration guidance, availability confirmation, and contract initiation under open pricing, please contact us via the Validators DAO official Discord.
For requirement assessment, optimal configuration guidance, availability confirmation, and contract initiation under open pricing, please contact us via the Validators DAO official Discord.
Validators DAO Official Discord: https://discord.gg/C7ZQSrCkYR
ERPC Official Website: https://erpc.global/en
ERPC Official Website: https://erpc.global/en
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