Prioritize Transactions with SWQoS
In Solana’s SWQoS (Stake Weighted Quality of Service), leaders allocate about 80% of the priority bandwidth to staked connections, while non-staked connections are limited to around 20%. Dedicated RPCs without stake fall into the non-priority 20%, often resulting in delayed inclusion. This prioritization is applied before Priority fees are even considered. With ERPC’s SWQoS connections, whether through shared endpoints or dedicated RPCs, you gain access to priority bandwidth, improving latency, transaction success rates, and execution speed with consistency.
Flexible Ways to Gain Priority Bandwidth
Monthly plan or elSOL HODL
You can choose between a monthly subscription or holding (HODLing) elSOL to gain QoS access. With shared SWQoS endpoints, 1 TPS allocation is granted for every 4.2 elSOL held, and the capacity scales with your elSOL balance. ERPC ensures that user elSOL staking also strengthens SWQoS across the network as a whole. You can get started directly from our Discord.
Stake SOL to Earn
Additional Incentives
Stake your SOL in the elSOL pool (created with Solana Foundation official Stake Pool Program) to earn staking rewards and additional incentives.
As an elSOL holder, you contribute to the decentralization and security enhancement of the Solana blockchain.
Best Price ✓
0% Deposit Fee
0% Price Impact
1 SOL ⇄ - elSOL
1 SOL = $-
1 elSOL = $-
Upcoming SWQoS Market
An incentive market for lending and borrowing SWQoS bandwidth
In the near future, we plan to launch the SWQoS Market. Solana validators will be able to connect their stake-backed SWQoS bandwidth to ERPC and earn incentives by lending it to users. In addition, by staking elSOL, users will be able to provide ERPC’s SWQoS bandwidth to the market through "Bandwidth Provision Staking," gaining additional incentives. This connects validators and elSOL holders who provide bandwidth with users who need it, fostering a more efficient and resilient Solana ecosystem.
ERPC - Enhanced Solana RPC
Price List
Automatically connects you to the nearest of over 300 global edge servers, providing consistently fast, stable, and low-latency connections.
Developer
Ideal for small projects
€ 42€ 29/mo
42,000,000 Monthly Tokens
50 Requests/sec
1-Day Free Trial
Business
Ideal for medium-sized projects
€ 298€ 158/mo
420,000,000 Monthly Tokens
150 Requests/sec
1-Day Free Trial
SWQoS Endpoint
SWQoS (Stake Weighted Quality of Service)
SWQoS is a mechanism where leaders prioritize connections through staked validators. While RPCs themselves do not hold stake, they can access priority bandwidth by peering with staked validators. At ERPC, SWQoS is now available not only for dedicated RPCs but also for shared plans. On shared SWQoS endpoints, 1 TPS is allocated for every 4.2 elSOL held, and the capacity scales with the amount of elSOL you own. The growth of elSOL holders directly contributes to expanding ERPC’s overall SWQoS bandwidth.
Dedicated RPC Nodes
For HTTP and WebSocket, transaction-focused
Because you exclusively use the RPC bandwidth, you remove one layer of randomized admission and congestion compared with shared endpoints. With no impact from other users, latency is dramatically reduced. Slot lag is less likely even at peak times. CPU and memory can be scaled to your requirements. If you run your app on our zero-distance bare metal, it stays entirely within the same network and minimizes public internet traversal, enabling further acceleration. We also support globally distributed architectures.
€ 1,280-/mo
Dedicated SWQoS
Dedicated SWQoS
You can apply SWQoS to your dedicated RPC node. In dedicated setups the bottleneck is typically sending, not data retrieval. A dedicated RPC without stake-backed peering can only use the non-priority bandwidth (20%), so transaction inclusion is limited to about one fifth. As a result, inclusion tends to be deferred to later slots. Applying SWQoS lets you use the priority lane and significantly increases inclusion probability and success rate.
We accept payments via both credit card and crypto (USDC / EURC).
