Built for workloads that need fast cores
Not every workload needs dozens of vCPUs. Some just need a few that run as fast as possible. That’s exactly what Frequency-Optimized compute is built for.
This tier is designed for enterprise applications and virtual appliances that can’t take advantage of many threads, or where licensing restricts the number of vCPUs. Whether you’re deploying a Juniper vSRX firewall, another NGFW, or a license-limited appliance, Frequency-Optimized delivers the raw core speed to maximize performance.
Each core runs on AMD EPYC™ 4584PX or better, reaching boost speeds over 5.7 GHz, paired with local NVMe storage for rapid disk access and low latency to your network appliances, security platforms, websites, and more.
Why fast cores still matter
Some applications don’t benefit from more vCPUs. They care about how quickly one core can get work done, not how many cores are available. That includes enterprise network appliances, encryption-heavy workloads, and certain licensing-constrained software.
In these cases, clock speed matters more than core count. And that’s where Frequency-Optimized outperforms General Purpose and even Balanced compute tiers.
You get access to fewer cores, but each one is optimized for single-threaded performance. That means faster execution and better responsiveness.
Enterprise firewalls and virtual appliances
Juniper’s vSRX virtual firewall platform often hits licensing caps on core count. But there’s no cap on how fast those cores can be.
By running vSRX and similar appliances on our Frequency-Optimized compute, you can:
- Push more encrypted traffic through each vCPU
- Speed up rule inspection and firewall logic
- Stay under licensing limits without sacrificing performance
This makes it a strong choice for NGFW, routers, load balancers, and other enterprise virtual appliances that demand fast cores.
Ideal for game servers
Frequency-Optimized also benefits game servers like Minecraft, CS:GO, ARK, and Rust. These workloads rely on high tick rates and quick response times, but don’t scale efficiently across many threads.
Here’s why it works so well for gaming:
- Faster CPU response = stable tick rates
- NVMe storage = less lag and faster world loads
- Lightweight 2–4 vCPU configs = better performance per dollar
If you’re hosting multiplayer game servers, this tier keeps things running smoothly even as player counts grow.
Is Frequency-Optimized the right fit for you?
| Example Workload | Core Scalability | Frequency-Optimized Benefits |
|---|---|---|
| Juniper vSRX firewall | License-limited | ✓ More throughput per core |
| Other virtual appliances (NGFW, load balancers) | License-limited | ✓ Faster inspection, encryption, and packet handling |
| Minecraft, Rust | Low | ✓ Smooth ticks, low latency |
| General containerized apps | High | ✕ Use Balanced Compute |
How to learn more or get in touch
- Not sure which compute tier fits your workloads? Email our cloud team at cloud@netfire.com
- Visit our Support Center for more information about compute tiers.
- Visit our Resources section for company news, research, and product updates.
- Check the Support Center for guides, documentation, and help desk access.
- For partnership, customer inquiries, or pre-sales questions email hello@netfire.com
- For all media inquiries, email press@netfire.com
