Put storage-sensitive applications on an NVMe foundation in Switzerland. Pulse pairs Linux KVM environments with configurable CPU, memory and network resources for projects where disk activity matters.
Start with NVMe storage for a focused Linux workload. This KVM configuration combines 4 vCPUs, 1 GB of DDR4 memory and a 30 GB NVMe drive with a 2 TB traffic allowance.
A compact NVMe configuration for a small application or development service, with 4 vCPUs, 2 GB of DDR4 memory and 40 GB of storage on a 200 Mbps port.
Bring together 6 vCPUs, 4 GB of DDR4 memory and 50 GB of NVMe storage for a Linux application that performs frequent disk operations. Its traffic allowance is 5 TB.
A broader Linux workspace with 8 vCPUs and 6 GB of DDR4 memory. The 70 GB NVMe drive leaves room for a larger working dataset, with a 300 Mbps port and 7 TB of traffic.
The highest-capacity Pulse configuration combines 14 Xeon 5600 vCPUs, 16 GB of DDR4 memory and a 100 GB NVMe drive, plus a 400 Mbps port and a 10 TB traffic allowance.
Compare the listed specifications and base prices. Final availability, delivery and applicable tax are confirmed on your quote. Illustrations are conceptual.
Understand what makes this service family useful.
The base plans list NVMe storage for your system and application data. Size the volume around active data, updates and working files.
Disk performance is only one part of the stack. Compare the listed processor allocation and RAM alongside storage when choosing a Pulse plan.
Choose a Linux image and optional hosting software in the configurator. A minimal system or a panel-based workflow can share the same NVMe foundation.
Review port speed, traffic and optional IPv4 addresses independently. Add network capacity only where it fits the application's usage.
Provide a foundation for applications that frequently read and write a working dataset, with enough RAM for the database.
Run your own project builds, package preparation or staging workflows that use many small files.
Host a publishing or commerce stack whose storage needs are more about active access than long-term archiving.
Pulse is the storage-focused alternative to the standard SSD VPS range. It makes sense to compare when your application spends time waiting for disk operations. It is not a substitute for a well-sized database cache, efficient queries or enough memory. Measure the bottleneck before deciding which resource to increase.
The Linux image sets the starting point; the application stack determines the rest. Decide how you will deploy, update and administer the software, then choose optional hosting tools, CPU, memory and disk additions. Read the description of each storage addition rather than assuming it changes the base volume's technology.
A Swiss offshore location is only one layer of a private deployment. Keep credentials outside your public web directory, separate administrative and public access, and decide which application logs you actually need. Optional daily backups have their own retention choices; maintain a recovery plan appropriate to the data.
The Pulse catalogue combines KVM with NVMe base storage and Layer 3–4 network protection. Root administration, initial address allocation and recovery access should be confirmed before delivery. Use the optional resources and hosting tools to define your starting configuration; changes to an existing instance, reinstallations and encrypted-disk recovery need an agreed procedure.
Available choices depend on the selected configuration. See included selections and option prices in the configurator.
Specific answers for this service family.
No application benchmark is promised here. Performance depends on the complete resource allocation, software, dataset and workload; test with your own application.
Read each option's label. The base plans specify NVMe, while an extra-disk option may describe SSD storage separately. Do not assume the two are identical.
Yes. The configurator lists the hosting-software choices for Pulse. Verify the panel's system requirements and any licence limits against your selected resources.
It depends on capacity and access patterns. For a storage-heavy archive, compare Vault Storage as well; an active NVMe volume and bulk storage serve different needs.
Use controlled access, application-appropriate encryption and tested backups. Select backup retention deliberately and keep a separate copy for failures beyond the primary environment.
Pulse is intended for customer-administered applications. Confirm root access at delivery, then choose the supported packages, services and access rules for the operating system.
Layer 3–4 protection appears in the base specifications. The advanced DDoS choice is a separate upgrade; application security, rate limiting and backups still require their own plan.
The configurator lists additional IPv4 choices. Confirm the initial dedicated address, IPv6 availability and network configuration before relying on a particular allocation.
The current configurator defines a proposed configuration. Confirm the procedure, potential downtime and data handling for an existing instance. Custom media and disk-encryption requirements also need operator review.
Turn an application idea into a useful resource budget, then compare CPU, memory, storage and transfer together.
Read the guideDistinguish capacity, latency and throughput so that a faster storage label answers a real application problem.
Read the guideBuild a memory budget, inspect contention and separate one busy thread from work that can use several virtual cores.
Read the guideChoose your resources. Keep control of your identity.