A Swiss physical platform built around dual Xeon Gold processors. Metal Zenith offers a configurable balance of memory, SSD storage and network capacity for applications ready for a dedicated server.
A dedicated dual Xeon Gold 6134 configuration with 64 GB of DDR4 memory and a 1 TB SSD. Its 1 Gbps port is paired with a listed unmetered traffic allocation.
Dual Xeon Gold 6134 processors provide the compute foundation, while a 10 Gbps port carries a 100 TB traffic allowance. The configuration includes 64 GB of DDR4 memory and a 1 TB SSD.
An unmetered-traffic option on a 10 Gbps port for the dual Xeon Gold 6134 platform. This dedicated configuration includes 64 GB of DDR4 memory and 1 TB of SSD storage.
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 Zenith plans list a dual Gold 6134 platform. Compare your software's requirements against the exact server specification before choosing the range.
Choose the RAM allocation for databases, caching and concurrent services. Upgrade options are separate from the network variant you select.
The configurator lists primary and additional SSD options, giving you choices for application data, working space or a planned storage layout.
Compare the listed port speed and traffic in each Zenith plan. Optional IP and bandwidth choices are displayed alongside the hardware.
Plan a dedicated server for a measured application workload with controlled access and a documented recovery process.
Size memory and SSD capacity for your dataset and query patterns before selecting a network-focused variant.
Organise several compatible services on a physical foundation, with deliberate separation of access and resource use.
A processor family name is a starting point, not an application benchmark. Compare the actual CPU platform, memory and storage with your workload. For a CPU-heavy service, test representative jobs; for a database, include memory usage and disk activity in the decision.
Zenith's drive selectors allow a larger or multi-drive configuration where listed. Decide what belongs on each volume, how it will be backed up and what a restoration requires. Extra drives can help organise a server, but copies on the same machine do not protect against every failure.
The catalogue offers this family only in Switzerland, keeping the hosting destination explicit. Use the same clarity for your deployment: document which data is stored, who administers it and which public services are exposed. A no-KYC purchase path works best with careful access and data handling afterwards.
Zenith lists a physical server and five IPs in a /29 allocation. Agree root or administrator access and an IPMI or equivalent recovery route before delivery. Confirm IPv6, network protection, storage compatibility and the upgrade procedure for the actual machine. A port specification does not establish a dedicated-throughput commitment or delivery deadline.
Available choices depend on the selected configuration. See included selections and option prices in the configurator.
Specific answers for this service family.
The listed CPU platform differs, as do some available options. Compare the complete processor, memory, storage and network specifications rather than relying on the family name.
The Zenith configurator lists multiple additional-drive positions. Review each selected capacity and confirm the storage layout intended for the server.
Only when it fits your data-transfer requirements. A faster port does not solve CPU, memory or database limits, and the traffic model also needs review.
A custom choice is listed where available and requires confirmation. Treat it as a configuration request rather than assuming any image can be installed automatically.
Check software compatibility, create an independent backup and plan a rollback. Test the application and access on the new environment before switching real traffic.
The catalogue specifies bare-metal hardware rather than a KVM instance. A virtualisation layer is your own deployment choice; confirm operating-system administration and hardware compatibility for the intended stack.
Confirm IPMI or equivalent management access and how it is secured. The current plan table does not establish a verified recovery-console service.
Five IPs in a /29 allocation are listed. IPv6 availability and the protection scope must be confirmed with the operator before becoming part of the delivery agreement.
Changes require compatibility, stock and maintenance review. Confirm any interruption or migration; the initial drive and RAM selectors do not promise live hardware upgrades.
Rehearse the move, establish a consistent data boundary and define what rollback means after the new system accepts writes.
Read the guideCompare recovery points, failure boundaries and application consistency instead of assuming a snapshot and an independent backup provide the same protection.
Read the guideChoose your resources. Keep control of your identity.