Build around a listed 40 Gbps port in Switzerland. Transit 40 pairs dedicated hardware with an unmetered traffic specification for projects where moving data is a central part of the job.
A 40 Gbps port and unmetered traffic accompany dedicated dual Intel Gold 6134 hardware. The base configuration includes 64 GB of DDR4 memory, a 1 TB NVMe drive and five IP addresses in a /29 allocation.
Select the dual Intel Gold 6430 variant of the 40 Gbps configuration. Its listed resources include 64 GB of DDR4 memory, 1 TB of NVMe storage, unmetered traffic and five IP addresses in a /29 allocation.
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.
Each Transit 40 plan lists a 40 Gbps port. Treat that specification as the network interface choice when designing the complete application pipeline.
Choose between the listed CPU variants, then size memory and storage to keep up with the work performed around the data.
Review the primary and additional-drive options for content, caches or working datasets. Storage performance matters when serving large amounts of data.
Select additional IPv4 allocation and the listed system or software choices. Keep application, public network and administration requirements distinct.
Provide a Swiss origin environment for authorised downloads or media, with storage and application capacity sized alongside the port.
Move your own project datasets or exports through a dedicated environment with appropriate receiver capacity.
Evaluate a high-port-speed server when measurement shows that data movement is a limiting factor in the application.
Network port speed is one component of end-to-end throughput. Disk reads, protocol overhead, CPU processing, remote networks and the receiving application can all reduce the transfer rate. Design and test the full pipeline instead of treating the port label as a guaranteed download speed.
Transit 40 keeps the port specification consistent while offering different CPU foundations. Choose the hardware around any encryption, compression, media handling or request processing your application performs. Add memory and storage for the active working set rather than increasing them without a purpose.
High network capacity is intended for legitimate applications and authorised content distribution. Use access controls, monitor your application and document which data may be served. A Swiss offshore location does not make network abuse acceptable or replace a response plan for compromised software.
Transit 40 lists bare-metal hardware, unmetered traffic and five IPs in a /29 allocation. Confirm IPv6, network protection and secure remote-console access with the operator. Dedicated bandwidth, burst handling and dashboard monitoring require documented service terms. Plan application measurements and management access alongside those network questions before delivery.
Available choices depend on the selected configuration. See included selections and option prices in the configurator.
Specific answers for this service family.
No end-to-end transfer rate is guaranteed by a port specification. The remote connection, route, storage, software and protocol also determine actual throughput.
Compare the CPU foundation and full hardware specification. The listed network port is the same class, but compute requirements can favour one variant.
No. It describes the listed traffic model. Acceptable-use requirements and the need for authorised content and activity still apply.
They can provide capacity for content or working data. The effect on throughput depends on the storage layout and application, so benchmark a representative workload.
Compare your measured traffic and application needs first. A smaller hosting or compute configuration may fit; a large port does not correct inefficient application code.
The plan lists a 40 Gbps port and unmetered traffic. Confirm dedicated-capacity terms, fair-use conditions and any burst policy separately; there is no automatic permission to exceed the listed interface.
The plan table lists five IPs in a /29 allocation. Additional blocks are optional. Confirm any IPv6 subnet and usable allocation with the operator.
Agree traffic telemetry, metric retention and monitoring access for the delivered service. Include the application measurements you need in the technical brief.
Agree baseline network protection, root or administrator credentials and secured IPMI or equivalent access. A high-bandwidth plan does not establish those operational controls on its own.
Estimate the data your project moves and understand why a larger port is only one part of network performance.
Read the guideBuild a repeatable transfer model using payload volume, delivery windows and round-trip time, then test it without confusing a port label with useful throughput.
Read the guideTranslate large port classes into storage, CPU, concurrency and operational questions before selecting a high-volume distribution configuration.
Read the guideChoose your resources. Keep control of your identity.