# Transit 200

> A dedicated Swiss configuration for a different scale of data movement. Transit 200 combines a listed 200 Gbps port with a dual Gold 6430 foundation, primary NVMe storage and configurable server resources.

Canonical human page: https://swissoctet.com/services/transit-200/

SwissOctet public catalogue. Currency: USD. Location: Switzerland / CH. The fixed-address crypto checkout uses a public USD rate to calculate the exact amount for the selected asset and network, with a 25-minute payment window. This browser quote is not a server-issued invoice. Transaction attribution, payment confirmation and provisioning require the operator’s backend.

200 Gbps port configurations for projects operating at a different network scale.

## Starting configuration
Starting configuration: Transit 200 01 (transit-200-01); USD 13768.93 effective monthly base on the shortest available 1-month term; USD 13768.93 base charge for that term. Add-ons and applicable tax are separate.

| Starting-plan specification | Listed value |
| --- | --- |
| SYSTEM | BARE METAL |
| CPU | Dual Intel Gold 6430 |
| RAM | 64GB DDR4 |
| STORAGE | 1TB NVMe |
| PORT SPEED | 200 GBPS |
| BANDWIDTH | UNMETERED |
| IPS | 5 |

## Service capabilities
### A listed 200 Gbps interface
Start from the highest port class in the SwissOctet catalogue. Validate the complete data path before treating the interface capacity as usable application throughput.

### Compute around the network
The dual Gold 6430 foundation supports a physical application environment. Review memory and CPU requirements for the processing attached to each transfer.

### Primary NVMe and extra capacity
The base plan lists NVMe storage. Additional SSD-drive options can expand the data layout, with their technology and capacity described separately.

### Configuration beyond the headline
Review unmetered traffic, IPv4 allocation, operating-system choices and optional software. The final server specification matters as much as its port class.

## Example workloads
### Large-scale content origins
Design an authorised distribution environment with enough compute, storage and receiver capacity for substantial concurrent traffic.

### High-volume dataset workflows
Prepare bulk movement of your own data where the network design and receiving systems justify a very large port.

### Specialised network applications
Evaluate the configuration for a measured workload whose application pipeline can make practical use of this interface class.

## A closer look
### At this scale, the whole path matters
The port is only one stage in the delivery chain. Data may need to be read, transformed, encrypted and sent to receivers across several networks. Measure those stages, identify the slowest one and design for realistic concurrency. No universal throughput or latency result is implied by the port specification.

### Build the server around actual data behaviour
Choose memory for the active working set and storage for the content or dataset. The base NVMe specification and additional SSD options are distinct, so confirm the layout you intend to use. Plan independent recovery for data and configuration before introducing a high-volume service.

### Give a large deployment clear operating boundaries
Define who can publish data, administer the server and change the application. Restrict management access, monitor resource use and document acceptable usage for your customers. Swiss offshore hosting supports a specific location choice; privacy also depends on those operational decisions and the data your software exposes.

### Turn the port class into an agreed deployment
Transit 200 lists bare-metal hardware, unmetered traffic and five IPs. Confirm address usability, IPv6, protection and a secured recovery console before delivery. A dedicated-network agreement, burst handling and a traffic-monitoring interface are operational details requiring validation. Keep the application test, management boundary and migration window in the same deployment brief.

## Configurations and billing
Base prices exclude separately selected add-ons. The actual configuration total, availability, delivery, licences and any applicable tax are confirmed before a real order.

### Transit 200 01
The 200 Gbps network configuration combines unmetered traffic with dual Intel Gold 6430 processors, 64 GB of DDR4 memory and a 1 TB NVMe drive. The listed allocation includes five IP addresses.

Configuration ID: transit-200-01. Location: Switzerland / CH. Availability: confirm availability on the final quote.

Nominal monthly base rate before billing-period pricing: USD 13768.93. This rate is not a separate payable invoice total.

Shortest available billing term: 1 month. Base charge for this term: USD 13768.93; displayed effective monthly base: USD 13768.93. Selected add-ons and applicable tax are separate.

| Specification | Listed value |
| --- | --- |
| SYSTEM | BARE METAL |
| CPU | Dual Intel Gold 6430 |
| RAM | 64GB DDR4 |
| STORAGE | 1TB NVMe |
| PORT SPEED | 200 GBPS |
| BANDWIDTH | UNMETERED |
| IPS | 5 |

#### Available billing periods
| Duration | Displayed effective monthly base | Total base for period |
| --- | --- | --- |
| 1 month | USD 13768.93 | USD 13768.93 |
| 3 months | USD 13768.93 | USD 41306.80 |
| 6 months | USD 13768.93 | USD 82613.59 |
| 12 months | USD 12392.04 | USD 148704.47 |
| 18 months | USD 12392.04 | USD 223056.70 |

#### Plan-specific available choices
##### Memory configuration
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Upgrade to 128 GB DDR4 | USD 137.70 | No |
| Upgrade to 256 GB DDR4 | USD 275.40 | No |
| Upgrade to 512 GB DDR4 | USD 504.89 | No |
| Upgrade to 1024 GB DDR4 | USD 872.09 | No |

##### Secondary Disk Upgrade
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Add 1 TB SSD | USD 13.77 | No |
| Add 2 TB SSD | USD 27.54 | No |
| Add 4 TB SSD | USD 41.31 | No |
| Add 8 TB SSD | USD 55.08 | No |

##### Third Disk Upgrade
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Add 1 TB SSD | USD 13.77 | No |
| Add 2 TB SSD | USD 27.54 | No |
| Add 4 TB SSD | USD 41.31 | No |
| Add 8 TB SSD | USD 55.08 | No |

##### Fourth Disk Upgrade
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Add 1 TB SSD | USD 13.77 | No |
| Add 2 TB SSD | USD 27.54 | No |
| Add 4 TB SSD | USD 41.31 | No |
| Add 8 TB SSD | USD 55.08 | No |

##### Fifth Disk Upgrade
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Add 1 TB SSD | USD 13.77 | No |
| Add 2 TB SSD | USD 27.54 | No |
| Add 4 TB SSD | USD 41.31 | No |
| Add 8 TB SSD | USD 55.08 | No |

##### Sixth Drive Upgrade
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Keep the base configuration | USD 0.00 | Yes |
| Add 1 TB SSD | USD 13.77 | No |
| Add 2 TB SSD | USD 27.54 | No |
| Add 4 TB SSD | USD 41.31 | No |
| Add 8 TB SSD | USD 55.08 | No |

##### IPv4 allocation
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Base IPv4 allocation | USD 0.00 | Yes |
| Upgrade to /28 (14 IPs) | USD 20.20 | No |
| Upgrade to /27 (30 IPs) | USD 40.39 | No |
| Upgrade to /26 (62 IPs) | USD 80.78 | No |
| Upgrade to /25 (126 IPs) | USD 143.21 | No |
| Upgrade to /24 (254 IPs) | USD 286.41 | No |

##### Software
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| No additional software | USD 0.00 | Yes |
| Windows Server 2016 license | USD 36.72 | No |
| cPanel/WHM (100 Domains) | USD 82.62 | No |

##### Operating system image
| Choice | Listed monthly add-on price | Default for this plan |
| --- | --- | --- |
| Alma Linux 9 | USD 0.00 | Yes |
| Alma Linux 8 | USD 0.00 | No |
| Debian 12.X Minimal stable (64 Bit) | USD 0.00 | No |
| Debian 11.X Minimal stable (64 Bit) | USD 0.00 | No |
| FreeBSD 14 | USD 0.00 | No |
| FreeBSD 13 | USD 0.00 | No |
| Kali Linux 2024 | USD 0.00 | No |
| Microsoft Windows 10 PRO (Trial) | USD 0.00 | No |
| Microsoft Windows 11 PRO (Trial) | USD 0.00 | No |
| Microsoft Windows 2016 (Trial) | USD 0.00 | No |
| Microsoft Windows 2019 (Trial) | USD 0.00 | No |
| Microsoft Windows 2022 (Trial) | USD 0.00 | No |
| Microsoft Windows 2025 (Trial) | USD 0.00 | No |
| Proxmox 8 | USD 0.00 | No |
| Ubuntu 20.04 Minimal LTS (64 Bit) | USD 0.00 | No |
| Ubuntu 22.04 Minimal LTS (64 Bit) | USD 0.00 | No |
| Ubuntu 23.04 Minimal LTS (64 Bit) | USD 0.00 | No |
| Ubuntu 24.04 Minimal LTS (64 Bit) | USD 0.00 | No |
| Rocky Linux 8 | USD 0.00 | No |
| Rocky Linux 9 | USD 0.00 | No |
| Fedora Server | USD 0.00 | No |

## Service questions
### When should I consider Transit 200?
When measured network requirements justify this port class and the storage, application and receiving systems can support it. Compare smaller Transit configurations as well.

### Is 200 Gbps guaranteed for each transfer?
No. The catalogue lists a server-port specification. Individual and aggregate transfer rates depend on the complete hardware, software and network path.

### Are extra drives also NVMe?
The base plan lists NVMe; additional-drive labels describe SSD choices separately. Review the selected storage rather than applying the base-disk description to every drive.

### Does the port class include a particular uptime commitment?
No uptime or service-level commitment is established by the port label. Availability and support terms must be confirmed separately for the actual service.

### What is the priority before production use?
Validate a representative workload, secure management access and test recovery. Plan monitoring and a rollback path before sending production traffic to the environment.

### Are dedicated bandwidth and traffic bursts part of the quote?
The listed specification is a 200 Gbps port with unmetered traffic. Confirm dedicated-capacity commitments, fair-use terms and burst policy separately; no additional throughput is implied.

### What addressing can I plan around?
The plan lists five IPs. Additional blocks are optional; usable allocation and an IPv6 subnet require confirmation for the actual deployment.

### Will I be able to inspect live bandwidth statistics?
Confirm available telemetry, dashboard access and metric retention for the selected service. Include the measurements needed to validate application behaviour and network use.

### How do I manage and recover the physical server?
Confirm root or administrator credentials, secured IPMI or equivalent access and baseline network protection. Test the agreed recovery path before depending on the environment.

## Relevant guides
- [Bandwidth, port speed and transfer: read the full picture](https://swissoctet.com/insights/bandwidth-port-speed-and-transfer/index.txt): Estimate the data your project moves and understand why a larger port is only one part of network performance.
- [Plan a 40, 100 or 200 Gbps origin as a complete system](https://swissoctet.com/insights/plan-40-100-200-gbps/index.txt): Translate large port classes into storage, CPU, concurrency and operational questions before selecting a high-volume distribution configuration.