Telecom > Engineering
High level, low level…
next level in network design
Engineering that holds up in the field
Smart engineering doesn’t just improve designs, it improves outcomes. With accurate to-builds that match the as-builts, you avoid rework, stay within budget and keep your rollout moving. Great engineering also means fewer disruptions on the street, faster execution on site and a stronger reputation for everyone involved. When execution matches the plan, trust builds with municipalities, businesses and residents alike.
Built for now, ready for what comes next
At Heta®, engineering is our sweet spot. We combine deep knowledge of network topologies, design rules and materials with the software tools to engineer smarter and build faster. Our approach reduces cost, cuts delays and gives you designs that take future developments into account. What you build today still makes sense tomorrow.
High Level Designs
The High-Level Design is the first step in the design process, outlining where the fiber network will be built and its associated budget. It focuses on the overall structure without going into technical detail. This step gives early insight into scope, feasibility and cost, and sets the stage for a smooth transition to the Low-Level Design.
Low Level Designs
The Low-Level Design provides a detailed and technical design of the fiber optic network. This design goes into the specific implementation details and includes all the information needed to actually build and configure the network.
Our sweet spot:
fast but first time right engineering
Our approach to engineering
2024 in numbers
High-Level Design benefits
Insight and overview
An HLD gives stakeholders a clear overview of the network structure and key design choices. It serves as a communication tool between engineers, project managers and decision-makers, so that everyone understands what the network will look like on a large scale.
Decision driver
HLD is used to determine the feasibility of the project and make decisions on the technologies to be used and strategies for rollout.
Features
Get startedDescribes the topology (point to point, point to multipoint, ring, mesh), without going into specific components or locations.
Key componentsIdentifies central sites (data centers, hubs, pop-sites), street cabinet locations and critical links between them.
Estimated capacityDefines general requirements for bandwidth, redundancy and capacity.
Planning and cost estimatesSupports early budget estimates and investment decisions.
Low-Level Design benefits
Implementation
The Low-Level Design guides construction, blowing, splicing and installation teams through build and configuration, with all the detail required for deployment, installation, configuration and testing.
Maintenance
Once the network is live, the as-built of the initial Low-Level Design becomes the reference for troubleshooting and ongoing updates.
Features
Get startedIncludes a full bill of materials, from cables and ducts to manholes, handholes, splicing chambers, fiber routes and other fiber technology.
Exact physical layoutShows detailed routes, connections and locations.
Topology and configurationCovers equipment setup, redundancy, failover and load balancing.
Capacity and performanceProvides specific figures on bandwidth, latency and segment performance.
Diagrams and schematicsIncludes all drawings needed for construction and as-built accuracy.