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Why DASCAD is the Best Platform for Telecommunication Engineers

DASCAD network planning platform

By the year 2025, experts expect there will be approximately 1 trillion connected devices networking continuously. The current global demand for consumer and business connectivity has reached an all-time high. Customer demand for reliable and high-performance networking is raising the bar. Consider that right now 80% of mobile phone calls are made inside buildings and users expect connectivity to work regardless of where the phone is. Office and residential buildings must provide working DAS solutions to manage connectivity for public safety users as well as consumers and businesses.

The growing complexity of DAS design requirements is the reason for using the DASCAD platform. DASCAD offers a design platform for telecommunication engineers to design, develop, and test network systems accurately and ensure optimum working results.

DASCAD provides a platform-based design that combines outdoor and indoor planning options using high-definition 3D prediction and 3D traffic mapping. The capabilities of DASCAD are the solution to providing a hetronet platform capable of effectively simulating all network elements in a single tool. Both telecommunication engineers and managers or architects can compare and even test different design scenarios before deciding on a final option. No more wasting time trying to connect and communicate between business needs and network design. Use DASCAD to provide a single tool resource for planning, design, and communication.

Key Takeaways

  • What is DASCAD?
  • What are the benefits of using a design engineering platform?
  • Find out why platform-based design adds value for engineering teams.
  • How does using DASCAD help Telecommunication Engineers?
  • Learn the advantages of using DASCAD for measuring network coverage.
  • Discover the different types of DAS Design.

This guide describes the capabilities of DASCAD as a platform design tool that provides the basis for producing high-quality network designs, managing innovation, and promoting communication across the business.

What is DASCAD?

DASCAD is a platform-based design tool for networks. DASCAD enables an innovative and productive design tool platform to better assist telecommunication engineers in developing complex network designs rapidly and with higher quality. The DASCAD platform enables sharing of design information between decision-makers within the business as well as between engineers and other design personnel.

DASCAD provides a single tool that optimizes network design by providing indoor and outdoor network system planning using state-of-the-art 3D prediction and traffic mapping. DASCAD provides telecommunication engineers with a high-resolution hetronet platform that simulates all network elements including Macro, Small Cell, and DAS in a single tool. Telecommunication engineers can design the entire RF environment. Telecommunication engineers can test, compare, and share designs to ensure the optimal design is selected.

DASCAD addresses the telecommunication engineer’s need for an innovative design solution that addresses the steadily and rapidly increasing need to design networks that provide indoor and outdoor coverage in a variety of methods. DASCAD includes support for GSM, EDGE, GPRS, WCDMA, HSUPA, CDMA, EVDO, HSPA, and LTE as well as other wireless networking technologies.

What Are the Benefits of Using a Design Engineering Platform?

With the continued expansion of the networking infrastructure with 5G, engineers need tools to simulate accurate design structures and outdoor spaces. The better the models and simulated renderings, the more accurate and effective network designs can be. Consider the growing complexity of not only cell phone devices, but tablets, PCs, wearable devices for tracking data, and IoT connectivity. Using a platform design tool benefits telecommunication engineers, designers, and network providers by enabling a single, consistent tool that enables engineers to design complex systems with higher quality.

Design engineering tools like DASCAD enable engineers to simulate accurate building modeling with precise details including selecting building materials. More accurate building simulations allow engineers to better design detailed cable routes using simulated components.

The complexity of network designs and the volume of technologies involved in creating a working, optimal design requires tool assistance. Tools provide the means to design creatively and realistically while being able to share for review input in a direct fashion. Tools provide a working platform that saves engineers time while boosting design optimization with realistic feature modeling and test capabilities.

Other benefits of using a Platform-Based Design Tool:

  • Design sharing between engineers
  • Design sharing and review between business partners
  • Improved network designs that better address the growing complexity required
  • Testable architecture for testing designs before implementation
  • Ability to make continuous adjustments based on feedback and testing
  • Higher engineer productivity and engagement in the design
  • Reduces costs of re-work and re-design needs when requirements change or fail to perform as expected
  • Increased ROI on network design using a single tool

How Does Using DASCAD Help Telecommunication Engineers?

DASCAD helps telecommunication engineers by providing a platform-based design tool with the technology required for designing networks. DASCAD supports 3GPP and 3GPP2, Wi-Fi, and public safety technologies for network design. DASCAD is fully integrated to provide both intra-technology and inter-technology design and includes capacity planning options. Both the cost of the network, and the technology can be designed, reviewed, and tested within DASCAD.

DASCAD provides engineers the ability to use prediction to less than one meter accuracy for accurate placement of low power nodes, small cells, and wi-fi access points. This densification feature enables more optimal designs for a wider variety of networking solutions. Design accuracy improves with near real-time prediction (NRTP) capability. Engineers can model a wider variety of complex designs including network configurations, environmental parameters, operation scenarios, radio frequency characteristics, and various technical standards.

DASCAD saves engineers time by offering 64-bit multi-processing, multi-threaded, and distributed computing options. DASCAD provides a single platform tool useful for indoor and outdoor network design, capacity planning, and network optimization.

DASCAD enables collaboration by providing unified settings, design guidelines, and components within the same organization all on a convenient, easily accessible cloud-based platform.

What are the Different Types of DAS Design?

DASCAD enables design capabilities for a variety of DAS and networking systems.

Types of design options in DASCAD include:

  • Outdoor DAS
    • Adds the ability to measure the effect of elevation, terrain, and building construction.
  • Indoor DAS
    • Planning for antenna placement to achieve maximum signal coverage, capacity, and performance.
  • Small Cell
    • Analyze network design for small cells including all essential input elements to maximize the network’s ROI. Find the optimal placement of cells and predict traffic loads.
  • Macro
    • Provide design capability for creating networks within dense urban areas where traffic planning is essential for network operations. Evaluate network loading scenarios using realistic 3D prediction models and building data.
  • Wi-Fi
    • Lower cost option capable of laying out Wi-Fi nodes for accuracy, interaction, coverage, and capacity.
  • Public Safety
    • The accurate design required for public safety networks impacted by indoor and outdoor use needs. DASCAD provides realistic design elements for better public safety design and development.
  • Millimeter wave
    • DASCAD produces design models for material loss and propagation behaviors. Design networks with higher frequency bands and larger capacities.
  • Microwave
    • Effectively evaluate line of sight (LOS) with all other network elements to increase network performance.
  • Hetnet
    • Use coverage, quality, and quantitative analysis across network layers.
  • Traffic planning
    • Predict sector footprints and traffic data so designs provide realistic traffic plans. Use DASCAD’s cell loading and network KPIs to evaluate traffic loads accurately.
  • Macro optimization
    • Better respond to design changes based on network changes, technology upgrades, and changing traffic patterns. Simulate various scenarios using DASCAD and improve user experience while saving engineering time and re-work effort.

Networks are growing in design complexity and design types to address a larger variety of connectivity needs. The complexity is not going away but continuously increasing. DASCAD provides a platform-based design tool capable of providing optimal network design quality now and into the future.

Platform-based design tools provide a modeling structure engineers use to produce accurate, realistic network designs that are shareable and testable in a single tool. The biggest benefit of using a design tool is increasing engineer productivity while improving design accuracy and network performance. Using DASCAD enables telecommunication engineers the ability to design, share, and test complex networking design scenarios using a single tool.

Designing network infrastructure is a significant technical challenge. 5G has increased the need to produce accurate network designs in a variety of scenarios with a complex array of elements to consider and test. Designing infrastructure requires using models developed specifically for network traffic. Design models must manage the variability and variety of network design options for telecommunication engineers.

DASCAD provides a platform-based design that combines outdoor and indoor planning options using high-definition 3D prediction and 3D traffic mapping. The capabilities of DASCAD provide the design solution to providing a hetronet platform capable of effectively simulating all network elements in a single tool. Both telecommunication engineers and managers or architects can compare and even test different design scenarios before deciding on a final option. No more wasting time trying to connect and communicate between business needs and network design. Instead, use DASCAD to provide a single tool resource for planning, design, testing, and communication.