SmartHaul WiNDE supports a wide range of network architectures:
- Point-to-Multipoint (PtMP)
- Point-to-Point (PtP)
- Ring and Mesh Topologies
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SmartHaul WiNDE is your cloud-based wireless network design engine, built to turn complex planning into an intuitive, automated process. Backed by years of Ceragon’s mmW expertise, this SaaS platform is more than just a planning tool — it’s your shortcut to consistently optimized wireless networks.
AI-Driven Automation: Multiple simulations run automatically to deliver the most efficient design, factoring in capacity, collocation, channels, antenna size, polarization, and more.
Lower Costs, Faster ROI: Avoid overdesign, automate redundancy planning, and ensure efficient use of resources — saving time, money, and labor.
Please submit the registration form on this page to receive your login details.
WiNDE and the Link Budget Calculator do not share the same user database.
However, your user ID is set to your email address on both sites. You can simply change your password on both sites to be the same.
WiNDE comes with a rich on-line user manual under the help menu. You can also contact us via email at planner@ceragon.com.
If you think you have encountered a bug, or would like a new feature added, please use the 'Report Problem' button under the search area in the top left corner.
Siklu by Ceragon mmW radios are deployed in many countries for small cell backhaul, leveraging their gigabit+ capacity in an aesthetic compact form factor.
Line of Sight (LOS) is achieved from pole to pole or pole to roof depending on local considerations.
There is presently no direct way to specify capacity per location, or define the desired radio (or spectrum).
Ceragon will roll out additional features in the near future to support this level of detail and interactive planning.
WiNDE presents up to 20 different solutions after the design phase. Each solution is ranked for cost and performance (called limitations). The user can select the solution(s) with lowest cost.
WiNDE is the result of thousands of designs performed by our engineers during the last decade.
The precursors to WiNDE, our own internal tools, have been used extensively during the last 7 years.
The link summary file exported in Step 5 will provide most of the information for registration of the links.
Testing for LOS with Google Earth is very easy and effective, as WiNDE exports paths aligned correctly between the antenna center points, including altitude.
The reliability of the test depends on the accuracy of the data available in Google Earth, which is very good in some regions, and less so in others.
Some additional factors to consider are construction activity and vegetation in the locations under study.
We currently use Google Maps for rendering, and export the data to Google Earth for visual checks of LOS.
Our own internal tools support LIDAR analysis and we will be including them in WiNDE in a future release.
The LIDAR data for WiNDE could come from commercial enterprises, local government or be user-provided.
The pricing structure is that of a typical SaaS application, starting with a free evaluation level.
For more information, please contact your Ceragon account representative.
WiNDE can design rings for redundancy, and configure the Ethernet Ring Protection (ERP/ERPS) on supported devices.
WiNDE is a SaaS application, accessed over the internet with a browser such as Chrome. There is no on-site installation.
We are open to conducting online training sessions for select customers with significant projects.
Yes, we plan to conduct additional webinars in response to the interests or design practices of specialized audiences (example: WISPs, wireless integrators) or regional practices.
Please contact us at planner-support@siklu.com for more information.
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