Shaping the Future of Telecoms with Siradel
Siradel empowers telecom operators, research labs, and manufacturers to tackle the challenges of B5G/6G technologies.
Siradel has built a 20-year-long relationship in Japan, valuing working with operational clients and R&D partners.
Our Siradel 360 suite of solutions combines Software, Data and Expertise. It ensures accurate simulations and efficient wireless network design.
| Booth No | W-55 |
|---|---|
| Address | 2 parc de Brocéliande, 35760 Saint-Gregoire, France |
| Phone Number | 0608287411 |
| FAX | |
| Site URL | https://www.siradel.com/ja/telecom |
| Company Video URL | https://www.youtube.com/watch?v=wCMv1inccBY |
Products / Services
Siradel InoWave: a RF digital twin to empower telecom R&D to simulate, test and optimize connectivity
The Siradel InoWave solution, based on Siradel's advanced "Volcano" computation engine, provides a powerful platform for researchers and engineers in the industry, as well as public or private research institutions. Siradel InoWave enables and accelerates research activities around B5G/6G technologies (MIMO, RIS, NTN, JCAS/ISAC....) through realistic simulations (digital twins) of algorithms, frequency bands, and equipment.
The solution is available both via an immersive 3D graphical interface (InoWave GUI) for an optimal user experience, or through its API (InoWave API), accessible via Jupyter notebooks and Python scripts, offering complete flexibility.
It positions itself as a toolbox and development framework for innovation, ideal for testing and validating concepts in complex environments. Furthermore, thanks to its API, InoWave can be easily integrated into third-party solutions such as radio channel emulation tools or network and device performance testing platforms.
This solution is already being used in Japan by key players in the telecom industry on innovative projects.
Siradel Planner: A Disruptive SaaS Solution Transforming Network planning with Precision and Seamless Access to Global 3D Data for Both Outdoor and Indoor Projects
Siradel Planner is the ultimate wireless network design solution, now available as a cutting-edge SaaS platform through our collaboration with Amazon Web Services (AWS). It offers high-speed, precise simulations powered by advanced 3D geodata and carrier-grade propagation models, available worldwide for immediate use. With built-in AI-driven automation, Siradel Planner optimizes network design across all frequency bands, from Sub-6GHz to mmWave, and handles both outdoor (city-scale) and indoor (building-scale) designs seamlessly.
This all-in-one solution is scalable, customizable, and designed to meet the needs of businesses of all sizes, from startups to enterprises. Siradel Planner integrates with existing technologies, manages complex environments, and ensures regulatory compliance. Whether for mobile networks, private networks (4G/5G/IoT/Wi-Fi...), RAN/Backhaul design, mesh networks, or FWA, it covers all critical aspects. The platform’s embedded map data editing and 3D geodata features allow for precise and efficient design, saving time and ensuring future-proof network performance.
This solution is already being used in Japan by key players in the telecom industry on challenging projects.
Siradel Web Services: Scalable, Cloud-Native Network Planning API for Modern Networks
Siradel Web Services is a versatile, cloud-native wireless network planning API designed to automate and streamline network design processes, while complementing and offloading standard radio planning tools. Optimized for massive computational workloads, it delivers highly accurate simulations across a wide range of use cases, ensuring the precise and efficient planning of networks worldwide.
This powerful solution automates workflows, minimizes errors, and ensures consistent results, driving growth and innovation. By customizing workflows to align with your specific business requirements, Siradel Web Services enhances efficiency and productivity. The platform offers robust REST API access, enabling on-demand and large-scale simulation generation for tasks such as coverage maps, unified reports, and regulatory compliance.
With its scalable architecture, Siradel Web Services efficiently handles extensive network data and complex simulations, making it ideal for large-scale deployments. The automation features save time, provide detailed insights into covered populations, and help ensure regulatory compliance, while delivering precision and consistency across your network management tasks.
By leveraging Siradel Web Services' advanced API access and automation capabilities, you can achieve greater efficiency, scalability, and precision in your operations, ultimately driving better business outcomes.
Related Videos
| https://www.youtube.com/watch?v=wCMv1inccBY |
Step into the future of telecom with Siradel 360 suitePresentation of the Siradel 360 suite, a solution combining radio network simulation and design software, 3D geographic data (digital twins of territories or buildings), and expert services — offered as a possible one-stop shop or à la carte, depending on your needs: software, data, or consulting. |
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Online preview of Siradel’s 3D digital twin of Tokyo’s 23 wards, created using 7.5 cm resolution aerial imagery.This data is used by telecom operators and engineering teams for network design and optimization, as well as by R&D groups to enable realistic simulations for B5G/6G research and standardization efforts. |
Download
| Siradel InoWave Product Sheet | A powerful 4D framework combining a desktop GUI and a robust API, delivered with Python scripts and Jupyter notebooks to streamline R&D activities and support standardization efforts across various B5G/6G use cases and emerging technologies based on digital twin and wireless simulation. |
| Siradel Planner Product Sheet | Comprehensive SaaS and Desktop Radio Planning software for both outdoor and indoor projects—including public and private mobile networks, FWA, and integrated access/backhaul design—supporting all technologies (WiFi, IoT, 4G, 5G…) and frequency bands (from 100 MHz to 200 GHz), with access to global 3D geographic data. |