Company Profile
Global Engineering Telecom
Profile date: 2025-01-24
Global Engineering Telecom (GET)
Global Engineering Telecom (GET) is a French company specializing in high-level engineering and service provision for the telecommunications sector. The company's core focus is on the design, optimization, testing, and measurement of telecommunication networks. Operating out of France, GET positions itself as a critical partner to major players in the telecom market, helping to ensure the quality, performance, and efficiency of modern communication infrastructure.
Core Business and Market Positioning
The company's primary activity revolves around three pillars of expertise: Ingénierie et Optimisation (Engineering and Optimization), Mesures de Qualité de Service (Quality of Service Measurements), and Mesures Techniques (Technical Measurements). Their services are fundamentally centered on network quality and studies, addressing the complex needs of the digital communications landscape.
GET's clientele is diverse, encompassing key entities within the telecommunications ecosystem, including: * Operators (Telcos) * Maîtres d'??uvre (General Contractors/Project Owners) * Intégrateurs (System Integrators) * Grands Comptes (Large Corporate Accounts) * Installateurs (Installers) * Collectivités (Local Authorities)
The company's commitment to quality is underscored by its Certification ISO 9001:2015, which demonstrates its adherence to international standards for quality management systems.
Products and Services
Global Engineering Telecom offers a suite of highly specialized services rather than off-the-shelf physical products, focusing on the performance and integrity of telecommunication networks.
1. Ingénierie et Optimisation (Engineering and Optimization)
This service pillar is the foundation of GET's offerings, concentrating on the architecture and performance enhancement of radio and transmission networks.
- Radio Network Optimization: Services dedicated to improving the performance of mobile networks (e.g., 2G, 3G, 4G/LTE, 5G). This involves radio planning, parameter tuning, capacity analysis, and interference management to maximize network efficiency and user throughput. The goal is to ensure robust coverage and high-speed data transmission.
- Transmission Network Engineering: Focus on the backhaul and core network infrastructure that carries traffic. This includes designing, studying, and optimizing fiber optic, microwave, and other transport technologies to guarantee low latency, high availability, and massive data capacity.
- Network Studies: Performing technical and economic feasibility studies for new network deployments, extensions, or technological migrations.
2. Mesures de Qualité de Service (Quality of Service - QoS - Measurements)
Quality of Service measurements are a crucial aspect of GET's work, centering on the customer experience and the overall performance of services delivered over the network.
- Customer-Centric Measurement: GET performs tests designed to reflect the real-world experience of the end-user. This goes beyond simple network metrics to assess key performance indicators (KPIs) related to popular services like voice calls, video streaming, web browsing, and data transfer speeds.
- Benchmarking Campaigns: Conducting extensive drive tests and walk tests to compare the service quality of different operators within a defined geographical area, providing objective data for regulatory bodies, operators, or large enterprise clients.
- Analysis and Reporting: Providing detailed reports and data analysis to help clients understand service gaps and prioritize optimization efforts to improve customer satisfaction and reduce churn.
3. Mesures Techniques (Technical Measurements)
This involves a deeper, more granular level of testing on the physical and analog/digital layers of the network infrastructure.
- Analog and Digital Measurements: Performing precise measurements on various network elements to diagnose technical issues and verify compliance with technical specifications.
- Site Acceptance Testing: Conducting comprehensive technical audits and tests (e.g., PIM testing, VSWR measurements, fiber optic link tests) to validate the correct installation and functionality of new network sites (e.g., cell towers, switching centers) before they are put into commercial service.
- Troubleshooting and Diagnostics: Utilizing specialized tools and expertise to pinpoint the root cause of complex, intermittent, or difficult-to-isolate network faults.
4. Expertises & Solutions
GET develops and utilizes a range of internal tools and expertise to support its consulting and service activities. While not "products" in a traditional sense, these form the intellectual property that drives their service delivery:
- QoS Suite: The company references its own tools, such as the "QoS suite," which are proprietary or customized software solutions for efficiently conducting Quality of Service measurements, data logging, and automated report generation.
- Data Analysis and Post-Processing Tools: Specialized software for processing the massive amounts of data collected during measurement campaigns, translating raw technical figures into actionable business and engineering intelligence.