Laboratory and diagnostic analysis environments represent scenarios of extreme technical rigidity, where technological infrastructure must ensure the absolute integrity of generated data and strict control of environmental variables. The integration of high-precision equipment into robust connectivity networks enables automated workflows, minimizing errors and ensuring that experimental or diagnostic results are processed and stored with logical and physical security.

The technological complexity of these spaces involves constant monitoring of sensitive utilities (HVAC, humidity and stable power) integrated into the data mesh. Redundant connectivity is essential for supporting laboratory management software (LIMS) and for real-time communication between analytical devices, requiring certified and dimensioned telecommunications infrastructure for environments with high density of electronic equipment and potential interference.

Scope of Work

Telecommunications infrastructure

  • High-efficiency shielded structured cabling systems (S/FTP)
  • Technical bench interconnection with dedicated gigabit connectivity
  • Industrial rack installation and protection for sensitive equipment
  • Optical backbones for laboratory wing interconnection

Network and connectivity infrastructure

  • Segregated data networks for laboratory and administrative automation
  • Connectivity protocols for clinical analysis equipment
  • High-performance wireless network systems for technical mobility
  • Communication gateway for integration with technical cloud services

Operational monitoring and security

  • Real-time temperature and environmental sensor monitoring
  • Tactical alarms for HVAC and purification system failures
  • HD CCTV for protocol monitoring and biological safety
  • Strict access control for biosafety and supplies areas

Technology infrastructure for operations

  • Analytical hardware integration with centralized management systems
  • Technology asset health monitoring systems
  • Automated technical stock management via field sensors
  • Infrastructure for digital documentation systems support (Paperless)

Physical telecommunications infrastructure

  • Precision grounding projects for analytical equipment
  • Double-conversion UPS systems for critical laboratory loads
  • Dimensioning of sealed physical cable paths
  • Electronic identification and certification of entire network mesh

Standards and Compliance

  • ISO/IEC 11801 (Generic Cabling for Customer Premises)
  • ANSI/TIA-568 (Electronic Components)
  • ANSI/TIA-606 (Standard for Telecommunications Administration)
  • ABNT NBR 14565 (Structured Cabling)
  • ISO 15189 (Requirements for Quality and Competence in Medical Laboratories)
  • NR-10 (Safety in Electrical Installations and Services)