Biotech Lab Network Design in South San Francisco: Cleanroom and Lab Cabling

South San Francisco's "Biotech Bay" corridor — home to Genentech, Roche, and dozens of emerging biotech companies — has unique IT infrastructure requirements that differ from standard commercial office environments. Here is how to design and install a network that supports laboratory environments.

Cleanroom Cabling Considerations

Cleanrooms present installation challenges that require specialized approaches: - Use plenum-rated (CMP) cable throughout — not just in air-handling spaces - Conduit is required in most ISO Class 5 and cleaner environments to prevent particle generation from cable flex - Minimize penetrations through cleanroom walls; use existing sealed pathways where possible - All terminations should be performed outside the cleanroom and the completed assembly installed to minimize contamination risk - Use stainless steel or white powder-coated raceways rated for cleanroom environments

OT/IT Network Segregation

Laboratory equipment (analytical instruments, bio-reactors, centrifuges, PCR machines) must be isolated from corporate IT networks. A properly structured lab network includes: - A dedicated OT VLAN with strict ACLs preventing lateral movement - One-way data diodes for critical instrument data flowing to the corporate analytics platform - No general internet access from instrument VLANs - All OT device communications logged and monitored

High-Bandwidth Research Requirements

Genomic sequencing and imaging systems generate massive datasets. A single confocal microscope image session can produce 500GB+ of data. Infrastructure designed for research should include: - 10GbE or 25GbE connections from primary instruments to NAS storage - Dedicated high-capacity NAS arrays with RAID 6 minimum - Automated tiering to move completed datasets to Glacier or Azure Archive after 30 days - InfiniBand or 100GbE for HPC clusters running computational biology workloads

Regulatory Compliance

FDA 21 CFR Part 11 and EMA Annex 11 require electronic records and audit trails for regulated laboratory systems. The network infrastructure supporting GxP systems must support: - Documented network diagrams as part of system validation documentation - Access control logs for all systems storing regulated data - Network time protocol (NTP) time-stamping on all devices for audit trail integrity - Change control procedures for any network modification affecting validated systems

Summit DNC is building relationships with biotech and pharmaceutical clients in the South San Francisco, San Mateo, and Foster City corridors. Contact us for a consultation on your laboratory network project.