HEALTHPEAKPROPERTIES
Oyster Point Blvd, SSF · 331 & 333
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- 3390 Viso Court, Santa Clara, CA 95054
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Let's Start Your ProjectA full design-build ERRCS for a two-building life-science campus.
HFS Systems was awarded the full design-build contract to deliver a robust emergency radio response communications system serving the industrial/lab campus located at 331 & 333 Oyster Point Boulevard, South San Francisco, CA 94080.
- 331 Oyster Point Blvd — a four-story, approximately 128,750 sq ft Class A office/R&D/lab building (built in 2010), with ample parking and tenants such as Pliant Therapeutics.
- 333 Oyster Point Blvd — also in the Britannia Oyster Point II campus, a Class A flex-office/lab building of roughly 121,760 sq ft, completed in 2008, with 340 parking spaces and a flexible lease footprint of about 30,140 sq ft.
The ERRCS system consisted of a networked tri-band BDA solution with 2-hour survivability — reinforcing safety compliance and elevating campus reliability and resilience.
Systems Delivered
ERRCS Systems
Tri-Band BDA Network
- Integrated design covering VHF/UHF/700–800 MHz bands, providing full building penetration and redundant link paths.
- Networked tri-band BDA solution with 2-hour survivability across both campus buildings.
2-Hour Survivability
- Emergency backup power ensures the system remains fully operational for at least 2 hours in the event of utility outage.
- Dedicated UPS and generator interface guarantee 2-hour battery backup in power failure scenarios.
Networked Architecture
- BDAs in both buildings interconnected to ensure seamless coordination across the campus during critical events.
- Centralized monitoring provides a single view of system health across the full campus.
Regulatory Compliance
- Engineered to meet NFPA and IFC mandates for emergency responder radio coverage in R&D/office buildings.
- Certified to jurisdiction-specific requirements for life-science and lab facilities.
Delivery Systems
Site Survey & Analysis
- Conducted comprehensive radio propagation and interior coverage mapping across both buildings.
- Identified signal-strength deficiencies in stairwells, elevator shafts, basements, and critical areas.
System Engineering & Design
- Developed a technically robust architecture featuring dual-band amplifiers, donor antennas, DAS/BDA placements, power infrastructure, and centralized monitoring.
- Customized design tailored to the unique requirements of the R&D/lab campus.
Installation & Commissioning
- Included civil and electrical mounting, cable pathways, equipment racks, and ANSI-rated firewalls for risers.
- End-to-end system testing performed to validate performance and redundancy.
Backup Power Integration
- A dedicated UPS and generator interface installed to guarantee 2-hour battery backup in power failure scenarios.
- Redundant power paths ensure continuous ERRCS operation during outages.
Training & Documentation
- Delivered complete technical manuals, as-built drawings, and system commissioning reports.
- Provided user training for facility operations and maintenance teams.
Client Outcomes
Reliable Emergency Communications for first responders and public safety personnel throughout the campus.
Regulatory Assurance and Operational Readiness to support life-safety operations under all conditions.
Future-Proof, Scalable Infrastructure adaptable to expansion or changing radio frequencies.
Minimal Business Disruption during installation, thanks to phased execution and coordination with building occupants.
Campus Breakdown
| Building Address | Approx. Sq Ft | Proposed System | Backup Power | Coverage Scope |
|---|---|---|---|---|
| 331 Oyster Point Blvd | ~128,750 sq ft | Tri-band building BDA, networked | 2-hour UPS/generator | Full R&D and office floors |
| 333 Oyster Point Blvd | ~121,760 sq ft | Matching tri-band BDA, networked with 331 | 2-hour backup | Flex-office / lab spaces |
Have a project in mind?
From multi-building life-science campuses to mission-critical ERRCS deployments, we design and deliver life-safety infrastructure built to exceed code.