BPM Cables - Flexible LMR for ALS-U
Overview
Buyer
Place of Performance
NAICS
PSC
Set Aside
Original Source
Timeline
Qualification Details
Fit reasons
- NAICS alignment with historical contract wins in similar service areas.
- Scope strongly matches core technical capabilities and delivery model.
Risks
- Past performance thresholds may require one additional teaming partner.
- Potential clarification needed on staffing minimums before bid/no-bid.
Next steps
Validate eligibility requirements, assign capture owner, and schedule partner outreach to confirm teaming strategy before submission planning.
Quick Summary
The University of California, on behalf of Lawrence Berkeley National Laboratory (LBNL), is soliciting quotes for Flexible LMR-195 Fire-Rated Cables for the Advanced Light Source Upgrade (ALS-U) project. This Request for Quotation (RFQ) No. AA-2026-05 requires the manufacture, testing, and delivery of critical Beam Position Monitor (BPM) jumper cable assemblies. Quotes are due by April 23, 2026.
Purpose & Scope
LBNL requires approximately 1,068 high-frequency, flexible LMR195 coaxial cable assemblies with straight angle SMA(M) connectors. These cables are essential for transmitting high-frequency signals from BPM pickups to ensure accurate beam position measurement in the upgraded Storage Ring. The scope includes the production of "First Article" jumper cables of varying lengths (2.0FT, 2.5FT, 3.5FT) and a "Production Batch" of LMR195 cables.
Key Requirements & Deliverables
- Cable Specifications: Cables must be fire-rated LMR-195-FR; no equivalents will be accepted. They must meet specific project requirements including 50 ohms controlled impedance, phase matching (+-10 picoseconds), and low insertion loss (S21 >= 0.94 at 0.05-18 GHz, with assembly requirements potentially lowered to 8 GHz).
- Manufacturing: Includes sourcing LMR-195 FR flexible coaxial cable and SMA(M) connectors, applying heated shrink tubing for strain relief, and permanent, color-coded label sleeves (Blue, Red, Green, White) with item and serial numbers.
- Testing: 100% production testing is required, including visual inspection, length verification (TDR), S21 coefficient measurement (VNA), and connector verification (TDR). Acceptance is based on the Acceptance Criteria List (ACL).
- First Article Approval: A first article must be produced, tested, and submitted for LBNL approval before full production. Approval will be provided in writing by the government.
- Documentation: All required documentation, QA data, certificates, and test results must be submitted electronically via a designated Windchill portal.
- Delivery: First article delivery is due within 8 weeks After Receipt of Order (ARO). The production batch is due within 8 weeks after first article approval. Cables can be grouped and delivered as sets of four. Production batch lengths can range from 1.5 to 4.0 Feet.
- Mandatory Requirements: Offerors must certify recent direct experience (within the last 2 years) in similar work, the ability to meet technical and manufacturing requirements, and acceptance of the Sample Subcontract terms. Compliance with LBNL's Sustainable Acquisition Program is also required.
Contract Details
- Contract Type: Firm Fixed Price is preferred.
- Place of Performance: Berkeley, CA.
- Estimated Value: Not stated, but a Reps & Certs form is required if the quotation exceeds $150,000.
Submission & Evaluation
- Submission Deadline: April 23, 2026.
- Submission Method: Via email to Arielle Anoop at AAnoop@lbl.gov.
- Required Forms: Offerors must submit the RFQ, Statement of Work, Acceptance Criteria List, Sample Subcontract, Rep Cert Form, and Past Performance Reference Information Form. The Rep Cert Form requires stating small business status based on NAICS Code 334419 (Size Standard 750 employees).
- Evaluation: Preference is given to firm fixed price quotations, and offerors must meet all mandatory requirements.
Amendments & Clarifications
Recent amendments (April 16, 2026) clarified that only fire-rated LMR-195-FR cable is acceptable, assembly frequency requirements can be lowered to 8 GHz, and first article approval will be in writing.