10 linked sources · 16 scoped claims · 0 sources with inspection/access flags.
Assessment 2026-10-22 · earliest scheduled source review 2026-12-30. This is a recorded-date assessment, not a live source check. Page-level independent review is not established by this panel.
Inspect 10 source scopes, access limits and dates
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-01 · due 2026-12-30
Within inspection window
Scoped support: Bayonet coupling; 50-ohm and 75-ohm variants.
Not established / limitations:
Locator: BNC product family
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-01 · due 2026-12-30
Within inspection window
Scoped support: Mechanical fit does not establish RF impedance compatibility.
Not established / limitations:
Locator: Impedance mismatch explanation
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-05 · due 2027-01-03
Within inspection window
Scoped support: Identifies HD-BNC as a compact bayonet-style coaxial connector family with 50-ohm and 75-ohm product variants.
Not established / limitations: Identification/reference scope only. V36 does not convert this source into a universal pinout, fabrication drawing, electrical approval or end-to-end compatibility verdict.
Locator: HD-BNC product-family overview
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-05 · due 2027-01-03
Within inspection window
Scoped support: Identifies Mini-BNC as a compact bayonet-style coaxial connector family distinct from standard BNC.
Not established / limitations: Identification/reference scope only. V39 does not convert this source into a universal pinout, fabrication drawing, electrical approval, protocol guarantee or end-to-end compatibility verdict.
Locator: Mini-BNC overview
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-07 · due 2027-01-05
Within inspection window
Scoped support: Manufacturer HD-BNC family and explicitly named adapter/12G examples.
Not established / limitations: No explicit revision date was observed. Full IEC 61169-70 was not inspected; its mention is a locator, not a reproduced standard. No family-wide maximum, interface dimensions or fabrication tolerances are adopted.
Locator: Printed pages 3–4, 9 and 11: bayonet and impedance options, interface drawings, between-series adapters and named 12G subset.
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-07 · due 2027-01-05
Within inspection window
Scoped support: Named broadcast connector families as presented in this undated manufacturer brief.
Not established / limitations: The 15.5, 13.1 and 8 mm figures are example panel pitches, not mating diameters, contact pitch or installation clearances. Frequency statements remain specific to this brief; no universal or current maximum is inferred.
Locator: Page 1: interface-density illustration and BNC/Mini-BNC/HD-BNC electrical specification columns.
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-07 · due 2027-01-05
Within inspection window
Scoped support: Manufacturer warning about an impedance mismatch even where unlike-impedance connectors can mate.
Not established / limitations: Does not assert that every 50/75-ohm connector pair physically mates, quantify a universal loss, or establish the rating of an unidentified connector.
Locator: Full FAQ answer: physical mating is distinct from impedance matching and signal reflections.
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-12 · due 2027-01-10
Within inspection window
Scoped support: Only these three named rows and their section headings. The 034-1021 Features cell is blank: it does not establish an explicit absence of mounting features.
Not established / limitations: This URL is already present as S423. S540 is a new dated, narrower observation, not a newly discovered URL. Small row image is qualitative; no exact interface geometry, dimensions or SDI performance imported.
Locator: Printed p.4 (PDF p.4): PCB Jacks (50 Ohm), row 034-5013. Printed p.5 (PDF p.5): PCB Jacks (75 Ohm), rows 034-1018 and 034-1021; row 034-1018 photo inspected.
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-12 · due 2027-01-10
Within inspection window
Scoped support: Exact 031-70250 component. Through-hole board termination is not a panel-mount approval.
Not established / limitations: Drawing side exterior inspected. Dimensions, PCB drilling pattern and contact interiors are not transferred.
Locator: Heading; Gender, Impedance, Coupling Mechanism, Contact Termination, Panel Mounting Feature and Termination Style. Linked drawing 31-70250 revision A inspected separately.
Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-12 · due 2027-01-10
Within inspection window
Scoped support: Documented disagreement between narrative and table scope; no unqualified family-wide rating chosen.
Not established / limitations: Narrative and table differ on impedance, frequency and temperature scope. Exact application rating remains unresolved.
Locator: Overview and Key Technical Details compared with Electrical and Environmental specification tables.
Trace 16 claims to their source records
C027A · P027
BNC uses a bayonet coupling; both 50-ohm and 75-ohm variants exist.
Claim scope: Consumer identification / documented standard or product class only
Source links: S029 · Evidence trail → (private workspace)
C027B · P027
Mechanically mating RF components can still create an impedance mismatch.
Claim scope: Narrowly stated supporting distinction; not an end-to-end device guarantee
Source links: S030 · Evidence trail → (private workspace)
C027D · P027
Amphenol warns that physical mating, where possible, does not remove a 50/75-ohm impedance mismatch; reflections and signal degradation remain concerns.
Claim scope: Full manufacturer FAQ answer; not a claim that every unlike-impedance pair mechanically fits or a numeric loss forecast.
Source links: S425 · Evidence trail → (private workspace)
C205A · P205
Amphenol RF identifies HD-BNC as a compact bayonet-style coaxial connector family offered in 50-ohm and 75-ohm variants.
Claim scope: V36 catalogue-expansion identification fact only; not independent technical approval, fabrication data, wiring instruction or end-to-end compatibility proof.
Source links: S208 · Evidence trail → (private workspace)
C205B · P205
Amphenol’s HD-BNC guide describes a bayonet interface with separate 50-ohm and 75-ohm offerings.
Claim scope: Printed pages 3–4; no full standard review, interface dimensions or universal operating-frequency maximum.
Source links: S423 · Evidence trail → (private workspace)
C205C · P205
The guide lists APH-BNCJ-HDBNCJ as a straight 75-ohm between-series adapter with an HD-BNC jack on one side and a BNC jack on the other.
Claim scope: Printed page 9 ordering row only; existence of an adapter does not make the bare interfaces the same.
Source links: S423 · Evidence trail → (private workspace)
C205D · P205
Amphenol identifies a 12G HD-BNC product line for 12G-SDI use and lists named 12G parts; its performance discussion refers to a mated pair from that line.
Claim scope: Printed page 11; no transfer of the named subset’s statement to every HD-BNC product or to a complete cable path.
Source links: S423 · Evidence trail → (private workspace)
C205E · P205
The HD-BNC guide places 034-1018 among its 75-ohm PCB jacks and describes a straight end-launch, rear-bulkhead-mount configuration.
Claim scope: Printed p.5, exact 034-1018 row. No dimensions or common footprint are inferred.
Source links: S540 · Evidence trail → (private workspace)
C205F · P205
The HD-BNC guide places 034-5013 among its 50-ohm PCB jacks and describes a straight end-launch, rear-bulkhead-mount configuration.
Claim scope: Printed p.4, exact 034-5013 row. Similar role words do not establish interchangeability with the 75-ohm example.
Source links: S540 · Evidence trail → (private workspace)
C205G · P205
The guide places HD-BNC 034-1021 among 75-ohm PCB jacks with straight, through-hole termination; the row has no text in its Features cell.
Claim scope: Printed p.5, exact row. A blank cell is unknown information, not an explicit no-mount statement.
Source links: S540 · Evidence trail → (private workspace)
C231A · P231
Amphenol RF identifies Mini-BNC as a compact bayonet-style coaxial connector family.
Claim scope: V39 catalogue-expansion identification fact only; not independent technical approval, fabrication data, wiring instruction, protocol guarantee or end-to-end compatibility proof.
Source links: S235 · Evidence trail → (private workspace)
C231B · P231
Amphenol’s broadcast brief lists Mini-BNC in a distinct 75-ohm column, separate from its BNC and HD-BNC columns.
Claim scope: Page 1 of an undated brief; not a universal Mini-BNC family specification or a substitute for an exact product drawing.
Source links: S424 · Evidence trail → (private workspace)
C231C · P231
The brief illustrates panel layouts at 15.5 mm pitch for BNC, 13.1 mm for Mini-BNC and 8 mm for HD-BNC.
Claim scope: Panel-density examples only: not mating diameters, contact pitch, tolerances, minimum clearances or fabrication dimensions.
Source links: S424 · Evidence trail → (private workspace)
C231D · P231
Amphenol RF identifies 031-70250 as a straight 75-ohm Mini-BNC jack with bayonet coupling.
Claim scope: Exact 031-70250 only.
Source links: S542 · Evidence trail → (private workspace)
C231E · P231
The 031-70250 product fields specify solder contact termination and PCB through-hole termination; its panel-mounting feature is explicitly not applicable.
Claim scope: Exact component attributes; no PCB footprint or assembly instruction imported.
Source links: S542 · Evidence trail → (private workspace)
C231F · P231
The Mini-BNC family page has differing narrative and specification-table descriptions of impedance, frequency and temperature; no single family-wide rating is resolved by this observation.
Claim scope: A source-scope conflict, not a replacement engineering limit.
Source links: S543 · Evidence trail → (private workspace)
Recorded evidence only. An inspection date, publisher label, source link or generated packet is not independent technical review, hardware testing, fabrication approval or a compatibility verdict.
