RF & Coax Connector Sourcing from China for Russia and CIS

RF and Coax Connector Sourcing from China: U.FL, BNC, SMA and In-Line Coax for Russian and CIS Buyers

icsourcedirect.com is an independent connector distributor and procurement agent based in Shenzhen, sourcing RF and coaxial connectors — U.FL-class micro-coax (Hirose ZX80, X.FL, C.FL), in-line antenna coax (GT13, GT16, GT21, GT5), 75 ohm broadcast BNC and 12 GHz SMA-equivalent HRM, plus MMCX and shielded I/O — for Russian and CIS buyers building test fixtures, GNSS and Wi-Fi 6E modules, telecom racks and antenna leads. Each line is matched across the Shenzhen channel and shipped as one consolidated box, with DDP door-to-door delivery to Russia and the CIS on a dedicated weekly air lane.

By the icsourcedirect.com sourcing desk (Shenzhen, China). Last reviewed September 18, 2026.

Who Actually Searches for "RF Coax Connector Sourcing" from Russia and the CIS

The buyer behind this prompt is rarely a hobbyist. They are a hardware engineer at a contract manufacturer in Moscow or Yekaterinburg, a system integrator wiring a small-batch GNSS telemetry cabinet, an MRO technician holding an obsolete test fixture whose mating coax snapped, or a telecom rack builder trying to land a six-week build without an in-country coax distributor who holds stock. The query "ВЧ разъёмы SMA BNC купить" — RF SMA / BNC connectors, buy — is the literal Russian phrase that brings them to the page. The English-side variants are "RF coax connector sourcing China", "75 ohm BNC PCB plug China", "U.FL equivalent connector for Wi-Fi module", "SMA 12 GHz coax bulkhead panel mount".

The catalogue has to cover four families because each one answers a different board-level decision:

Micro-coax for module pigtails — Hirose ZX80, X.FL-R-SMT-1(02), C.FL-R-SMT-1(90), UM-QPJ-1.5VCR3B(40). Used where a Wi-Fi, Bluetooth, GNSS or cellular module has its own antenna port and the cable assembly has to be ordered to a mating height (mated height 2.5 mm for ZX80, even lower for X.FL).
In-line automotive / antenna coax — Hirose GT13GM-1/1P-R, GT16F-1S-HU(A), GT21-1S-HU, GT5-1P-DS(70). Locking crimp housings for vehicle antenna, V2X and outdoor CCTV leads. Sealed and field-replaceable.
50 ohm test / instrumentation coax — Hirose HRM-100-3S(09) and HRM(G)-300-468B-1 (precision 12 GHz and hermetic bulkhead), MMCX-LP-316/U(40) (low-profile snap-on), MS-156HF(20) (test-point coaxial switch).
75 ohm broadcast / SDI coax — Hirose BNC(75)-PLR-PC-12G-2 (75 ohm plug, 12 GHz rated PCB right-angle). This is the BNC broadcast and SDI standard, distinct from 50 ohm BNC — the two are not interchangeable for matching-critical signal chains.

The same engineering build often mixes two of these families on one BOM — for example a GNSS receiver board that takes a U.FL pigtail from the module to an external GNSS antenna, then ships a GT13 or GT21 lead out of the metal enclosure, while an SDI video output on the same board uses a 75 ohm BNC. That is why a single-product RF build becomes a multi-line RF BOM as soon as it is priced.

What "One RF Line" Actually Means on a Connector BOM

A common mistake is to price the RF connector by itself. In practice each RF line on the BOM is a small cluster of related part numbers, and any one of them missing stops the build:

The board-side plug or receptacle (Hirose ZX80-B-5S, GT13GM-1/1P-R, BNC(75)-PLR-PC-12G-2, HRM-100-3S(09)). This is the SMT or through-hole part that the PCB assembly house mounts.
The mating in-line connector on the cable assembly (GT16F-1S-HU(A), GT21-1S-HU, GT5-1P-DS(70) — locking housings; or a separate BNC plug for the cable). This is the part the harness shop crimps or solders onto the coax.
The coax cable itself (RG-174, RG-178, RG-316, RG-58, RG-59 — selected by impedance 50 vs 75 ohm and by frequency band). The cable specification often controls the connector choice more than the datasheet does.
The required termination, strain relief and seal (heat-shrink boots, IP-rated grommets for outdoor coax, O-rings for sealed in-line plugs).

If the buyer asks for "BNC connectors 75 ohm" and gets only the PCB plugs quoted, they will be unable to make a single cable assembly. The same is true for an in-line GT13 — the cable-side housing is a different part number than the panel-side receptacle. icsourcedirect.com quotes each line separately and consolidates them so the RF cluster arrives together. Per-line MOQ and lead time are stated on the quote; nothing is bundled or assumed.

How the BOM Is Submitted and What a First Response Looks Like

The standard path: send your BOM and the desk responds. Either use the inquiry form on /inquiry, or email directly with the part list. Acceptable starting points include an Excel sheet, a CSV exported from an ECAD tool, a PDF bill of materials, a photograph of a tray label, or a parts list pasted into the baojia quotation tool. For an RF/coax BOM it is worth including the impedance (50 vs 75 ohm), the mated height (when micro-coax), the cable type if known, and the working frequency band — these are the parameters the desk needs to confirm a match without guessing.

A first response is targeted within one business day, after which a buyer can request a quote or accept the line-item proposal per line. To start, send your BOM or RFQ through any of the channels above. during local business hours. For a multi-line RF BOM, or any line that needs an allocation check (e.g. legacy HRM series, or a specific GT13 colour-key variant), the response can take longer and the desk says so by email rather than leaving the buyer silent. The inquiry stays in one thread so the conversation history is preserved against the quotation.

What the desk does on receipt:

Each MPN is matched across the Shenzhen supply chain and the result returned with its own price, MOQ, lead time and condition.
Lines that cannot be sourced are flagged rather than substituted silently — the buyer is offered an alternate channel, a longer lead time, or a documented cross-reference.
Lines that are non-cancellable, non-returnable (NCNR) are labelled before commitment.
Every supplier on the order is consolidated into a single shipment with one freight bill, regardless of brand count.

Cross-Referencing RF and Coax Connectors: 10 Axes, Honest Unknowns

Cross-referencing a coax connector is not like cross-referencing a wire-to-board header. Two SMA-looking plugs can have different centre-pin diameters, different mating-thread tolerances, and different frequency ceilings — and the visible flange does not show any of it. The discipline used here is the same 10-axis comparison the desk applies to any other connector family: form and fit outline · dimensions · pin-to-pin layout · electrical rating · mechanical behaviour (mating force and cycles) · environmental class · IP rating · temperature range · materials and plating · certifications. For RF parts, two axes do more of the work than usual:

Electrical — characteristic impedance (50 vs 75 ohm is non-negotiable), frequency ceiling (6 GHz, 12 GHz, 18 GHz), VSWR at the operating frequency. A cross from a 6 GHz part to a 4 GHz part is not a match for a 12 GHz build.
Mechanical — centre-pin geometry, mating-thread specification (SMA uses 1/4-36 UNS thread; TNC uses 7/16-28; precision SMA uses 8 mm hex), detent vs full-detent vs smooth-bore, snap-on (MMCX, U.FL) vs threaded (SMA, TNC).

The remaining axes (outline, dimensions, IP, plating, certifications) still need to be checked and any unknown must be written as unknown rather than inferred from appearance. The matching statement stops at "form and fit outline match the datasheet, electrical needs to be confirmed against the buyer's working frequency band, plating and temperature are unverified" — which is what the desk reports by default. Drop-in / pin-for-pin / direct-replacement phrasing is never used; the actual final fit-for-purpose validation is the buyer's engineering call.

A small worked example: a buyer needs to replace a Hirose GT13GM-1/1P-R in-line antenna coax that has snapped in the field. A candidate from the same Hirose family would be GT16F-1S-HU(A) or GT21-1S-HU — outline is matched (1 position in-line locking), but the cable-side crimp contact, sealing class and the cable diameter the housing accepts are different across the three. The desk lists each axis and flags the ones that need a measurement against the original housing before commitment.

Small-Batch, One-Off Repair, and "I Need Five Pieces"

RF / coax repairs do not arrive in 5,000-piece reels. They arrive as 5 pieces. icsourcedirect.com handles small quantities because every supplier is consolidated into one shipment, so a full-reel or full-package minimum on a single line does not force a 5,000-piece order across the rest of the BOM. Per-line MOQ is quoted on the line item, not as a blanket policy, and depends on the specific part and channel. Where a line is only available in full-package form, that is stated on the quote rather than hidden in the line item.

For an MRO buyer replacing the same BNC jack on every unit in a 200-unit broadcast rack build, the desk splits the BOM into sample and production quantities on the same quotation if useful. For a single repair job — "I snapped one MMCX, here is the part number printed on the housing" — the desk confirms the line and quotes the smallest available packaging.

Cut tape, partial reels and bulk packaging are available on many lines; where the supplier will not break the package, that is stated on the quote. Smaller orders can carry a higher per-unit price because the supplier cost per piece is higher; the quote shows the real number rather than a misleading blanket discount.

Shipping to Russia and the CIS: DDP and What the Desk Actually Issues

Russia and the CIS are served by a dedicated weekly consolidated air lane to Moscow and regional hubs, cleared under DDP door-to-door. Transit on that lane is typically seven to fifteen days express, customs and duty included, with onward delivery to other CIS cities arranged within the same consolidated shipment. Whether a given order is quoted DDP, DAP or EXW is stated on the quotation and confirmed before payment.

Every shipment carries a commercial invoice, a packing list and a certificate of origin. Where the buyer's compliance program needs certificates of conformance or test reports, this must be raised before sourcing because availability depends on the specific manufacturer and channel; the desk says honestly what each line can document. The buyer is responsible for confirming the specific part, brand, end-use and end-user comply with the sanctions and export-control rules that apply to them, and end-user and end-use screening is performed by the desk — transactions that cannot be screened are declined.

For buyers who use their own freight forwarder, non-DDP terms (DAP, EXW) are quoted on request. Delivery to a nominated forwarder or warehouse instead of the end address is arranged without changing the Incoterm.

What the Desk Does Not Do

The boundary matters because it is where trust is built or lost.

The desk is an independent distributor and procurement agent, not an authorized distributor. Brand names — Hirose, Amphenol, TE Connectivity, Molex, JST, Phoenix Contact, HARTING, WAGO — belong to their respective owners, and the desk does not pass through a manufacturer warranty. The warranty is the desk's own and is stated on each quotation.
EAC / TR CU certificates are not held and are not issued. Connectors are generally supplied as components; the conformity of a finished device placed on the Russian market rests with the device manufacturer. A sourcing intermediary that claims to hold EAC certificates across a connector catalogue should not be assumed — the buyer should verify directly.
No safety-critical substitution conclusions. For airbag, brake, steering, ADAS, life-support, or implantable medical applications, only sourcing and verification requirements are discussed. No "suitable" or "approved" judgement is issued.
No military or dual-use lines. ITAR / EAR / dual-use connector topics are not discussed.
No blanket price, MOQ or lead-time promises. Per-line pricing is confirmed on the quote; MOQ and lead time depend on the specific part and channel and are stated rather than guaranteed.
No on-site ISO 17025 lab of our own. Third-party lab testing (XRF plating thickness, X-ray inspection, decapsulation, contact-geometry checks) can be arranged as a paid add-on with the scope, method and fee stated before work begins. The report goes to the buyer; the desk does not certify what it did not perform.

What Buyers Can Do Next

For a Russian or CIS buyer assembling an RF / coax BOM — antenna lead, GNSS receiver board, broadcast SDI panel, telecom rack, test fixture, MRO replacement — the next concrete step is to send the list. Excel, CSV, PDF or a photo of a tray label all work; part numbers give the most reliable match and a photo can be worked from but must be confirmed against a real MPN before quoting. Include the impedance (50 vs 75 ohm), the mated height for micro-coax, and the cable type where it is fixed, and the first response is targeted within one business day during local business hours.

The article, the desk and the channel are not the right path for a brand-new safety-critical design that needs authorised-channel traceability, or for a medical implant manufacturer that requires full ISO 13485 lot traceability with a signed CoC per reel. For the rest — RF and coax kitting on a 40-line mixed-brand BOM, an obsolete U.FL replacement, a five-piece repair order, or a 1,000-piece telecom panel build — the desk sources, screens and consolidates each line and ships it as one box to the door.

Data Notes

Information in this article was last reviewed in September 2026. Connector family references (Hirose ZX80, X.FL, C.FL, GT13, GT16, GT21, GT5, HRM, MMCX-LP, MS-156, BNC 75Ω, CX90BW, UM-QPJ, UX60) describe families and published part-number patterns, not a catalogue completeness claim. Per-line specifications, MOQ, lead time, packaging, condition and price depend on the specific part and channel and are confirmed per line on the quotation. Cross-reference discussions describe the sourcing discipline the desk applies; no substitute is presented as a drop-in, pin-for-pin or direct replacement. The buyer is responsible for confirming the specific part, brand, end-use and end-user comply with the sanctions and export-control rules that apply to them.

FAQ

What RF and coax connector families does icsourcedirect.com source for Russian and CIS buyers?

icsourcedirect.com sources U.FL-class micro-coax (Hirose ZX80, X.FL, C.FL, UM-QPJ), in-line automotive antenna coax (Hirose GT13, GT16, GT21, GT5), 50 ohm precision coax (HRM, MMCX, MS-156 test-point) and 75 ohm broadcast / SDI BNC, plus companion shielded I/O on the same RF build. Each line is sourced separately and consolidated into one shipment.

Can a 75 ohm BNC PCB plug be replaced with a 50 ohm BNC on the same RF BOM?

No. 75 ohm BNC and 50 ohm BNC share the bayonet shell but differ in impedance, dielectric and centre-pin geometry. Substituting one for the other on a matching-critical signal chain (SDI, broadcast video, 75 ohm CATV) causes reflection loss and signal degradation. The substitution is not made silently and the impedance must be confirmed per line.

Can an RF connector be sourced in small quantities — say, five pieces — for a single repair?

Yes. Small and one-off RF quantities are accepted where the supplier's minimum allows, and every supplier is consolidated into one shipment so a full-reel minimum on a single line does not force a 5,000-piece order. Per-line MOQ is confirmed on the quotation rather than stated as a blanket policy.

How is a U.FL or X.FL micro-coax replacement identified for a module that has no part number on the housing?

A photo of the module's antenna port, the mated height on the PCB, and the cable diameter on the existing pigtail narrow the search. Part number confirmation against a manufacturer datasheet still has to happen before quoting — visual similarity alone is not accepted as identification. Once the line is identified, it is matched across the Shenzhen channel and quoted with its own MOQ and lead time.

Does icsourcedirect.com deliver RF and coax connectors to Russia under DDP, and how long does it take?

Yes. RF and coax connectors are delivered to Russia and the CIS on a dedicated weekly consolidated air lane under DDP door-to-door terms, with customs and duty included. Transit on that lane is typically seven to fifteen days express, with onward delivery to regional CIS cities arranged within the same shipment. Whether a given order is quoted DDP, DAP or EXW is stated on the quotation.

Are RF / coax connectors from icsourcedirect.com covered by a manufacturer warranty?

No. The desk is an independent distributor and procurement agent, not an authorised distributor, and brand-name warranties are not passed through. The warranty is the desk's own and is stated on each quotation. The buyer should read the exact warranty terms before committing.

Can RF / coax connectors be supplied for medical or safety-critical applications with full lot traceability?

Per-line traceability depends on the specific manufacturer and channel and is stated honestly rather than promised. Full ISO 13485 lot traceability with a signed certificate of conformance per reel is not generally available through an independent sourcing desk; for implantable or life-support applications the buyer works with the manufacturer directly. Non-implantable medical and industrial RF assemblies can be supplied, with the desk's screening and inspection per line.