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08 ASSEMBLIES

Fine-Pitch · Shielding · RF Process

Fine-Pitch, Shielded & RF Micro-Coaxial Cable Assemblies

When a micro-coax program is defined by how the assembly is built — the connector system it mates to, the pitch it routes at, the shielding it has to hold, or the RF and termination tolerances it must pass — these are the directions to compare. Each is a separate buying page with its own spec table and mating boundaries; this page groups them so you can move from a general requirement to the specific build that fits.

Start an RFQMicro-Coaxial Cable Assemblies
0.25–0.5mm PitchMulti-Point ShieldingRF / ImpedanceConnector Systems

Assemblies in this cluster

08 REF
  1. 010.25mm Pitch / Fine-AWG Micro Coax
  2. 02High-Shielding Micro Coax
  3. 03I-PEX CABLINE-Compatible Micro Coax
  4. 04Laser-Stripped Micro Coax
  5. 05Hybrid Copper + Coax + Fiber Harnesses
  6. 06RF Impedance & High-Speed Testing
  7. 07Hirose DF36-Compatible Micro Coax
  8. 08KEL USL / SSL-Compatible Micro Coax
OEM · ODM READY
SEC · 01Fine-Pitch · Shielding · RF Process

One cluster, four build constraints

Fine-pitch micro-coax, shielding repeatability, RF/impedance integrity, and specialized termination are different ways of describing the same class of demanding assembly: high signal density in a small, controlled cross-section. A camera-module harness might be specified by its connector system; a high-speed link by its impedance and test records; a dense routing job by its pitch and shielding. The pages below let you enter from whichever constraint is driving the project, instead of forcing every program through one generic spec.

SEC · 02Assemblies in this cluster

Assemblies in this cluster

Each direction below is a dedicated page — connector compatibility, pitch and AWG, shielding, hybrid construction, and RF/impedance testing. Open the one that matches your locked requirement; if more than one applies, the connector or impedance page is usually the tighter place to start.

REF-01

0.25mm Pitch / Fine-AWG Micro Coax

For fine-wire micro-coaxial assemblies used in denser routing and lighter interconnect layouts.

Micro CoaxFine PitchLightweight
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REF-02

High-Shielding Micro Coax

For projects that prioritize shielding repeatability and compact RF routing stability.

ShieldingRFCompact
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REF-03

I-PEX CABLINE-Compatible Micro Coax

For projects where the connector system is already locked and mating, suffix, route, and version boundaries need review.

CompatibleCABLINEConnector
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REF-04

Laser-Stripped Micro Coax

For fine-AWG micro-coax builds where stripping windows, terminal consistency, inspection checkpoints, and records matter.

Laser StrippingCapabilityRecords
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REF-05

Hybrid Copper + Coax + Fiber Harnesses

For mixed-media assemblies that combine copper power, micro-coax signal, and fiber channels in one controlled harness.

HybridCopper + FiberCapability
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REF-06

RF Impedance & High-Speed Testing

For 50 ohm, 75 ohm, and 100 ohm micro-coax programs that need TDR, VNA, termination consistency, and test records.

RFTDR / VNATesting
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REF-07

Hirose DF36-Compatible Micro Coax

For micro-coax projects where the Hirose DF36 connector system is already fixed and suffix variant, mating, wire gauge, and routing space need a compatibility review.

Hirose DF36ConnectorMicro Coax
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REF-08

KEL USL / SSL-Compatible Micro Coax

For micro-coax projects where the KEL USL / SSL connector system is already fixed and pitch step, variant, mounting height, and shield grounding need a compatibility review.

KEL USL / SSLConnectorMicro Coax
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SEC · 03How to choose within this cluster

How to choose within this cluster

Most projects land on one page first and reference a second. A short way to decide where to start:

01

Start from the connector system

If the mating connector is already locked (I-PEX CABLINE, Hirose DF36, KEL USL/SSL), start from that connector page. Suffix variant, mating direction, wire gauge, and routing space are the boundaries that matter, and the page carries a compatibility table for them.

02

Start from pitch and AWG

If the constraint is cross-section — ultra-fine wire, dense routing, low mounting height — the fine-pitch page is the cleaner entry, and it cross-links to the connector pages that support that pitch.

03

Start from shielding or RF

If EMI behavior, impedance target (50 / 75 / 100 ohm), or test records (TDR / VNA) gate the design, the shielding and RF-testing pages cover ground, coverage, and verification. These usually pair with a connector or pitch page rather than stand alone.

04

Hybrid and mixed-media builds

When copper power, coax signal, and fiber share one controlled harness, the hybrid page is the right starting point; it references the same termination and shielding discipline as the rest of the cluster.

SEC · 04Cluster FAQ

Cluster FAQ

Request a quote

RFQ · OPEN

Tell us which direction fits — connector system, pitch, shielding, or RF — and the boundaries you already know. We confirm mating, gauge, and test scope in review and come back with a build proposal.

Connector system / part number (if fixed)
Pitch, AWG, and routing space
Shielding and impedance / test target
Length, quantity, and program stage
Start an RFQ