China High-frequency Visual Line Manufacturers Suppliers Factory - Customized Service

High-Frequency Vision Cables for Machine Vision & Industrial Imaging- Engineered for zero-frame-loss transmission in high-speed

Karobert manufactures high-frequency vision cables for machine vision, industrial imaging, inspection equipment and other applications where stable high-speed signal transmission is essential.

Unlike a conventional cable that mainly needs to provide electrical continuity, a high-frequency vision cable must maintain controlled electrical characteristics as the signal travels from the camera to the processing or acquisition system. Cable impedance, conductor geometry, dielectric structure, shielding, connector transition and cable length can all affect signal quality.

Our cable assemblies can be configured for different high-speed interfaces and application requirements, with options for cable construction, connector type, length, shielding and mechanical design.

HDMI Cable
In the realms of high-performance computing, professional content creation, and advanced visualization, the DisplayPort interface has become the preferred choice for connecting high-end graphics

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HDMI Cable
In modern industrial environments, from precision instrument panels in control rooms and visual inspection interfaces on automated production lines to large screens in digital signage and command

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DVI Cable
In an era of continuous evolution in digital display technology, the DVI interface continues to play an indispensable role in professional graphics workstations, industrial control consoles, medical

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High-frequency Visual Line
As machine vision technology rapidly advances toward higher resolution, faster frame rates, and smarter analysis, traditional transmission interfaces are increasingly hitting bandwidth and distance

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Select by Machine Vision Interface

CoaXPress (CXP) Cable Assemblies
• Protocol Support: CXP-1 through CXP-12 (Up to 12.5 Gbps per coax line)
• Impedance: 75 Ohm (+/- 2 Ohm tolerance control)
• Key Feature: Integrated Power-over-Coax (PoC) with high-density Micro-BNC / DIN 1.0/2.3 connectors
• Typical Application: High-resolution area and line-scan cameras (e.g., Basler, Hikrobot, Dahua, FLIR)

Camera Link (CL) Cable Assemblies
• Configuration: Base, Medium, Full, and Deca configurations
• Shielding: Individual twisted-pair foil shield plus overall tinned copper braid
• Connectors: SDR (Mini Camera Link), MDR 26-pin, with thumb-screws or latching mechanisms

• Flex Life: High-flex options rated for >10 million drag-chain cycles

Camera Link HS (CLHS) Cable Assemblies
• Transmission Rate: Up to 10 Gbps (CX4 / SFP+ fiber or copper implementations)
• Design: Low-skew differential pair construction for deterministic real-time triggering
• Application: Next-generation ultra-high-speed inspection (Semiconductor, PCB, FPD)

Custom & Legacy Vision Cables
USB3 Vision, GigE Vision (Cat6a/Cat7 high-flex), and hybrid power/IO cables
Cross-reference alternatives available for 3M, Intercon 1, and Honda Connectors

Technical Specifications

Parameter	Specification Detail
Interface Protocols	CoaXPress 1.x/2.0, Camera Link (Base/Med/Full), Camera Link HS, GigE Vision
Characteristic Impedance	75 Ohm (Coax), 100 Ohm (Differential Pairs)
Data Rates	Up to 12.5 Gbps per lane
Conductor Material	Silver-plated copper / Tinned oxygen-free copper
Jacket Materials	High-flex TPU / Oil-resistant TPE / Flame-retardant PVC (UL20276)
Flex Rating	Static: 5x OD / Drag-chain: >10 million cycles at 7.5x OD
Operating Temperature	Static: -40 deg C to +80 deg C / Dynamic: -20 deg C to +70 deg C
Certifications	RoHS, REACH, CE, UL Style Compliant
Compatible Brands	Basler, Hikrobot, Dahua, Teledyne DALSA, FLIR, Matrox, Euresys

OEM / Customization & Manufacturing Capabilities

• Connector Orientation: Straight, Right-Angle (Up/Down/Left/Right), custom backshells.

• Installation Class: Static wiring or continuous drag-chain motion (minimum bend radius down to 7.5x OD).

• Cable Jacket Options: Flame-retardant PVC, TPE, or high-abrasion/oil-resistant TPU.

• Labeling & Packaging: Custom laser marking, barcode generation, and private-label retail packaging.

OEM Project Workflow
• Step 01: Requirement Review (Interface, length, motion profile, pinout)
• Step 02: Drawing & Specification Approval (24-hour turnaround)
• Step 03: Prototype / Sample Build (3 to 5 business days)
• Step 04: Laboratory Signal Verification (S-parameter & TDR analysis)
• Step 05: Mass Production & 100% End-of-Line Testing

Technical Performance & Engineering Standards

Unlike general signal wiring, high-speed vision cables function as active transmission lines. We control every parameter to maintain signal margin across long distances.

Controlled Impedance Continuity

Impedance mismatches cause signal reflections, resulting in frame dropouts. We maintain tight impedance tolerances (+/- 2 to +/- 5 Ohm depending on protocol) from the raw conductor through to the soldered/crimped connector junction.

Frequency-Dependent Insertion Loss Data

We do not rely on vague "low loss" marketing claims. Every cable batch is validated with Keysight Vector Network Analyzers (VNA) to provide frequency-dependent S-parameter insertion loss graphs up to 12.5 GHz.

Industrial EMI Shielding Architecture

Operating next to servo motors and VFDs requires robust isolation. Our multi-layer shielding uses:

Inner Layer: 100% coverage Aluminum/Mylar foil for high-frequency noise attenuation.

Outer Layer: High-density (up to 95%) tinned copper braid for low-frequency magnetic isolation and ground continuity.

Quality Assurance & Signal Integrity Testing

Visual and simple continuity checks are insufficient for Gbps vision systems. Karobert enforces a two-tier quality control protocol:

Standard Factory Inspection (100% of Production):

• Pin-to-pin continuity

• Open / Short / Miswire testing

• Insulation resistance (DC 300V)

• Hi-pot voltage testing

High-Frequency Signal Integrity Testing (Sample Batch / On-Demand):

• Time Domain Reflectometry (TDR) for impedance profile mapping

• Attenuation / Insertion Loss measurement

• Return Loss / Crosstalk verification

FAQ

Q: Can Karobert cables replace existing major brand vision cables (e.g., 3M or Intercon 1)?

A: Yes. We offer direct cross-reference alternatives for most standard 3M, Intercon 1, and Honda machine vision cable assemblies. Provide us with your current part number or pinout diagram for a cross-reference sheet and quote.

Q: How do I know whether I need a static cable or a high-flex/drag-chain cable?

A: Static cables are designed for fixed installations inside cabinets or static frame mounts. If your cable is installed on a gantry, robotic arm, or drag chain that experiences continuous motion, you must specify a high-flex cable (featuring fine-stranded conductors and a TPU jacket) to prevent conductor fatigue and premature signal failure.

Q: Do you provide S-parameter or TDR test reports with our orders?

A: Yes. For OEM customers and high-speed protocol orders (such as CXP-12 or CLHS), we can provide batch-specific TDR impedance profiles and insertion loss test data upon request.

Q: What is the lead time for custom prototype samples?

A: Standard custom prototypes (with existing connector molds) typically ship within 3 to 5 business days. Mass production lead time is generally 2 to 3 weeks depending on quantity and raw material availability.

Q: What is your Minimum Order Quantity (MOQ) for custom lengths or pinouts?

A: We support early-stage engineering development. MOQ for custom assemblies starts as low as 10 to 50 pieces, depending on the connector and cable jacket specifications.

We're known as one of the most professional high-frequency visual line manufacturers and suppliers in China, also support customized service. Please feel free to buy high quality high-frequency visual line made in China here from our factory. For price consultation, contact us.

high frequency visual line, DVI Cable, HDMI Cable