Modular Cables

Image	Part Number	Description / PDF	Quantity	Rfq
	17-150854 CONEC	CABLE MOD 8P8C PLUG-PLUG 1.64'	0
	17-103124 CONEC	CABLE MOD 8P8C PLUG-PLUG 16.4'	0
	17-103134 CONEC	CABLE MOD 8P8C PLUG-PLUG 6.56'	0
	17-103104 CONEC	CABLE MOD 8P8C PLUG-PLUG 6.56'	0
	17-101054 CONEC	CABLE MOD 8P8C PLUG-PLUG 6.56'	0
	17-150304 CONEC	CABLE MOD 8P8C PLUG-PLUG 6.56'	0
	17-150334 CONEC	CABLE MOD 8P8C PLUG-PLUG 6.56'	0
	17-150744 CONEC	CABLE MOD 8P8C PLUG-PLUG 16.4'	0
	17-10004 CONEC	CABLE MOD 8P8C PLUG-PLUG 13.12'	0
	17-10005 CONEC	CABLE MOD 8P8C PLUG-PLUG 16.4'	0
	17-101154 CONEC	CABLE MOD 8P8C PLUG-PLUG 13.12'	0
	17-101094 CONEC	CABLE MOD 8P8C PLUG-PLUG 13.12'	0
	17-100624 CONEC	CABLE MOD 8P8C PLUG-PLUG 16.4'	0
	17-100614 CONEC	CABLE MOD 8P8C PLUG-PLUG 13.12'	0
	17-101244 CONEC	CABLE MOD 8P8C PLUG-PLUG 13.12'	0

Modular Cables

1. Overview

Modular cables are standardized, customizable cable assemblies designed for flexible connectivity in electronic systems. Their plug-and-play architecture enables rapid deployment, scalability, and maintenance efficiency. These cables serve as critical infrastructure in data centers, industrial automation, and telecommunications, supporting seamless integration of hardware components while maintaining signal integrity and power delivery.

2. Main Types and Functional Classification

Type	Functional Characteristics	Application Examples
Power Modular Cables	High-current capacity, thermal-resistant insulation	Data center server racks, industrial machinery
Data Transmission Cables	Shielded twisted pairs (STP), <15ns latency	Networking switches, PoE devices
Fiber Optic Modular Cables	LC/MPO connectors, 100Gbps+ throughput	Telecom backbone networks, medical imaging
Hybrid Cables	Combined power/data channels, IP68 rating	Smart factory automation, aerospace systems

3. Structural Composition

Typical modular cables feature:

Conductive Core: Annealed copper (20-24 AWG) with oxygen-free purity ( 99.95%)
Insulation: Cross-linked polyethylene (XLPE) or fluorinated ethylene propylene (FEP)
Shielding: Braided aluminum/mylar layers with 95%+ coverage
Connectors: Hot-swappable RJ45/USB-C/M12 interfaces with 500+ mating cycles
Strain Relief: Thermoplastic elastomer (TPE) boots for 20N+ tensile strength

4. Key Technical Parameters

Parameter	Typical Range	Importance
Current Rating	1-40A	Determines power delivery capacity
Voltage Range	12-600V	Ensures system electrical compatibility
Transmission Rate	1Gbps-400Gbps	Defines data throughput capability
Operating Temp	-40 C to +125 C	Guarantees performance in extreme environments
Shielding Effectiveness	60-100dB	Prevents electromagnetic interference

5. Application Industries

Key sectors include:

IT Infrastructure: Blade servers, hyper-converged storage arrays
Industrial IoT: Programmable logic controllers (PLCs), robotic arms
Medical Devices: MRI machines, endoscopic surgical systems
Transportation: EV charging stations, avionics control units

6. Leading Manufacturers

Manufacturer	Key Products	Technical Highlights
TE Connectivity	ModuCon PowerCage	1500V insulation, IP67 rated
Amphenol	OptiFlex FiberLink	Low-smoke zero-halogen (LSZH) jacket
Molex	Twinax High-Speed	25Gbps per channel, RoHS compliance

7. Selection Guidelines

Key considerations:

Signal Integrity: Match impedance (100 15%) for high-speed applications
Environmental Factors: Select UV-resistant jacketing for outdoor deployment
Standards Compliance: Verify UL/CSA/IEC certification
Cost Optimization: Balance conductor material quality vs budget constraints

Case Study: A cloud data center achieved 30% faster deployment using Molex's pre-terminated modular harnesses with integrated strain relief.

8. Industry Trends

Emerging developments:

Adoption of 800Gbps fiber modules for AI/ML infrastructure
Nano-coated cables for corrosion resistance in marine environments
Embedded sensors for real-time temperature monitoring
Recyclable polymer jackets aligning with EU Circular Economy Action Plan