Pluggable Connectors - Accessories

Part Number	Description / PDF	Quantity
GT17-8DS-HU Hirose	CONN HSG FOR GT17 SERIES	0
FX15-31P-C Hirose	CONN HSG FOR FX15 SERIES	29
GT17HS-4P-SC Hirose	CONN SHD PLATE FOR GT17 INSULTR	0
GT17HNR-4DS-5CF Hirose	CONN PCB 4POS	1940
FX15S-41P-C Hirose	CONN HSG FOR FX15 SERIES	438
GT17VS-6DS-5CF Hirose	CONN SHD PLATE FOR GT17 INSULATR	21
GT17HNS-4DS-5CF Hirose	CONN SHD PLATE FOR GT17 INSULATR	530
GT17V-10DS-SC Hirose	CONN SHD PLATE FOR GT17 INSULTR	0
GT17HN-4DS-2C(C) Hirose	CONN INSULATOR FOR GT17 SERIES	97
GT17HNS-16DS-HU Hirose	CONN HSG FOR GT17 SERIES	0
GT17VS-10DS-8CF Hirose	CONN SHD PLATE FOR GT17 INSULATR	232
GT17-2022PCF Hirose	CONN CONTACT FOR GT17 HSG	0
GT17S-8DS-HU Hirose	CONN HSG FOR GT17 SERIES	0
GT17A-2428PCF Hirose	CONN CONTACT FOR GT17 HSG	9930
GT17HS-4S-HU Hirose	CONN HSG FOR GT17 SERIES	258
FX15S-51P-GND Hirose	CONN GND PLATE FOR FX15 SERIES	1315
GT17VSA-6DS-HU Hirose	CONN HSG FOR GT17 SERIES	2615
GT17HS-4S-5CF Hirose	CONN SHD PLATE FOR GT17 INSULATR	602
GT17VS-6DS-HU Hirose	CONN HSG FOR GT17 SERIES	1
GT17HN-4DS-2C(B) Hirose	CONN INSULATOR FOR GT17 SERIES	133

Pluggable Connectors - Accessories

1. Overview

Pluggable connectors and their accessories are modular electronic components designed to enable rapid, tool-free connection and disconnection of electrical circuits. They serve as critical interfaces in systems requiring maintenance flexibility, scalability, and high reliability. These components are essential in telecommunications, data centers, industrial automation, and consumer electronics, where they ensure seamless signal and power transmission while minimizing downtime during upgrades or repairs.

2. Major Types & Functional Classification

Type	Functional Features	Application Examples
Fiber Optic Connectors (LC, SC, MPO)	High-speed optical signal transmission, low insertion loss	Data center backbone networks, 5G infrastructure
Copper Cable Connectors (RJ45, USB-C)	Power and data transmission over twisted pair or coaxial cables	Ethernet switches, IoT devices
High-Speed Backplane Connectors	Differential signaling with impedance control for >25 Gbps rates	Telecom routers, military radar systems
Modular Adapter Panels	Interface conversion (e.g., SC to LC), density optimization	Hybrid network cabinets, test equipment

3. Structure & Composition

Typical pluggable connectors consist of:

Contact Elements: Phosphor bronze or beryllium copper with gold/silver plating for conductivity
Insulation Housing: High-temperature resistant LCP or nylon for dimensional stability
Shielding Shell: Metal (aluminum, steel) or conductive polymer for EMI protection
Latching Mechanism: Push-pull, bayonet, or threaded coupling for secure mating

4. Key Technical Specifications

Parameter	Importance
Insertion Loss ( 0.5 dB)	Determines signal integrity in high-frequency applications
Voltage Standing Wave Ratio (VSWR 1.5:1)	Indicates impedance matching quality
Operating Temperature (-55 C to +125 C)	Defines environmental durability limits
Mating Cycles ( 500 cycles)	Directly impacts maintenance lifecycle costs
Current Carrying Capacity (1-10A per contact)	Dictates power delivery capabilities

5. Application Fields

Primary industries include:

Telecommunications: 5G base stations, optical line terminals
Data Centers: 400Gbps QSFP-DD interconnects, storage area networks
Industrial Automation: Programmable logic controllers (PLCs), sensor hubs
Medical Equipment: MRI machine data links, patient monitoring systems

Case Study: Google's AI server clusters utilize 800Gbps OSFP connectors for GPU interlinks, achieving 40% lower latency compared to traditional QSFP designs.

6. Leading Manufacturers & Products

Manufacturer	Representative Product
TE Connectivity	MULTI-BEAM X High-Speed I/O Connector
Amphenol	Opti-Speed Active Optical Cable Assembly
Molex	Peregrine 112Gbps Backplane System
3M	Fiber Optic LX.5 Connector for 400G Ethernet

7. Selection Recommendations

Key considerations:

Application Requirements: Signal type (analog/digital), frequency range, power needs
Environmental Factors: Vibration resistance, corrosion protection (IP67-rated for outdoor use)
Standards Compliance: IEEE 802.3bs (400G Ethernet), RoHS, REACH
Total Cost of Ownership: Evaluate connector durability against replacement frequency

8. Industry Trends

Emerging developments include:

Transition to 1.6Tbps+ optical engines with silicon photonics integration
Adoption of liquid cooling compatible connectors for high-density server racks
AI-driven predictive maintenance systems using embedded connector sensors
Miniaturization (e.g., SFP-DD to OSFP-XD size reduction) for 800G+ modules
Increased use of composite materials to reduce weight in aerospace applications