TE HPF 1.2mm Connector, Custom Wire Harness Assembly

TE HPF 1.2mm Connector

The ​TE HPF 1.2mm Connector by TE Connectivity is a compact, high-performance fiber optic connector designed for dense, high-speed environments. Ideal for data centers, industrial automation, aerospace, and medical devices, it supports multimode OM3/OM4 fibers with ​≤0.3 dB insertion loss and ​100 GHz bandwidth, enabling 40G/100G+ speeds. Its ​1.2mm diameter maximizes space efficiency in crowded enclosures, while rugged features like MIL-STD-810G vibration resistance, IP67 sealing, and a push-pull mating mechanism ensure durability in harsh conditions. TE’s Precision Alignment Technology guarantees consistent performance, and its pre-terminated options simplify deployment. A blend of compactness, reliability, and speed makes it a top choice for modern high-density networks.

Features

​Physical Dimensions

• ​Connector Diameter: 1.2mm, enhancing space efficiency in crowded enclosures.
• ​Fiber Types: Supports multimode fibers (e.g., OM3/OM4) with 50/62.5µm cores, suitable for short- to medium-distance transmission.

​Performance Metrics

• ​Insertion Loss: Typically ≤0.3 dB per connection (excellent for minimizing signal degradation).
• ​Return Loss: ≥50 dB (reduces reflections and interference).
• ​Bandwidth: Up to 100 GHz for OM4 fibers, enabling high-speed data rates

​Durability

• ​Vibration Resistance: Meets MIL-STD-810G for industrial and aerospace environments.
• ​Thermal Stability: Operates in -40°C to +85°C ranges.
• ​Environmental Sealing: IP67 rating for dust/water resistance (optional configurations).

Connector Specifications Chart

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Applications

​Data Centers

In modern data centers, the ​TE HPF 1.2mm Connector plays a pivotal role in enabling high-density, high-speed networks critical for 40G/100G+ applications. Its compact 1.2mm diameter allows for seamless integration into crowded patch panels and switch chassis, maximizing space utilization while maintaining signal integrity. With multimode OM3/OM4 fiber support, it delivers ultra-low insertion loss (≤0.3 dB) and bandwidth up to 100 GHz, ensuring reliable transmission of high-bandwidth data streams for virtualization, AI, and cloud computing. The connector’s push-pull mating mechanism simplifies field terminations and reduces deployment time, while its ruggedized design minimizes failure risks in fluctuating temperatures and humidity. Pre-terminated solutions further streamline operations, cutting labor costs and downtime. TE’s Precision Alignment Technology (PAT) guarantees consistent performance across thousands of mating cycles, making it ideal for hyperscalers aiming for energy-efficient, scalable infrastructure with minimal maintenance.

Automotive

In the automotive industry, the ​TE HPF 1.2mm Connector is driving innovation in electric vehicles (EVs), autonomous driving, and advanced infotainment systems. Its compact size and high-density design are ideal for integrating into EV powertrains, battery management systems, and charging ports, where space is at a premium. For autonomous driving, the connector enables reliable transmission of real-time data from LiDAR, cameras, and radar sensors to onboard computers, leveraging its low insertion loss (<0.3 dB) and 100 GHz bandwidth for multi-gigabit-per-second speeds. The ruggedized construction—compliant with ISO 16750 for automotive environmental durability—ensures resilience to road vibrations, thermal shock, and moisture, critical for harsh operating conditions. In EVs, its hermetic sealing and corrosion resistance protect against harsh battery environments, reducing failure risks. The push-pull mating mechanism simplifies assembly line workflows, while field-terminable options allow customization for niche applications. TE’s PAT technology maintains signal integrity even after thousands of connections, vital for safety-critical systems like collision avoidance. By combining miniaturization, speed, and durability, the HPF connector empowers automakers to meet stringent performance, safety, and space requirements in tomorrow’s vehicles.

​Industrial Automation

Industrial automation relies on the ​TE HPF 1.2mm Connector to power robust, real-time networks in robotic systems and factory-floor environments. Its compact form factor and durability are essential for machinery operating in tight spaces, where space constraints and vibration resistance are paramount. The connector withstands harsh conditions—vibrations, dust, and extreme temperatures (−40°C to +85°C)—ensuring uninterrupted data flow for motor control, IoT sensors, and machine vision systems. Its low insertion loss and high bandwidth support multi-gigabit-per-second speeds, enabling precise synchronization of automated processes. Field-terminable options allow customization for unique network architectures, while IP67 sealing protects against moisture and contaminants. TE’s vibration-resistant design, compliant with MIL-STD-810G, ensures reliability in automotive manufacturing, food processing, and other industries where downtime is costly. By combining compactness, speed, and durability, the HPF connector empowers factories to achieve higher productivity and smarter automation.

​Aerospace & Defense

In aerospace and defense, the ​TE HPF 1.2mm Connector is a mission-critical component for aircraft, satellites, and military hardware exposed to extreme conditions. Its lightweight, rugged design and thermal stability (-40°C to +125°C) make it ideal for avionics, missile guidance systems, and satellite communications. The connector’s high return loss (>50 dB) minimizes signal reflections, crucial for radar and communication arrays operating in electromagnetic -rich environments. Its push-pull mechanism ensures quick disconnects for maintenance, while hermetic sealing prevents moisture ingress in harsh aerospace conditions. Compliance with MIL-DTL-38999G and Airbus AEC-Q100 standards validates its reliability for aerospace OEMs. For defense applications, the HPF’s compact size enables integration into compact electronic warfare systems and unmanned vehicles, where space and weight savings are vital. TE’s innovative PAT technology ensures consistent performance even after repeated mating cycles, making it a trusted choice for defense contractors and aerospace manufacturers prioritizing durability and precision.

​Medical Devices

The ​TE HPF 1.2mm Connector is revolutionizing medical imaging and diagnostic devices with its precision, compactness, and reliability. In MRI machines, CT scanners, and endoscopic systems, its small form factor allows integration into tight spaces without compromising signal quality. The connector supports high-resolution fiber optics for real-time imaging, reducing latency and noise for accurate diagnostics. Its biocompatible materials and IP67 sealing meet strict medical sterilization requirements, ensuring safety in surgical environments. For portable devices like handheld ultrasound scanners, the lightweight design and ruggedness enable reliable operation in dynamic clinical settings. TE’s contamination-resistant ferrule design simplifies cleaning, critical for maintaining sterility. With insertion loss ≤0.3 dB and bandwidth exceeding 100 GHz, it supports advanced applications like optical coherence tomography (OCT) and laser-based therapies. By combining miniaturization, durability, and precision, the HPF connector enhances medical device performance, enabling faster diagnoses and improved patient outcomes.

Support Custom Wire Harness Assembly

• Connectors: 2P to 5P.
• Wire Gauge:
  • depends on your needs
  • recommend by us
• Wire Colors: Available in a wide range including white, black, red, yellow, blue, green, brown, orange, purple, grey, and more.
• Wire Length: Fully customizable to your specifications.
• Wiring Diagram: Tailor-made to meet your project needs.
• Custom type:
  • Send drawing to customize.
  • Send a sample to customize.
  • Tell us as many details as possible to customize.
• Minimum Order: 50 pieces per order.

Customize Your Wire Harness

Send your sample or drawing/schematic for quote price→ Feedback with quotation(1~3 days) → Confirm quotation → Arrange sample you for approval→ [Make mold if needed (7 days) →Mold test] → Making samples(1~3 days)→ Samples test(Approval) → place order for Mass production(2~3 weeks)→ Quality checking→ Packing → Delivery → After Service → Repeat Order.