Product News

Amphenol Industrial Operations has expanded its H4 solar connector family with the introduction of the H4 Plus™ P2KV, a new 2000V solar connector designed for next-generation photovoltaic and energy storage systems.

Engineered for emerging higher-voltage PV architectures, the H4 Plus™ P2KV supports 2000V DC operation and 6 AWG / 16 mm² photovoltaic cable, helping address the needs of larger utility-scale solar installations, longer cable runs, and higher-power system designs.

The connector supports rated current levels of 65A under ETL certification and 70A under TÜV certification at 85°C. Typical contact resistance of ≤0.25 mΩ helps maintain a low-loss electrical interface, supporting consistent performance across demanding solar and energy storage applications.

Built for outdoor environments, the H4 Plus™ P2KV provides IP65 and IP68 protection when properly mated and IP2X protection when unmated. UV-resistant thermoplastic construction, a UL94-V0 flame classification, and RoHS and REACH compliance further support long-term use in photovoltaic installations exposed to demanding environmental conditions.

The H4 Plus™ P2KV is available in both field-installable and preassembled configurations, giving system designers and installers flexibility in how connections are integrated across PV systems. Dedicated stripping, crimping, inspection, torque, and unlocking tools support controlled and repeatable installation.

As solar projects continue moving from conventional 1500V architectures toward 2000V DC systems, higher operating voltage can help increase string power and, depending on overall system design, reduce parallel circuits, cabling, and other balance-of-system requirements.

Typical applications include:

• Utility-scale solar installations
• Commercial photovoltaic systems
• Module string connections
• Combiner and junction boxes
• Compatible inverter DC interfaces
• Solar-plus-storage systems
• Energy storage applications

The addition of the H4 Plus™ P2KV strengthens Amphenol Industrial Operations’ solar connectivity portfolio by extending the proven H4 platform into higher-voltage, higher-power applications while maintaining the durability, environmental protection, and electrical performance required for modern photovoltaic systems.

For additional product information, specifications, and application details, visit the H4 Plus™ P2KV product page:
https://amphenol-industrial.com/products/h4-p2kv-solar-connector/

Read the full product expansion news article:
https://amphenol-industrial.com/2000v-solar-connector-expansion/

Amphenol Industrial Operations has expanded its ePower-Lite® Series with the introduction of the new ePower-Lite Mini X, a compact high-voltage connector engineered for today's increasingly space-constrained electrification applications.

Designed to support the evolving needs of electric vehicles (EV), hybrid electric vehicles (HEV), fuel cell vehicles (FCV), heavy equipment, factory automation, and industrial electrification systems, the Mini X extends the versatility of the proven ePower-Lite connector family while maintaining the rugged performance and reliability expected from Amphenol Industrial Operations.

The two-position connector supports operating voltages up to 1000 VDC and current ratings up to 35A, providing engineers with a compact solution for auxiliary high-voltage systems where installation space is limited. Optional High Voltage Interlock Loop (HVIL) and EMI shielding configurations, combined with IP67 and IP6K9K environmental sealing, IP2XB touch-safe protection, and secondary locking, help support safe and reliable operation in demanding environments.

As electrified platforms continue to integrate more power electronics into smaller packages, connector size, weight, and flexibility have become increasingly important design considerations. The Mini X addresses these challenges by offering a lightweight, compact interface without sacrificing durability or electrical performance.

The Mini X complements the existing ePower-Lite Series, which includes 3.6 mm, 5.7 mm, and Mini connector platforms, giving engineers additional flexibility to select the connector that best matches their current, voltage, packaging, and application requirements.

Typical applications include:

• Electric and hybrid vehicles
• Fuel cell vehicles
• Heavy equipment
• Factory automation
• Industrial electrification
• DC/DC converters
• High-voltage climate compressors
• PTC heaters

The addition of Mini X further strengthens Amphenol Industrial Operations' growing portfolio of high-voltage interconnect solutions supporting next-generation electrification across transportation and industrial markets.

For additional product information, specifications, and available configurations, visit the ePower-Lite Series product page:
https://amphenol-industrial.com/products/epower-lite-and-epower-lite-mini/

ENDICOTT, NY — Amphenol Industrial Operations has expanded its APC Series connector portfolio with the addition of a new 18-10 insert arrangement, increasing design flexibility for engineers developing rugged industrial power and signal solutions.

The latest APC Series expansion introduces three new shell types: front mount receptacle, rear mount receptacle, and plug. These additions provide customers with more options when integrating APC connectors into industrial equipment, control systems, and applications requiring reliable connectivity in demanding environments.

Designed as a lightweight and cost-effective alternative to traditional metal circular connectors, the APC Series combines rugged thermoplastic housings with proven connector performance. The series supports dependable operation while helping reduce overall system weight and simplify installation.

The APC Series features a fast-mating design, durable construction, and environmental protection suited for harsh industrial conditions. With the addition of the new 18-10 arrangement, customers gain greater flexibility when selecting connector configurations that meet specific application requirements.

Key features of the APC Series include:

• New 18-10 insert arrangement
• Front mount receptacle, rear mount receptacle, and plug options
• Lightweight thermoplastic shell construction
• Power and signal connectivity solutions
• Fast, reliable mating interface
• Rugged performance for industrial environments

The APC Series supports a wide range of applications, including industrial automation, energy storage systems, heavy equipment, electric vehicles, HVAC systems, instrumentation, communications, lighting, and other industrial equipment.

This expansion reflects Amphenol Industrial Operations’ continued commitment to developing reliable interconnect solutions that provide engineers with greater flexibility, performance, and value.

Read the full APC Series expansion announcement:
https://amphenol-industrial.com/apc-series-expansion-2026/

Explore APC Series connector solutions:
https://amphenol-industrial.com/products/apc-series/

ENDICOTT, N.Y. — As AI data centers, electric vehicle (EV) charging, and energy storage systems (ESS) generate increasingly high thermal loads, efficient cooling has become a critical operational requirement. To meet this challenge, Amphenol Industrial Operations has expanded its Liquid Cooling Systems portfolio, introducing a broader range of connectors designed for flexible, reliable thermal management.

The expanded lineup features three key series tailored to specific architectural needs. The MQD Series offers a compact, push-pull quick disconnect solution ideal for space-constrained computer trays. For standardized environments, the UQD/UQDB Rev 2.0 aligns with Open Compute Project (OCP) requirements, featuring blind-mate capabilities and improved flow performance for high-performance computing. Finally, the SHQD Series addresses high-flow "sourceline" applications, supporting flow rates up to 800 L/min with dual-interlock safety features to prevent spills during maintenance.

Engineered from corrosion-resistant stainless steel, these connectors feature dry-break sealing and compatibility with common coolants like ethylene glycol. By providing solutions ranging from tray-level interfaces to CDU-to-manifold connections, Amphenol Industrial Operations offers engineers a comprehensive toolkit to manage the evolving thermal demands of next-generation infrastructure.

For more information, visit the official news page.

Amphenol Socapex, a global designer & manufacturer of interconnect solutions for harsh environments, today announced the release of its USB Type C Active Optical Cable (AOC) extender, an innovative solution that delivers high-speed data, video, and power transmission over long distances where traditional copper solutions fail.

The USB Type C AOC extender combines fiber optics and copper conductors in a single hybrid cable, enabling USB 3.2 Gen 2 performance up to 10 Gbps with no latency or signal loss. Unlike conventional copper USB cables, which are limited to just 1 meter at full speed, the Amphenol Socapex solution supports lengths up to 15 meters, providing engineers with unprecedented design flexibility.

Designed for rugged defense and industrial applications, the cable integrates a threaded MIL-DTL-38999 shell, IP68 sealing, IK06 shock resistance, EMI shielding, and vibration performance per MIL-STD-810H, making it fully military-grade and field-ready.  
It supports Power Delivery up to 60 W, high-definition video transmission up to 8K/60 Hz and 4K/120 Hz, and is fully backward compatible with USB 2.0 devices.

“We are proud to be the first to bring a rugged USB Type C Active Optical Cable extender to the defense market. This innovation solves the distance limitations of copper cables while meeting the extreme durability and reliability requirements of military applications,” said Matthieu Rinsant,  C6ISR Product Manager at Amphenol Socapex. “Our customers can now benefit from long-distance, interference-free connectivity without compromising on performance or ruggedness.”

The USB Type C AOC extender is ideal for soldier-worn systems, drones, helicopters, ground vehicles, naval and C6ISR communications, simulation systems, professional video walls, and industrial automation. By combining optical performance with military-grade ruggedization, it ensures secure and stable high-speed connectivity even in the harshest operational conditions.

Available now in distribution.

For technical details, CAD files and video, please visit the following product page: Extender USB-C Active Optical Cable – 10Gbps, 15m, IP68, 8K 60 Hz, Power Delivery- Extenders | Amphenol Socapex

Amphenol Socapex, a global designer & manufacturer of interconnect solutions for harsh environments, today announced the release of its USB Type C Active Optical Cable (AOC) extender, an innovative solution that delivers high-speed data, video, and power transmission over long distances where traditional copper solutions fail.

The USB Type C AOC extender combines fiber optics and copper conductors in a single hybrid cable, enabling USB 3.2 Gen 2 performance up to 10 Gbps with no latency or signal loss. Unlike conventional copper USB cables, which are limited to just 1 meter at full speed, the Amphenol Socapex solution supports lengths up to 15 meters, providing engineers with unprecedented design flexibility.

Designed for rugged defense and industrial applications, the cable integrates a threaded MIL-DTL-38999 shell, IP68 sealing, IK06 shock resistance, EMI shielding, and vibration performance per MIL-STD-810H, making it fully military-grade and field-ready.  
It supports Power Delivery up to 60 W, high-definition video transmission up to 8K/60 Hz and 4K/120 Hz, and is fully backward compatible with USB 2.0 devices.

“We are proud to be the first to bring a rugged USB Type C Active Optical Cable extender to the defense market. This innovation solves the distance limitations of copper cables while meeting the extreme durability and reliability requirements of military applications,” said Matthieu Rinsant,  C6ISR Product Manager at Amphenol Socapex. “Our customers can now benefit from long-distance, interference-free connectivity without compromising on performance or ruggedness.”

The USB Type C AOC extender is ideal for soldier-worn systems, drones, helicopters, ground vehicles, naval and C6ISR communications, simulation systems, professional video walls, and industrial automation. By combining optical performance with military-grade ruggedization, it ensures secure and stable high-speed connectivity even in the harshest operational conditions.

Available now in distribution.

For technical details, CAD files and video, please visit the following product page: Extender USB-C Active Optical Cable – 10Gbps, 15m, IP68, 8K 60 Hz, Power Delivery- Extenders | Amphenol Socapex

Amphenol Socapex, a global designer & manufacturer of interconnect solutions for harsh environments, today announced the release of its USB Type C Active Optical Cable (AOC) extender, an innovative solution that delivers high-speed data, video, and power transmission over long distances where traditional copper solutions fail.

The USB Type C AOC extender combines fiber optics and copper conductors in a single hybrid cable, enabling USB 3.2 Gen 2 performance up to 10 Gbps with no latency or signal loss. Unlike conventional copper USB cables, which are limited to just 1 meter at full speed, the Amphenol Socapex solution supports lengths up to 15 meters, providing engineers with unprecedented design flexibility.

Designed for rugged defense and industrial applications, the cable integrates a threaded MIL-DTL-38999 shell, IP68 sealing, IK06 shock resistance, EMI shielding, and vibration performance per MIL-STD-810H, making it fully military-grade and field-ready.  
It supports Power Delivery up to 60 W, high-definition video transmission up to 8K/60 Hz and 4K/120 Hz, and is fully backward compatible with USB 2.0 devices.

“We are proud to be the first to bring a rugged USB Type C Active Optical Cable extender to the defense market. This innovation solves the distance limitations of copper cables while meeting the extreme durability and reliability requirements of military applications,” said Matthieu Rinsant,  C6ISR Product Manager at Amphenol Socapex. “Our customers can now benefit from long-distance, interference-free connectivity without compromising on performance or ruggedness.”

The USB Type C AOC extender is ideal for soldier-worn systems, drones, helicopters, ground vehicles, naval and C6ISR communications, simulation systems, professional video walls, and industrial automation. By combining optical performance with military-grade ruggedization, it ensures secure and stable high-speed connectivity even in the harshest operational conditions.

Available now in distribution.

For technical details, CAD files and video, please visit the following product page: Extender USB-C Active Optical Cable – 10Gbps, 15m, IP68, 8K 60 Hz, Power Delivery- Extenders | Amphenol Socapex

Amphenol Socapex, a global designer & manufacturer of interconnect solutions for harsh environments, today announced the release of its USB Type C Active Optical Cable (AOC) extender, an innovative solution that delivers high-speed data, video, and power transmission over long distances where traditional copper solutions fail.

The USB Type C AOC extender combines fiber optics and copper conductors in a single hybrid cable, enabling USB 3.2 Gen 2 performance up to 10 Gbps with no latency or signal loss. Unlike conventional copper USB cables, which are limited to just 1 meter at full speed, the Amphenol Socapex solution supports lengths up to 15 meters, providing engineers with unprecedented design flexibility.

Designed for rugged defense and industrial applications, the cable integrates a threaded MIL-DTL-38999 shell, IP68 sealing, IK06 shock resistance, EMI shielding, and vibration performance per MIL-STD-810H, making it fully military-grade and field-ready.  
It supports Power Delivery up to 60 W, high-definition video transmission up to 8K/60 Hz and 4K/120 Hz, and is fully backward compatible with USB 2.0 devices.

“We are proud to be the first to bring a rugged USB Type C Active Optical Cable extender to the defense market. This innovation solves the distance limitations of copper cables while meeting the extreme durability and reliability requirements of military applications,” said Matthieu Rinsant,  C6ISR Product Manager at Amphenol Socapex. “Our customers can now benefit from long-distance, interference-free connectivity without compromising on performance or ruggedness.”

The USB Type C AOC extender is ideal for soldier-worn systems, drones, helicopters, ground vehicles, naval and C6ISR communications, simulation systems, professional video walls, and industrial automation. By combining optical performance with military-grade ruggedization, it ensures secure and stable high-speed connectivity even in the harshest operational conditions.

Available now in distribution.

For technical details, CAD files and video, please visit the following product page: Extender USB-C Active Optical Cable – 10Gbps, 15m, IP68, 8K 60 Hz, Power Delivery- Extenders | Amphenol Socapex

A new COTS interconnect system exceeding VITA 78 standards has officially met every requirement for space-related missions.

Amphenol Socapex unveils SpaceVPX, engineered for the systems that are not allowed to fail.

Space VPX connectors are especially designed for spatial application, unlike standard VPX connectors, the VITA 78 SpaceVPX is optimized for extreme environments: it operates under extreme temperatures (-55 °C to +105 °C), it has been tested for outgassing to NASA/ESA requirements and has passed vibration testing and shock testing according to VITA 72. It is also designed for use in radiation-exposed systems and assembled with materials compatible with harsh space conditions.

The last improvement but not the least, SpaceVPX is based on OpenVPX architecture and uses special wafer configurations that provide fault-tolerant and redundant connectivity for critical space missions.

Key Benefits:
● It operates under extreme temperatures (-55 °C to +105 °C)
● It has been tested for outgassing to NASA/ESA requirements
● It has passed vibration testing and shock testing according to VITA 72
● It is designed for use in radiation-exposed systems
● It is based on OpenVPX architecture and uses special wafer configurations that provide fault-tolerant and redundant connectivity for critical space missions

Learn more: VITA 78: SpaceVPX Connector COTS/SOSA interconnect and fault-tolerant - VITA Connectors | Amphenol Socapex

Now available through Amphenol Socapex and its distributors in Europe.

For technical inquiries or quotations, please contact Product Manager: Fanny Ajello

Amphenol Industrial Operations announces the Floating Mate Connector Series, a compact, high-current hybrid interface engineered for modular battery architectures where drawers, slide-in power shelves, or serviceable energy modules connect reliably at the rack or cabinet level. As energy storage systems (ESS) and electrified platforms continue to increase power density within tighter mechanical envelopes, designers adopt modular, replaceable building blocks to reduce downtime and simplify maintenance. The Floating Mate Connector Series supports that approach by combining high-voltage power contacts and low-voltage signal positions into a single connection point intended for repeatable insertion and removal.

In many rack and cabinet designs, the connection interface limits assembly efficiency, service workflows, and long-term reliability. Harness complexity, restricted access inside enclosures, and tolerance stack-up across rails and frames make traditional manual plug-and-cable approaches difficult to standardize. The Floating Mate Connector Series uses a floating engagement concept intended to support consistent blind mating in drawer-style designs, reducing the number of individual connections technicians manage during both initial build and field servicing.

Modern battery drawers often require both main DC paths and low-voltage signal lines for monitoring and control. By integrating power and signal into one hybrid interface, the series reduces connector count, streamlines harness routing, and improves repeatability in cabinet layouts where space and cable management are constrained. Built around proven RADSOK® contact technology, the series is available in 2+12, 4+12, and 4+12 Mini layouts and supports up to 120 A per power contact and 1,000–1,500 VDC designs (variant-dependent). Safety-focused features include a finger-proof (IP2XB) power interface and first-mate/last-break positions for grounding or interlock-style functions. The series supports –40 °C to +125 °C operation and references UL 4128, TÜV 2PfG2740, and IEC 61984 for teams that consider standards alignment as part of design validation.