ORV3 AC Whip Cable

30A OCP ORV3 AC Whip Cable (NEMA Plug)

JPC is proud to present OCP ORV3 AC input connectors and cable assemblies that facilitate streamlined power distribution from the busway to the power shelf of the V3 rack. The innovative 7-pin design optimizes space and supports various electrical specifications. JPC's AC whip cables meet IEC and NEMA standards, offering advanced solutions for a modular rack infrastructure that adheres to the OCP's vision for scalable and sustain-able data center technologies.View on OCP Marketplace: JPC ORV3 AC Input Connector and Whip Power Cables

Multi-Trak (SFF-TA-1033) Vertical Combo X16+21A Power Connector

This connector can be used in three different ways. • A single add-in card (AIC) can plug into the Vertical Combo x16+21A Power connector. • A single combo cable can plug into the Vertical Combo x16+21A Power connector. • Separate individual cables to plug into the Vertical Combo x16+21A Power connector.

Multi-Trak (SFF-TA-1033) Vertical Combo X16+55A High Power Plus Connector

This connector can be used in three different ways.• A single add-in card (AIC) can plug into the Vertical Combo x16+55A Power connector.• A single combo high power cable can plug into the Vertical Combo x16+55A High Power Plus connector.• Separate individual cables can plug into the Vertical Combo x16+55A High Power Plus connector.

Multi-Trak 8X Right angle

This cable assembly features a slim form factor design, capable of transmitting high-speed signals up to PCIe Gen 6 and enabling much longer signal paths with superior SI performance compared to conventional PCB routing methods. It also supports a modular design for future expansion, including both power and high/low-speed signal transmission.

Multi-Trak Cable

Multi-Trak 8X Straight Cable

This cable assembly features a slim form factor design, capable of transmitting high-speed signals up to PCIe Gen 6 and enabling much longer signal paths with superior SI performance compared to conventional PCB routing methods. It also supports a modular design for future expansion, including both power and high/low-speed signal transmission.