V62-AAZ36-SG090E1 OSFP Cage With Heatsink Specifications and Applications

ElecSuppliers Part Number GuideSep 26, 2026

V62-AAZ36-SG090E1 is an Amphenol high-speed interconnect product designed as a 1x4 OSFP cage with heatsink. It is part of the OSFP 1xN product family and is intended for high-density optical and high-speed networking applications. The manufacturer's engineering drawing identifies the product as a 1x4 OSFP RHS cage with heatsink.

The cage provides the mechanical interface and electromagnetic shielding structure around OSFP transceiver modules while the integrated heatsink supports thermal management. This type of assembly is designed for high-speed network equipment where multiple optical transceiver ports are installed in a compact PCB and system chassis.

V62-AAZ36-SG090E1 Key Features

V62-AAZ36-SG090E1 provides four OSFP ports in a single 1x4 configuration. The design includes a right-hand-side cage structure and an integrated heatsink for thermal management.

The manufacturer's drawing specifies an internal port width of approximately 22.88 mm with the EMI fingers fully compressed and an internal port height of approximately 9.80 mm under the same condition. The drawing also identifies a maximum overall configuration dimension of approximately 94.97 mm across the four-port cage assembly.

The cage is designed around the OSFP form factor and provides a defined mechanical structure for compatible optical transceiver modules.

V62-AAZ36-SG090E1 OSFP Cage Design

The OSFP cage is designed to be mounted to the PCB and chassis structure while providing individual openings for four transceiver modules. The cage helps maintain mechanical alignment between the transceivers and the corresponding optical or electrical interfaces.

EMI fingers around the port openings provide electromagnetic shielding between the transceiver area and the surrounding system. Correct compression of the EMI fingers is important for maintaining the intended shielding and mechanical interface.

The integrated heatsink provides a thermal path from the transceiver area toward the system cooling structure. This becomes increasingly important in high-speed networking equipment where optical modules can generate substantial heat during continuous operation.

V62-AAZ36-SG090E1 Mechanical Specifications

The V62-AAZ36-SG090E1 engineering drawing uses millimeters as the dimensional unit and specifies numerous mechanical dimensions for the cage and heatsink assembly. The drawing shows a four-port arrangement with an overall length of approximately 94.97 mm.

The design also specifies approximately 64.00 mm for one of the main heatsink-related dimensions, together with multiple mounting and clearance dimensions. Engineers should use the latest controlled Amphenol drawing for PCB placement, chassis design, mechanical clearance, and mating-interface verification rather than relying on simplified catalog dimensions.

V62-AAZ36-SG090E1 Thermal Management

Thermal management is one of the main considerations when using an OSFP cage with an integrated heatsink. High-speed optical transceivers can produce significant heat, particularly in data center and networking systems operating continuously at high data rates.

The heatsink configuration of V62-AAZ36-SG090E1 provides a defined thermal structure around the transceiver positions. System designers should evaluate heatsink contact, airflow, chassis clearance, thermal interface conditions, and the total thermal load of all four installed modules.

The actual thermal performance depends on the selected transceivers and the overall equipment cooling architecture.

V62-AAZ36-SG090E1 Applications

V62-AAZ36-SG090E1 is intended for high-density networking and optical communication equipment using OSFP transceivers. Potential applications include data center switches, high-speed network switches, routers, optical transport equipment, and other high-bandwidth communication systems.

The four-port configuration can help equipment manufacturers increase front-panel port density while maintaining a structured thermal and EMI design around the optical modules.

V62-AAZ36-SG090E1 PCB and System Design

When integrating V62-AAZ36-SG090E1, engineers should consider PCB placement, connector alignment, chassis openings, transceiver insertion clearance, heatsink height, airflow, and EMI requirements.

The cage must be accurately aligned with the PCB and front-panel structure. Mechanical tolerances should also be reviewed because small alignment errors can affect transceiver insertion and removal.

High-speed electrical routing around the OSFP interface should follow the requirements of the associated connector and transceiver design. PCB stack-up, impedance control, via structures, and signal routing can affect overall system performance.

V62-AAZ36-SG090E1 Sourcing Considerations

When sourcing V62-AAZ36-SG090E1, buyers should specify the complete Amphenol part number because OSFP cages with similar external appearances can differ in port count, orientation, heatsink design, mounting structure, and EMI configuration.

Avnet lists V62-AAZ36-SG090E1 as an Amphenol manufacturer part number, with a minimum order quantity of 504 pieces and a standard multiple of 36 pieces in its current distributor listing.

For production procurement, buyers should verify the latest mechanical drawing, exact port configuration, heatsink structure, packaging, production status, and current lead time before placing volume orders.