IRISO boasts the industry's largest variety of Floating Connector, whose connection surfaces Floating when Mating. Floating Connector absorb misalignment of the board and reduce stress on soldering area, preventing soldering cracks. In addition, multiple connectors can be mounted on the same board and Mating. We offer a wide variety of products to meet the needs of our customers.

Based on our customer support experience and our experience in evaluating and designing high-frequency products, we have defined the "supported data rates" for Board to Board Connectors, and published a table of supported data rates for each pitch.

Based on our customer support experience and our experience in evaluating and designing high-frequency products, we have defined the "supported data rates" of FPC / FFC Connectors and published a table of supported data rates for each pitch.

Optimal connector for connecting ADAS and ECU applications required for autonomous driving. A Board to Board Connector type "hybrid" concept that achieves both high-speed transmission of 25 Gbps * and a Floating structure with an unprecedented Floating amount (XY direction ± 0.8 mm Floating). A power supply terminal that also functions as a fixing bracket is mounted on both ends of the connector, realizing miniaturization and miniaturization of the connector.
* When measured according to the "OIF CEI-28G-SR" standard 

Connector for 0.5mm pitch NON-ZIF RA type FFC compatible with shielded FFC that enables high speed transmission of digital signals. Shielded for anti-EMC measures. Optimized contact structure supports transmission ranges of over 20Gbps by selecting FFC (representative reference value defined by the company) Impedance matching: differential 100Ω. Auto I-Lock structure is hard to pull out but easy to remove. Adopts a pull-out prevention structure that locks as soon as the FFC card is inserted. In addition, it will contribute to the customer's Assembly automation as a Robot Friendly IRISO robot connector product.

A 0.5mm pitch NON-ZIF RA type FFC connector that is compatible with shielded FFCs that enable high-speed digital signal transmission. Shielded for EMC protection. Optimized contact structure supports transmission speeds of over 20.0Gbps by selecting the FFC (representative reference value defined by the company). Impedance matching: differential 100Ω. Auto I-Lock structure is hard to pull out but easy to remove. Adopts a pull-out prevention structure that locks as soon as the FFC card is inserted. In addition, it will contribute to the customer's Assembly automation as a product compatible with IRISO Robot Friendly connectors.

Connector for 0.5mm pitch NON-ZIF RA type FFC compatible with shielded FFC that enables high speed transmission of digital signals. Shielded for anti-EMC measures. Optimized contact structure supports transmission ranges of over 20Gbps by selecting FFC (representative reference value defined by the company). Impedance matching: Differential 100Ω. Auto I-Lock structure is hard to pull out but easy to remove. Adopts a pull-out prevention structure that locks as soon as the FFC card is inserted. Comes with a confirmation window that allows visual inspection of complete insertion of FFC. In addition, it will contribute to the customer's Assembly automation as a Robot Friendly IRISO robot connector product.

0.4mm pitch Stacking connection (ST/ST) Board to Board Connector connector that enables high-speed transmission of digital signals. Supports high-speed transmission despite low profile, space-saving design. Impedance Matching: Differential 100Ω.

0.5mm pitch, Floating structure type Stacking connection (ST/ST) Board to Board Connector connector that enables high-speed transmission of digital signals. Floating (Floating structure) structure with 0.5mm X Y direction to 0.5mm Floating effective Mating length in Z direction, supporting high-speed transmission of 6.0Gbps (typical reference value based on in-house definition). Also V-by-one HS compliant impedance matching: differential 100 Ω. EMC measures by metal shell prevent noise.