Kyocera AVX 6298 vs. Amphenol FPC: Miniaturization and EMI Shielding
In the world of AR glasses and wearables, EMI is the enemy. Compare Kyocera and Amphenol to see which connector offers the best noise suppression.
As devices get smaller, the "noise" from the processor sits closer to the "ears" of the antenna. In a pair of 2026 AR glasses, EMI (Electromagnetic Interference) can ruin the user experience by lagging the display or dropping the Wi-Fi signal. The Kyocera AVX 6298 and the Amphenol FPC shielded series are the front-line defense against this digital noise.
Kyocera’s 6298 series is a pioneer in profile-height reduction. By keeping the connector extremely low to the board, they naturally reduce the "antenna effect" of the pins. Kyocera has also introduced specialized grounding tabs that allow the connector's metal shell to be soldered directly to the PCB ground plane, creating a 360-degree shield around the contact point.
Amphenol’s shielded FPC line takes a more system-wide approach. They offer specialized FFC cables that come pre-bonded with EMI shielding film, designed to mate perfectly with their shielded connector housings. This "end-to-end" shielding is the gold standard for devices with sensitive GPS or 5G antennas. If you are struggling with a specific "noise" issue in a wearable, Amphenol’s integrated cable-and-connector system is the most effective solution; if you are simply trying to save every last micron of space, Kyocera is the winner.
