光學元件

特崴光波導為達成模組設計及製造的垂直整合,並維持光電模組批量化的品質,亦進行了主要光學元件的自製化。 

特崴光波導目前已成功開發並驗證光學元件 「MM 980nm 25Gbps VCSEL & PD」,該產品採用多模(MM)設計,可同時滿足 COB(Chip on Board)及 Flip-Chip 封裝製程 的需求,提供高效能、高可靠性的光學解決方案。憑藉其穩定的光學特性、低功耗及高頻寬傳輸能力,此系列產品特別適用於次世代光通訊、高速數據傳輸及光互連應用,涵蓋資料中心、高速光纖網路、AI運算及消費性電子產品等領域。
在技術研發與品質控管方面,特崴光波導採用先進的半導體製程技術,確保產品具備高均勻性、高耦合效率及低串擾特性,進一步提升光學訊號的傳輸品質。此外,該產品已通過嚴格的可靠性測試與環境壽命驗證,確保其在各種應用場景下均能保持穩定的效能表現。
除了廣泛應用於特崴光波導的自製光電模組外,該產品亦已獲得國內外多家客戶的驗證與採用,並成功導入至多款新產品設計中。隨著市場對高速光通訊技術需求的不斷提升,特崴光波導將持續投入技術創新,致力於提供高品質、高效能的光學解決方案,以滿足多元化應用需求,進一步提升市場競爭力。

VCSEL

(Vertical Cavity Surface Emitting Laser)

MM 980nm 25Gbps

(Top Emission)

QV-M0980025-Txx-E0 is multimode 25Gbps VCSEL with wavelength 980nm device has low electrical parasitics and proven high reliability. That has top side ohmic contacts with Signal-Ground (SG) configurations. The device is available in singlet (1×1) or array configurations (1×4) and are compatible with wire-bonding and flip-chip bonding.

MM 980nm 25Gbps

(Bottom Emission)

QV-M0980025-Bxx-E0 is multimode 25Gbps VCSEL with wavelength 980nm device has low electrical parasitics and proven high reliability. That has bottom side ohmic contacts with Signal-Ground (SG) configurations. The device is available in singlet (1×1) or array configurations (1×4) and are compatible with wire-bonding and flip-chip bonding.

PD

(Photodiode)

MM 980nm 25Gbps

(Top Illumination)

QP-M0980025-Txx-E0 is a front-side illuminated InGaAs PIN photodiode chip has a 40µm detection window and excellent performances, like low capacitance, high responsivity, low dark current, and reliability in field. The device is available in singlet (1×1) or array configurations (1×4) and are compatible with wire-bonding and flip-chip bonding.

MM 980nm 25Gbps

(Bottom Illumination)

QP-M0980025-Bxx-E0 is a bottom-side illuminated InGaAs PIN photodiode chip has 50µm detection window and excellent performances, like low capacitance, high responsivity, low dark current, and reliability in field. The device is available in singlet (1×1) or array configurations (1×4) and are compatible with wire-bonding and flip-chip bonding.
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