by Navitas | Jan 18, 2022 | Front Page, In the News, IR CN, IR Financial, Latest News, Press Releases CN
vivo公司旗下iQOO子品牌推出iQOO 9系列，标配120W超快闪充迷你充电器正式搭载纳微新一代GaNSense技术 加州，埃尔塞贡多: 2022年1月[5]日：纳微半导体今天正式宣布，其新一代增加GaNSense技术的智能GaNFast氮化镓功率芯片已用于vivo公司旗下iQOO子品牌iQOO 9 Pro手机所标配的120W超快闪充迷你充电器中。这款iQOO 9 Pro随机附带的充电器能在19分钟内完成iQOO 9...
by Navitas | Jan 18, 2022 | Front-Page, IR, IR-Financial, Latest-News, Press-Releases
GaNFast™ power IC with GaNSense™ technology delivers iQOO’s fastest, smallest 120W charger in new ultra-fast market category El Segundo, California: January 18th, 2022: Navitas today officially announced that its next-generation GaNFast power IC drives the 120W...
by Navitas | Jan 18, 2022 | Front-Page, In the Media, IR, IR-Financial, Latest-News, Short post
“Fundamental to improving adoptions of renewables is a reduction in the cost per watt of conversion, increased capacity of energy storage, and higher energy-conversion efficiency. As legacy silicon power switches reach their limits, gallium nitride (GaN) will...
by Navitas | Jan 18, 2022 | Front-Page, In the Media, IR, IR-Financial, Latest-News, Short post
Navitas opens the world’s first GaN IC design center dedicated to electric vehicles (EV). “The Navitas EV team has rich talent and proven experience delivering power systems,” said Charles ZHA, VP and GM of Navitas China. “EMobility is an exciting expansion market for...
by Navitas | Jan 14, 2022 | Front Page, In the News, IR CN, IR Financial, Latest News, Press Releases CN
纳微携手博兰得科技，共同助力OPPO超薄超闪充电器再升级 加州，埃尔塞贡多: 2021年1月7日：纳微半导体今天正式宣布，其氮化镓功率芯片已用于OPPO 12月7 日全新发布的 50W 超薄超闪充电器《英雄联盟手游》限定版。这款限量发售，值的收藏的氮化镓充电器拥有非凡的轻薄机身和创新设计的“挂绳式”数据线，是2020年OPPO 发布的具有划时代意义的50W超闪饼干充电器的特别定制版本，售价 399 元 该氮化镓充电器机身为纯黑配色，拥有钢琴烤漆般的黑色光泽，与Riot...
by Navitas | Jan 14, 2022 | Front Page, In the News, IR CN, IR Financial, Latest News, Press Releases CN
下一代氮化镓功率芯片将加速充电更快，驾驶距离更远的电动汽车普及提前三年来到，并减少20%道路二氧化碳排放 2022年1月14日，北京—— 氮化镓 (GaN) 功率芯片的行业领导者 Navitas Semiconductor（纳斯达克代码：NVTS）宣布开设新的电动汽车 (EV) 设计中心，进一步扩展到更高功率的氮化镓市场。与传统的硅解决方案相比，基于氮化镓的车载充电器 (OBC) 的充电速度估计快 3 倍，节能高达 70%。据估计，氮化镓OBC、DC-DC 转换器和牵引逆变器将有望延长电动汽车续航里程，或将电池成本降低...
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