朋友们，又到了一年一度的这个时候。是时候庆祝新年、新客户、新突破，以及最新版的《猛犸象》了。 CES technology event, bringing the world’s leading innovators together again in Las Vegas.
CES brings new opportunities to discover new technologies with real transformative power. It’s the perfect place to unveil exciting new capabilities.
在 2025 年国际消费电子展 (CES) 上，SPARK 将展示我们自己的一些令人兴奋的功能。
A NEW MARKET
迄今为止，SPARK 主要以其在音频、游戏和物联网应用领域的卓越实力而闻名，CES 的与会者可以期待看到我们在这些领域的最新进展。有关 SPARK 计划在 CES 2025 上进行的超宽带 (UWB) 无线连接演示的完整日程安排， refer here.
SPARK有哪些新特性？
For the first time ever, SPARK Microsystems will provide public previews of our UWB technology for medical applications – medical implant devices, specifically. SPARK is at the outset of initiatives designed to bring the many advantages we deliver for audio, gaming and IoT onward to the medical domain where SPARK UWB shows clear potential to provide critically valuable benefits in healthcare.
为了更直观地了解 SPARK 将为医疗植入物和移动诊断、成像及监测设备带来的好处，请考虑 SPARK UWB 目前在关键性能领域已展现的优势：
Data throughput 在医疗应用中，数据吞吐量的限制会降低医学图像和生命体征监测的分辨率。对于以往受限于低吞吐量传输的移动无线医疗设备而言，SPARK UWB 技术可以突破这些数据传输瓶颈。
How big an issue is wireless data transfer for tomorrow’s medical technologies? Neuralink recently issued a 公众挑战 为了解决这个被称为“看似不可能解决的问题”，人们正在寻求帮助。加拿大广播公司（CBC）将根本问题描述为：“将脑信号转化为计算机输入意味着要非常快速地传输大量数据——每秒传输的脑部数据量是[Neuralink植入物]目前无线传输能力的200倍。”
数据量真大！但只要方法得当，就没有解决不了的问题。
延迟 – Medical monitoring devices – blood pressure monitors, cardiac rhythm monitors, continuous glucose monitors and many more – are designed to provide critical, real-time health data feedback. Immediate analysis and responsiveness enable improved medical outcomes, and low-latency data transmission is therefore a must.
SPARK UWB’s ultra-low latency outperforms legacy wireless platforms – Wi-Fi and Bluetooth – by a significant margin. This advantage can be a major asset for the next generation of wireless medical monitors and devices, both traditional and implantable.
Power efficiency – Medical device uptime is essential for administering care 24×7, posing an obvious challenge for mobile medical devices requiring periodic battery charges and changes that take them offline.
Here again, SPARK UWB outperforms legacy wireless platforms by a wide margin, with extremely low power consumption that can greatly extend the uptime for battery-operated medical devices. For implantable devices designed to be powered by external energy harvesters, SPARK’s extremely low power profile makes it an ideal complement between harvester and RF transceiver.
干扰鲁棒性 – 窄带 2.4 GHz WiFi 和蓝牙医疗设备可能会出现拥塞和信号干扰问题，这给最不能承受此类问题的环境带来了可靠性方面的担忧，无论是在医疗机构内移动使用还是在现场使用。
工作在 2.4 GHz 频段的无线医疗设备会争夺信号路径，而该频段本身就非常狭窄，已被各种 Wi-Fi 设备挤占。SPARK UWB 技术则不受这些窄带干扰的限制。
CES见！
SPARK UWB 的性能远超 Wi-Fi 和蓝牙，可广泛应用于各种无线医疗领域，医疗设备制造商已注意到这一点。我们将持续与您分享最新进展！
想先睹为快 SPARK 为医疗设备、音频、游戏、物联网等领域带来的创新吗？请务必莅临 CES 2025 与我们相聚。 点击这里 详情请见此处。
