US /ˈnænəˌsɛkənd/
・UK /ˈnænəʊsekənd/
And I realized that I was just one tiny bit in one nanosecond, deciding what I should do.
And I realized that I was just one tiny bit in one nanosecond deciding what I should do.
They're the ones that set the pace and the rhythm for your brain waves from nanosecond to nanosecond.
They're the ones that set the pace and the rhythm for your brain waves from nanosecond to nanosecond.
But in the true quant sense, the ultra high frequency stuff will be kind of microsecond and even nanosecond kind of scale.
the ultra high-frequency stuff will be microsecond and even nanosecond
So I sat myself down and I said, "Marie, when you're 35, will you regret not having gone for this whole hip-hop thing?" And in a nanosecond, my answer was, "Hell, yes, I'll regret it." In that moment, all wishy-washyness went away.
hip-hop thing?” In a nanosecond, my answer was “hell yes, I’ll regret it.” In that
In finance, every nanosecond counts.
Every nanosecond counts.
And what we've seen is that with Tomahawk Ultra, if that has about a 250 nanosecond latency, you can get an end-to-end latency, so application layer at the XPU to application layer of sub-400 nanoseconds.
And what we've seen is that with Tomahawk Ultra, is that has about a 250 nanosecond latency, you can get an end-to-end latency, so application layer at the XPU to application layer of sub-400 nanoseconds.
He could do that in a nanosecond.
He could do that in a nanosecond.
For the ual, since there's no packing or unpacking, we said okay, a Switch takes a 200 nanosecond latency and accelerator side UAL RXTX TLDL layers take 100 nanosecond latency.
So that covers 300 nanosecond.
It's true that it will only add an imperceptibly small fraction of a nanosecond,
It's true that it will only add an imperceptibly small fraction of a nanosecond,
So our pin-to-pin latency inside those switches is somewhere in the 100-nanosecond range.
So our pin-to-pin latency inside those switches is somewhere in the 100 nanosecond range.