The phrase "at a throughput" is correct and usable in written English.
It can be used when discussing the rate of production or processing in a system, often in contexts related to technology, manufacturing, or data transfer.
Example: "The system is designed to operate efficiently at a throughput of 1000 transactions per second."
Alternatives: "at a rate of" or "with a throughput of".
The production line exhibited good control over the emulsification and homogenization process and enabled the particle size of NLC below 210 nm at a throughput of 25 kg/h (for lipid solution at a flow rate of 0.4 kg/min).
At a throughput of 0.35, short-term fairness horizon of the 100 × 100 grid network is twice of the horizon of the 50 × 50 grid.
The SATA2 core's internal NPI based DMA engine can obtain data from the MPMC at a throughput of 240 MB/s.
We demonstrate not only the separation of 10, 12, and 15 micron particles at a throughput up to 500 μl min-1 using this 3D-AFT method, but also the separation of erythrocytes, leukocytes, and cancer cells.
To exemplify this, our architecture implemented with P = 45 FUs supports at maximum seven iterations when decoding at a throughput of 90 Mbps for worst case working conditions, as depicted in Table 6.
No image recognition was thus required for the injections, unlike a previously reported design that operates at a throughput level of 25 consecutive injections per run of 2 minutes [30].
Screening of this extensive chemical library commenced in 2011 at NCGC, with a throughput capacity of approximately 25 assays per year.
For example, high throughput image analysis increases phenotypic information, albeit at a reduced throughput [ 14, 15].
With the TCP router, a request for a cached object may initially be sent to the wrong cache node; this results in larger cache node CPU cycles, but can provide a higher aggregate throughput, because the TCP router becomes a bottleneck at a higher throughput than the content router.
Our implementation operating at 10 MHz achieves a throughput of greater than 700 Mbps, which is several times higher than previous implementations.
By adjusting the FBSs' transmit power, macrocells could ensure a low interference to their MUEs at the expense of a throughput degradation of femtocell users.
