- The event driven data recorder actively sends recorded data from the local
side when the recording conditions are met. In the case of a centralized
management type surveillance camera, image transfer from the camera always
occurs, wasting network bandwidth, but The PUSH data recorder significantly
reduces network bandwidth consumption.
- Since NVMeTCP-IP does not require Linux and expensive high-performance ARM processor, the
system startup time is very short, small-scale and low-cost FPGAs are available,
reducing power consumption by standby mode and saving network bandwidth.
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- After storing data from sensors and cameras, Data analytics systems require
reading recorded data from remote storage and performing data analysis
on multiple different hosts in parallel.
- Analysis systems using NVMeTCP-IP core free Host CPU resources from NVMe / TCP protocol processing and allow
CPU resources to be concentrated on complex analysis tasks, dramatically
improving analysis efficiency and performance.
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