DP-700 · Question #126
You are designing a data solution in Microsoft Fabric that will process large volumes of streaming data from IoT devices. The data needs to be ingested, transformed, and made available for near…
The correct answer is C. Real-Time hub with KQL Database. The question asks for the best Fabric component to ingest, transform, and analyze large volumes of IoT streaming data in near real-time.
Question
Exhibit
Options
- ADataflow Gen2
- BNotebooks
- CReal-Time hub with KQL Database
- DPipelines
How the community answered
(23 responses)- A4% (1)
- B9% (2)
- C74% (17)
- D13% (3)
Why each option
The question asks for the best Fabric component to ingest, transform, and analyze large volumes of IoT streaming data in near real-time.
Dataflow Gen2 is primarily for batch ingestion and transformation, not optimized for the continuous, near real-time processing of large volumes of streaming data from IoT devices.
Notebooks are versatile for data processing and analytics but are typically used for batch or interactive analysis, not as a primary, scalable engine for continuous ingestion and near real-time transformation of high-volume streaming data.
The Real-Time hub combined with a KQL Database in Microsoft Fabric is specifically designed for high-volume, low-latency streaming data scenarios like IoT. The Real-Time hub allows for centralized ingestion of streaming data, while the KQL Database provides a highly optimized engine for storing, querying, and analyzing this data in near real-time.
Pipelines (data pipelines) are orchestration tools for moving and transforming data, often in batch. While they can include streaming-related activities, they are not the core component for the engine of streaming ingestion and near real-time analytics like the Real-Time hub and KQL Database.
Concept tested: Microsoft Fabric components for real-time streaming data ingestion and analytics
Source: https://learn.microsoft.com/fabric/real-time/overview-real-time-analytics
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