amazon DELL PowerEdge R530 reviews
Like the current Dell server series, DELL PowerEdge R530 is built with Dell’s Remote Access Controller 8 (iDRAC8) with the Lifecycle Controller as its general management platform. iDRAC8 provides agent-free management capabilities for reduced deployment, configuration, and server updates.
This review highlights the specific configuration of DELL PowerEdge R530 with hard drives, although the 13th Generation PowerEdge platform also uses Dell’s new PERC9 controllers. PERC9 controllers replace LSI CacheCade technology used in PERC8 controllers with DAS Cache solution from SanDisk. DAS Cache uses the “filter driver” for the operating system to speed up performance with the cache that is frequently used in SSDs. The PowerEdge R730xd review will take a closer look at the features and performance of DAS Cache.
The DELL PowerEdge R530 review will use servers with benchmarking components, which use all flash drives configured with Micron P420m PCIe SSDs as storage. The review will evaluate DELL PowerEdge R530 in parallel with the Dell PowerEdge R430 in some respects, as a 1U variant with the same design.
Construction and design of DELL PowerEdge R530
The upper left corner of the front panel of the DELL PowerEdge R530 server panel integrates the power button, besides the NMI troubleshooting button designed to press along with a paper clip and button that determines the system that they can be used to visually locate servers in a rack. Moving to the right of the power button is a VGA port, an LCD panel and a monitoring interface that displays the system ID, status information, and error messages. The front panel also has 2 USB 2.0, as well as an iDRAC management port.
The back panel has a serial and VGA port on the left side, with a built-in 10/100 / 1000Mbps Ethernet port. Move right, the integrated space panel for the optional vFlash card slot and an optional upper iDRAC port, a USB 2.0 port, a USB 3.0 port, and a system-defined connection and button. Configuration of the Generation 13 PowerEdge chassis uses an extended riser card for the PCIc full-height port above, the rest are 2 Ethernet ports and 3 PCIe half-height ports on the right of the ports. Configuration without riser card provides 5 PCIe half-height slots on the right of the ports.
DELL PowerEdge R530 server has 5 cooling fans behind flying drives and backpane. CPU sockets are staggered and located between DDR4 slots. The DELL R530 server can be configured with an optional riser card for PCIe to enable 2 PCIe 3.0 full-height ports and 3 half-height ports. If there is no riser card available, the system will have 5 PCIe height slots.
Management features of Dell R530
As a member of the 13th Generation PowerEdge family, the DELL PowerEdge R530 server is equipped with the OpenManage platform, integrates Integrated Dell Remote Access Controller 8 (iDRAC8) with the Lifecycle Controller. For agent-based management deployment, Dell’s OpenManage Server Administration (OMSA) provides a one-to-one management system, from the command line or web interface. Because the management is similar to the 13th generation PowerEdge series, this review will have an overview of management functions. The review of the PowerEdge 13G R730xd will have a more complete look at the iDRAC and DAS Cache functionality with a combination of hard drive and flash drive configuration.
iDRAC can allow remote access to the system with or without the operating system. After logging in, iDRAC displays an overview of the system as well as a virtual preview interface through its iKVM.
iDRAC Direct allows administrators to use USB keys to deploy hardware configurations for 13G PowerEdge servers, including BIOS, iDRAC, PERC, and NIC settings. iDRAC Direct also gives administrator access to the iDRAC management interface via a laptop connected to the server using a USB cable. iDRAC Quick Sync can allow administrators with Android mobile devices to touch the iDRAC Quick Sync hardware option in the bezel of the PowerEdge 13G server to view server status and logs.
Testing Background and Comparables
This review reviews the test results in the test environment, so that the administrators and the relevant people can have an overview, to evaluate based on the results of the publication.
The goal of this review is to provide a base result to help customers evaluate the performance of the DELL PowerEdge R530 E5-2603 v3 server. Therefore, the benchmark for DELL PowerEdge R530 E5-2603 v3 will be compared to a similar product that is Dell PowerEdge 13G R430. Both the R430 and R530 are used to benchmark aggregate workloads across the entire flash drive with Micron P420m PCIe SSDs used as storage drives. Both servers are connected to the flash range via the 1GbE interface onboard and the server using the SMB protocol.
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Dell PowerEdge R530 8B 2x E5-2603v3 Six Core 1.6Ghz 96GB 2x 2TB SAS H730: Buy it now
Dell PowerEdge R530 8B 2X E5-2603v3 Six Core 1.6Ghz 48GB 8X 2TB SAS H730: Buy it now
Dell PowerEdge R530 8B E5-2650v3 Ten Core 2.3Ghz 24GB 3X 4TB SAS H730: Buy it now
Dell PowerEdge R530 8B 2X E5-2630v3 Eight Core 2.4Ghz 384GB 3X 4TB SAS H330: Buy it now
Dell PowerEdge R530 8B 2X E5-2650v3 Ten Core 2.3Ghz 384GB 2X 600GB H730: Buy it now
Enterprise Synthetic Workload Analysis
Before starting each synthetic benchmark, we had to prepare the device in a stable state under the heavy load of 16 processing threads, with outstanding processing requirements on each thread. After that, the storage drive will be tested for a certain period of time with a lot of intensive threads / tasks to display performance below a much-used level.
Preparing and Primary Steady-State Tests:
– Throughput (Read + Write IOPS Aggregated)
– Average Latency (Read + Write Latency Averaged Together)
– Max Latency (Peak Read or Write Latency)
– Latency Standard Deviation (Read + Write Standard Deviation Averaged Together)
This meta-analysis combines 4 commonly used configurations in production and benchmarking:
– 4k – 100% Read and 100% Write
– 8k – 100% Read and 100% Write
– 8k – 70% Read / 30% Write
– 128k – 100% Read and 100% Write
After being prepared for the 4k workload, both PowerEdge servers can maintain both read and write workloads of approximately 112,000IOPS.
The average latency calculation for 4k benchmarks is similar on both servers and compares the read and write. In each case, the average delay is about 2.3ms.
After being tested for 8k workloads, both servers can maintain reading and writing at about 57,000IOPS.
With a load of work including 8k read and write operations, the R430 can match the R530’s performance.
Calculating the average latency during benchmark 80k 70/30 also reflects slightly better performance compare to R430.
Our final aggregation benchmark uses 128k data transfer and 100% workload read and 100% write. Through this perspective, both PowerEdge servers are almost impossible to identify a winner with about 463,000IOPS for reading and writing.
Conclusion reviews about Dell R530
The DELL PowerEdge R530 server is a 2U computing platform combined with the chassis to maximize storage density with a 3.5-inch hard drive slot, but also provides space for up to PCIe cards to accelerate applications, HBAs, and other components. As the iDRAC management platform continues to grow, it is easy to configure a server and deploy a larger PowerEdge system. OpenManage Essentials also allows access to OpenManage Mobile on mobile devices and can automatically deploy bare-metal PowerEdge and operating systems. The 13th Generation PowerEdge family also incorporates Failsafe Hypervisor technology for redundancy to protect virtual workloads.
In the PowerEdge category, DELL PowerEdge R530 is a 2U server segment that is less complicated and has fewer storage options. For more storage configuration options, the R730 series is a better alternative, but the price is also higher. For common use cases or for businesses that want to take advantage of DAS Cache in a moderate chassis, DELL PowerEdge R530 has a lot of suggestions. It is also not as good as a shared backup access storage node, like its brother 1U R430.
In short, DELL R530 is suitable for many use cases that can take advantage of 3.5-in-tray for high density storage and high performance with Xeon E5-2600 v3 processor.