amazon Dell PowerEdge T630 reviews
The Dell PowerEdge T630 is a large tower server. It easily fits into your data center lab’s design. As you can see, the front (no optional chamfer) has a total of 32x 2.5 ”SAS bays that are connected to the Dell PERC H730P RAID controller. Extensive storage levels are rare on tower servers but are allowed on the T630 to serve a wide range of applications. We have seen 16 hot swap drives for easy maintenance.
When opening the chassis, we found a ventilation to take advantage of the excess air flow for the heat sinks, memory modules and expansion cards.
The cooling system is provided by a series of 6 radiator fans. 4 in the middle plane and 2 in the back of the server. Fans can be easily removed with one hand and the construction of the latch is excellent. When installation will be safe. When working can be removed smoothly.
We also note that our evaluation unit includes both Delta and Sunon PWM. We are not sure this is a mechanism of Dell. According to many people, it is a deliberate action to avoid many cooling fans operating inefficiently.
You can see four PCIe slots on each side of the processor. The upper side of the slot with CPU1 has one of the slots in the middle of the motherboard. This slot is for PERC and a series of Dell storage controllers.
You can also see features like the TPM module and optional SD and USB 3.0 card slots.
The bottom has two custom designed cooling towers. You can see the heat pipes expand through the fins of aluminum radiators. From below, you can see the very powerful Intel Xeon E5 processor this cooling solution is warranted and works very well. This cooling system allows servers to run at high performance throughout our tests.
The Dell PowerEdge T630 supports up to 24 DIMMs for it has the maximum memory capacity for a dual Intel Xeon E5 server. Some competing products only offer 8 or 16 DIMM configurations, making Dell’s designs more flexible.
In our test, we converted the original RAM of 64GB to 256GB DDR4-2400 RAM. With the sheer number of cores we have available, our standards have run out of memory. In exchange, we have noticed that some DIMM slot pins are directly attached to the Chassic of the radiator fan. Exchange of RAM takes place easily and takes less than 4 minutes.
We recommend a minimum of 128GB of RAM on any Intel Xeon E5-2600 V4 server for these experiments although we are now using a minimum of 256GB of RAM even our low-end servers.
The rated power source is 750W 80Plus Platinum. In our configuration, the power supplies easily have enough power to power the entire server.
In the rack, when one of the power supplies is active and it shows a bright green LED on the PSU handle.
Behind the source, we offer excess power, the rear I / O has PCIe expansion cards, four USB 2.0 ports, two USB 3.0 ports, and iDRAC audio management port as well as VGA port and console serial port controller. The network is provided on both dual gigabit Ethernet boards as well as a dual Intel I350 Gigabit Ethernet PCIe expansion card.
Efficiency
We want to give an idea regarding the overall performance of the Dell PowerEdge T630. Since our configuration has been focused for high calculations, we focus on our standards based on the volume of computational work. We usually run SPEC CPU2006 on our machines.
This is one of the most requested standards for STH in the past few years. We have a proper standard Linux operating system. We expect to see this function move into the Linux-Bench soon (currently just waiting for parsing on it.) The task was simple, we have a standard Linux 4.4.2 configuration file from kernel.org, and done with every topic in the system. We are describing the results every hour to make the results easier to read.
In terms of performing workload compilation software, the Dell PowerEdge T630 is extremely impressive. The system provides twice the performance of a can c4.8xlarge AWS.
OpenSSL performance
OpenSSL is widely used to ensure communication between servers. This is an important protocol in many software packages for OpenSSL to have an effective impact on the expansion of the web transaction processing software for VPN connectivity. We are using the OpenSSL 1.0.1g version for tests using Ubuntu 14.04.4 LTS.
With OpenSSL 1.0.1g we can see that Dual Intel Xeon E5-2697 comes with Dell PowerEdge T630 very strong, even far beyond a quad CPU Intel Xeon E5-4620 V1 system. Clear upgrade cases for those running old dual Intel Xeon 5500 series systems where OpenSSL is used, you may find the acceleration can be 10 times larger.
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Dell POWEREDGE T630 2S Tower XEON SYST: Buy it now
NAMD performance
NAMD is a molecular standard model developed by the theory and calculated by the Computational Biophysics group at Beckman Institute for Advanced Science and Technology at the University of Illinois at Urbana-Champaign.
For the scientific workload, we can see that the Intel Xeon E5-2697 V4 dual system performs very well. The computing power of the obliterates V4 generation has metrics for us to see from other systems.
Power Consumption
We use Schneider Electric APC PDU calibrations to measure server power consumption. In our lab, the STH data center using a 208V circuit is very popular in North American data centers.
Normal power consumption: 149w
Maximum power consumption: 628w
This figure is impressive for servers that have an add-on RAID controller and 16x rotary hard drive. Our maximum power consumption number requires a heavy load set right on the server, in addition to a typical workload that a similar configuration server will be tested. Even at that power consumption level, redundant power sources can keep the system running if certain systems do not work.
Remote management capability
The Dell PowerEdge T630 series includes iDRAC remote management capabilities. Instead of simply providing a basic function to access remote servers, the Dell iDRAC solution provides an expanded set of features. We have a total of 35 features that we would like to point out specifically using the iDRAC 8 interface. We will publish an accompanying separate iDRAC 8 functional guide.
We also found Redfish management services available on the Dell PowerEdge T630. Redfish is a new server management standard adopted by major server providers.
Perhaps Dell’s highest support is the iDRAC8 server management software suite. We check the servers from our data center lab, there is quite a lot of distance from our office. Dell iDRAC 8 management suite works well even when we install on different operating systems, change BIOS settings and network. The only time we need to service the machine is when it is installed, the hardware has been upgraded. Managing iDRAC 8 is really great.