The Intel SSD DC P4610 Series is the company’s newest band of abstracts centermost drives accurately congenital for performance, QoS, and capacity. Leveraging the NVMe blueprint 1.2 central a U.2 2.5” anatomy factor, this focus on accumulator adeptness allows organizations to abbreviate account outages and to finer administer their abstracts centers “at scale”. The new Intel band additionally helps advance server activity and appliance and accelerates applications in a arrangement of altered billow workloads.
This time around, Intel uses 64-layer TLC 3D NAND technology, which accustomed them to increase the best accommodation of the P4610 Series by up to 20% compared to the antecedent band (P4600). Intel indicates that this will add added workload applications, including added users for billow and action account providers and bigger abstracts account levels.
As far as achievement goes, the DC P4610 Series is accepted to adeptness consecutive apprehend and address speeds up to 3,200MB/s and 2,100 MB/s, respectively, while accidental apprehend and writes are quoted at 620,000 IOPS and 200,000 IOPS. Intel claims this will construe to 35% faster writes rate, bigger adeptness of up to 35% per drive, and up to four times the abridgement of account time at a QoS metric of 99.99% availability for accidental admission workload
The Intel SSD DC P4610 Series comes in capacities of 1.6TB, 3.2TB, 6.4TB, and 7.68TB. We will be attractive at the aboriginal accommodation SSD in this review.
Our Action SSD reviews leverage a Lenovo ThinkSystem SR850 for appliance tests and a Dell PowerEdge R740xd for constructed benchmarks. The ThinkSystem SR850 is a well-equipped quad-CPU platform, alms CPU adeptness able-bodied in balance of what’s bald to accent high-performance bounded storage. Constructed tests that don’t crave a lot of CPU assets use the added traditional dual-processor server. In both cases, the absorbed is to advertise bounded accumulator in the best ablaze accessible that aligns with accumulator bell-ringer best drive specs.
Lenovo ThinkSystem SR850
Dell PowerEdge R740xd
Testing Background and Comparables
The StorageReview Action Analysis Lab provides a adjustable architectonics for administering benchmarks of action accumulator accessories in an ambiance commensurable to what administrators appointment in absolute deployments. The Action Analysis Lab incorporates a arrangement of servers, networking, adeptness conditioning, and added arrangement basement that allows our agents to authorize real-world altitude to accurately barometer achievement during our reviews.
We absorb these accommodation about the lab ambiance and protocols into reviews so that IT professionals and those amenable for accumulator accretion can accept the altitude beneath which we accept accomplished the afterward results. None of our reviews are paid for or overseen by the architect of accessories we are testing. Additional accommodation about the StorageReview Action Analysis Lab and an overview of its networking capabilities are accessible on those corresponding pages.
Main comparables for this review:
Application Workload Analysis
In adjustment to accept the achievement characteristics of action accumulator devices, it is capital to archetypal the basement and the appliance workloads begin in live-production environments. Our benchmarks for the Intel P4610 are accordingly the MySQL OLTP achievement via SysBench. For our appliance workloads, anniversary drive will be active 2-4 analogously configured VMs. Note: The 1.6TB model wasn’t big abundant for our SQL appliance workload, so it wasn’t included in this review.
The abutting appliance criterion consists of a Percona MySQL OLTP database measured via SysBench. This analysis measures boilerplate TPS (Transactions Per Second), boilerplate latency, and boilerplate 99th percentile cessation as well.
Each Sysbench VM is configured with three vDisks: one for cossack (~92GB), one with the pre-built database (~447GB), and the third for the database beneath analysis (270GB). From a arrangement adeptness perspective, we configured anniversary VM with 16 vCPUs, 60GB of DRAM and leveraged the LSI Logic SAS SCSI controller.
Sysbench Testing Configuration (per VM)
With the Sysbench transactional benchmark, the Intel 4610 hit a solid 7,471.3 TPS landing in fifth place.
With Sysbench boilerplate cessation the Intel 4610 afresh placed fifth amid the comparables with a cessation of 17.1ms.
Our worst-case book cessation criterion saw the Intel 4610 acreage afresh in fifth place with 30.5ms.
Houdini by SideFX
The Houdini analysis is accurately advised to appraise accumulator achievement as it relates to CGI rendering. The analysis bed for this appliance is a alternative of the core Dell PowerEdge R740xd server blazon we use in the lab with bifold Intel 6130 CPUs and 64GB DRAM. In this case, we installed Ubuntu Desktop (ubuntu-16.04.3-desktop-amd64) active bald metal. Output of the criterion is abstinent in abnormal to complete, with beneath actuality better.
The Maelstrom audience represents a area of the apprehension activity that highlights the achievement capabilities of accumulator by demonstrating its adeptness to finer use the bandy book as a anatomy of continued memory. The analysis does not address out the aftereffect abstracts or action the credibility in adjustment to abstract the wall-time aftereffect of the cessation appulse to the basal accumulator component. The analysis itself is composed of bristles phases, three of which we run as allotment of the benchmark, which are as follows:
With the Houdini test, the Intel P4610 placed in the high boilerplate allotment of the pack.
VDBench Workload Analysis
When it comes to benchmarking accumulator devices, appliance testing is best, and constructed testing comes in additional place. While not a absolute representation of absolute workloads, constructed tests do advice to baseline accumulator accessories with a repeatability agency that makes it accessible to do apples-to-apples allegory amid aggressive solutions. These workloads action a ambit of altered testing profiles alignment from “four corners” tests, accepted database alteration admeasurement tests, to trace captures from altered VDI environments. All of these tests advantage the accepted vdBench workload generator, with a scripting agent to automate and abduction after-effects over a ample compute testing cluster. This allows us to echo the aforementioned workloads beyond a advanced ambit of accumulator devices, including beam arrays and alone accumulator devices. Our testing action for these benchmarks fills the absolute drive apparent with data, afresh partitions a drive area according to 25% of the drive accommodation to simulate how the drive ability acknowledge to appliance workloads. This is altered than abounding anarchy tests which use 100% of the drive and booty them into abiding state. As a result, these abstracts will reflect higher-sustained address speeds.
In our aboriginal VDBench Workload Analysis, Accidental 4K Read, the Intel P4610 was backward beneath 1ms throughout with a aiguille of 610,532 IOPS and a cessation of 208.3μs agreement in the basal of the pack.
In 4K accidental writes, the P4610 afresh saw sub-millisecond cessation throughout agreement third. Specifically, it had a aiguille achievement of 375,251 IOPS and a cessation of 338.3μs.
Switching over to consecutive workloads, the P4610 fell to aftermost afresh in 64K reads with a aiguille account of 34,336 IOPS (or 2.15GB/s) with a cessation of 464.6μs.
The P4610 already afresh came in third in address achievement in our 64K consecutive analysis with 25,661 IOPS (or 1.6GB/s) with 611.6μs.
Moving on to SQL workloads the P4610 ailing at 188,997 IOPS with 168.9μs latency, falling to the basal of the pack.
SQL 90-10 saw the P4610 retain fourth abode with a aiguille account of 187,357 IOPS and a cessation of 169.5μs, agreement it appropriate in the boilerplate of the pack.
The P4610 ailing at 186,197 IOPS with a cessation of 170.6μs in the SQL 80-20 benchmark.
With our Oracle workload the P4610 continued abaft the Memblaze and the Huawei with 184,659 OPS and a cessation of 190.7μs.
For Oracle 90-10, the P4610 had a aiguille of 151,174 IOPS and a cessation of 145μs, agreement it additional to last.
In the boilerplate of the pack, the P4610 had aiguille achievement of 150,698 IOPS and a cessation of 144.2μs in our Oracle 80-20.
Next, we move on to our Abounding and Linked VDI carbon tests. For VDI Abounding Carbon Boot, the P4610 had a aiguille achievement of 137,610 IOPS and a cessation of 248μs.
In VDI FC Initial Login, the P4610 had a aiguille achievement of 84,026 IOPS and a cessation of 353.9μs, agreement third.
With VDI FC Monday Login the P4610 ailing at 74,635 IOPS and a cessation of 212.5μs.
Switching over to Linked Carbon (LC), we aboriginal attending at the cossack analysis area the P4610 placed last 74,635 IOPS and a cessation of 275.7μs.
VDI LC Initial Login had the P4610 had aiguille achievement of 40,236 IOPS and a cessation of 196.3μs.
Lastly, the VDI LC Monday Login had the P4610 aiguille at 56,350 IOPS and a cessation of 281.4μs for third place.
The Intel SSD DC P4610 Series offers a new and bigger archetypal to the performance-driven band of NVMe abstracts centermost drives. The new P4610 appearance 64-Layer 3D NAND, comes in the U.2 anatomy factor and is accessible in capacities of 1.6TB, 3.2TB, 6.4TB, and 7.68TB, the above which we activated for this review. Intel claims bigger achievement over the last-gen band with quoted apprehend and address speeds up to 3,200MB/s and 2,100 MB/s, respectively, and accidental apprehend and writes of 620,000 IOPS and 200,000 IOPS. Intel has congenital the P4610 SSD band to excel accurately in ambitious account levels while supporting larger billow workloads to drive down costs.
Looking at our sysbench appliance performance, the P4610 showed a solid 7,471.3 TPS, an average latency of 17.1ms and worst-case book cessation of 30.5ms, behind several added drives. In our Houdini by SideFX benchmark, the new Intel drive had 2,870.3 abnormal agreement it in the boilerplate of the field. The 1.6TB sample admeasurement wasn’t ample abundant for our SQL Server analysis so it was not performed for this review.
For VDBench, the P4610 showed sub-millisecond cessation throughout all tests. Key after-effects accommodate 610,532 IOPS on 4K read, 375,251 IOPS on 4K write, 2.15GB/s on 64K read, and 1.6GB/s on 64K write. The Oracle showed 184,659 IOPS, 151,174 IOPS and 150,698 IOPS for workload, 90-10 and 8020, respectively, while the SQL tests ran amid 186K IOPS and 189K IOPS.
Overall the Intel P4610 showed boilerplate to underwhelming achievement depending on the appliance you focused on. In our Houdini apprehension benchmark, it came up slower than the read-centric P4510. In our workloads that focused on apprehend performance, it came up abbreviate compared to added alloyed workload drives in this category. In benchmarks with some absorption of address behavior, achievement best up, but to added middle-ground levels. Depending on amount though, the P4610 may still about-face out to be a acceptable advance for applications that aren’t awfully cessation sensitive.
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