Page 1:The SSD DC S3700: Meet Intel's Flagship Enterprise SSD
Page 2:Inside Intel's SSD DC S3700
Page 3:Performance Consistency
Page 4:Test Setup, Benchmarks, And Methodology
Page 5:Results: 4 KB Random Performance And Latency
Page 6:Results: Enterprise Workload Performance
Page 7:Results: Sequential Performance
Page 8:Results: Enterprise Video Streaming Performance
Page 9:Power Consumption
Page 10:Intel's SSD DC S3700 Redefines The Way We Look At Performance
Intel's SSD DC S3700 Redefines The Way We Look At Performance
In the four years that passed since Intel launched its X25-E, the company appeared to either lose its way or lose interest in the enterprise segment. The only follow-up effort to emerge from its labs prior to now was the SSD 710, and that drive was simultaneously underwhelming and expensive. With the introduction of the SSD DC S3700, Intel fixed many of the reasons why its SSD 710 didn't succeed. And along the way, Intel's engineers helped redefine the way we evaluate the performance of solid-state storage.
The first major fix was a complete redesign of its controller. A new 6 Gb/s ASIC represents a major step forward for Intel. Not only does this help push performance far beyond what the SSD 710 could do, but it also establishes a new benchmark for consistency never-before seen from a SATA-based SSD.
We can't say enough about the SSD DC S3700's consistency. In every test, no matter how hard we tried, we kept getting reliable, repeatable results. Intel deserves major recognition for the effort that went into controller design and firmware implementation. It's only too bad that, as of now, it sounds like the company has no plans to apply its latest controller technology to a desktop-oriented SSD. We sure do hope that a consumer version surfaces at some point, though.
The last important fix was cost. Intel's SSD 710 was simply priced too close to competing SLC-based drives, particularly when you took lower endurance and higher latencies into consideration. While $2.35/GB still seems like a lot next to the fastest desktop drives out there, the SSD DC S3700's pricing structure is much better, given the 25 nm HET-MLC that Intel uses. The write endurance we've seen from this memory technology has remained consistent over the past year, and we've seen it hold up well in all but the most intensive write-heavy workloads.
There is one notable down-side to mention: power consumption is really high. This could cause issues in densely-configured racks or embedded systems. It's probably not a problem for most business users, particularly those coming from magnetic storage, where performance per watt is much lower, but you should keep it in mind anyway.
A recommendation favoring this drive cannot come from looking at its spec sheet or price tag. You have to actually use it and see how it affects the applications that matter to you. Intel's SSD DC S3700 redefines the way we look at an SSD's performance. And, in the enterprise space, there are plenty of workloads better-served by consistent performance than higher peaks (and lower valleys). As you saw in the enterprise video streaming tests, this can be a very welcome change.
- The SSD DC S3700: Meet Intel's Flagship Enterprise SSD
- Inside Intel's SSD DC S3700
- Performance Consistency
- Test Setup, Benchmarks, And Methodology
- Results: 4 KB Random Performance And Latency
- Results: Enterprise Workload Performance
- Results: Sequential Performance
- Results: Enterprise Video Streaming Performance
- Power Consumption
- Intel's SSD DC S3700 Redefines The Way We Look At Performance