All-Flash Arrays are the model of inefficiency and as flash media increases in density and performance, the cost of this inefficiency becomes more obvious. Enterprise solid-state drives (SSD) deliver 70,000 IOPS per drive but most AFAs need 24 drives or more to achieve 70,000 IOPS. Those same systems also need high-end processors to move IO through them at those speeds. The cost of these systems is hundreds of thousands of dollars when in reality they should cost less than $100,000.
In this webinar we discuss why their software bottlenecks current all-flash arrays. We explain how inefficient storage software requires vendors to use more powerful and more expensive CPUs, as well as a greater quantity of flash drives. We also explain why technology advancements like NVMe and increasing flash density will only make the situation worse.
Driving Behavioral Change for Information Management through Data-Driven Gree...
Webinar: How to Design a 92TB, 500K IOPS AFA for less than $95,000!
1. How to Design a 92TB, 500K IOPS AFA for
less than $95,000!
Gal Naor,
Co-founder and CEO
George Crump,
Founder and Lead Analyst
For audio playback and Q&A go to:
bit.ly/Design92tb
3. The State of All-Flash
Array Hardware
● Flash Media is becoming more dense
● Flash interfaces (NVMe) are delivering
better performance and lower
latencies
● Networking interfaces are delivering
better bandwidth (32GB FC / 40GbE /
100GbE) and lower latencies (NVMe)
● Next Generation Storage Memory is
only a few years away
4. The State of All-Flash
Array Software
● Software, even from “new” vendors, is at least ten
years old and based on legacy technology
○ Yet, hardware updates have all occurred within the
last 18 months
● Many of the features within software (RAID,
Deduplication, Compression, Snapshots, etc..)
are based on algorithms that are twenty years old
● Software is now THE bottleneck in Flash
Performance
5. The Impact of the State
of All-Flash Arrays
● Raw performance of hardware
specs indicates that an AFA
with just a few drives should
deliver hundreds of thousands
of IOPS and deliver dozens of
TBs of capacity
● BUT most AFAs take dozens of
drives to get there
6. The Software Bottleneck
Workarounds
● Use more powerful processors and even
more drives
○ Increases costs and inefficiencies
● Use dedicated hardware (ASICs and
FPGAs) to run software
○ Increases cost and limits customer flexibility
○ “Flies in the face” of the Software Defined
Data Center
7. The Software Bottleneck
Workarounds
● Moving to distributed architectures
○ Scale-out adds networking complexity and
latency
○ Overall resource efficiency actually goes
DOWN
○ Hard to start small (three node minimum)
8. The Answer? Build Better
Software
● Write software from the ground up for
flash environments
○ New algorithms
○ New optimizations
○ Better use of multi-core processors
9. The Result - Faster,
More Efficient and
LESS EXPENSIVE
AFAs
20. • Pay per capacity. Grow as you need
• Lowest price in the industry - Cents per GB with all enterprise features. Enterprise SSDs
• One price for all storage protocols, different workloads and all of StorONE’s features. All
included
• 90% less cost compared to the cloud without the additional networking and hidden charges
• Same flexibility as the cloud. All storage services exist on the same drives and a single UI
ON PREM storage solution
With
all the Cloud service advantages
Without
the Cloud challenges