FlashBlade Architect Flashcards
___ is for capacity optimized //S systems
S200
is for performance optimized systems
S500
Systems must have all the same ___ type
Blade
Blades can be upgraded from ___ to ___
S200; S500
Blades can have ___ to ___ DFMs in them
1;4
All blades must have the same and number of ___
DFMs
DFM’s can be upgraded from ___TB to ___TB DFMs
24;48
Capacity can be added by add of ___, add of ___, up size ___
DFMs, Blades, DFMS
Chassis have 2 ___ network modules
FIOM
Each FIOM has ___ usable ___Gbps ports and ___ reserved ports
4; 100; 4
FIOM ports can use ___Gbps break out cables
25
___ are ___ ___ ___for multi chassis Implementations
XFMs; External Fabric Models
Can be ___ to ___ Chassis in size
1; 5
Chassis are ___ RU tall
5
XFMs are ___ RU tall and ___ are required
1; 2
For MC, there are ___ ___Gbps ports per XFM for access (16 total)
8; 100
//E is for ___ ___ /___ ___ per TB workloads
Low performance; lowest cost
//E has 2 blade types
EC and EX
The 1st //E chassis is an ___ and all expansions are ___
EC and EX
EC blades have ___, ____, and ___
compute, authorities, and protocol endpoints
EX blades have ___ and ___ ___ only
Capacity and storage managers
The base config of an //E is ___ chassis
2
//E only expands with ___ populated chassis
fully
Resiliency has ___ and ____ groups (RGs)
compute and storage