Blade server Quiz
Blade server Quiz contain set of 10 MCQ questions for Blade server MCQ which will help you to clear beginner level quiz.
Q 1. How may full-height (FH) and Half Height (HH) blade servers can be connected in a chassis:
(a) 8, 16
(b) 4, 8
(c) 8, 4
(d) 16, 8
Q 2. A Blade servers (Full Height or Half Height) can be connected in chassis slot:
(a) Only first slot if Full Height and Half Height in any slot
(b) Half height in first slot and full height in any slot
(c) Only last slot if full height and half height in first slot
(d) Any available slot in the chassis either full height or half height
Q 3. I/O cards in the blade servers are generally named as:
(a) PCI
(b) SCSI
(c) Mezzanine
(d) Proprietary
Q 4. A blade server Full Height (FH) or Half Height (HH) can be used without blade chassis:
(a) Yes
(b) Not possible
(c) Can be used by connecting required power supply
(d) Can be placed in any server
Q 5. Diskless blades can be made booted in OS/Application:
(a) After connecting HDD on the blade only
(b) Using NAS disk
(c) Using SAN disk
(d) Using DAS disk
Q 6. Blade servers/chassis are high ______ boxes and generally offer better _______ characteristics:
(a) End, space
(b) Density, power/heat
(c) Height, environmental
(d) Weight, than traditional
Q 7. Typically each blade server (FH or HH) comes with minimum Ethernet ports:
(a) 4
(b) 1
(c) 2
(d) 8
Q 8. With proper planning and configuration blade servers/chassis can be configured to obtain (choose the best answer):
(a) No real time single failure
(b) Online replacement of spares (HDDs, Power supplies etc.)
(c) Excellent cooling effect
(d) Better Administration
Q 9. Some blade chassis have two independent ________ so that if one gets faulty/damaged, the second one keep operating all functionality:
(a) Power supplies (SMPS)
(b) Ethernet switches
(c) Fiber channel switches
(d) Backplanes
Q 10. What are the major disadvantages/limitation of blade servers/chassis:
(a) Network and other cabling
(b) Expensive configuration, tools, switching to multi-vendor, HVAC
(c) Lower power consumption and management cost
(d) Flexibility, modularity and ease of upgradation
