While troubleshooting a transcoding issue, where you need 32 G.711 to G.729a sessions, you realize the DSP capacity may be undersized. Which two can support your requirement? (Choose two.)
A. PVDM4-128
B. PVDM4-32
C. PVDM4-48
D. PVDM4-16
E. PVDM4-64
Just passed today; 72Q in 75min; probably 40-60% new questions.
This one was a single select with no PVDM-128 answer option.
Hi,
If you remember new questions, which u still remember.. can you please post it. I am preparing to appear in a week.
PVDM4-16 and PVDM4-48 don’t exist, but -64 and -128 should both be capable, whereas -32 can only transcode 16 high complexity codecs (like G.729)
I’d say: AE
https://www.cisco.com/c/en/us/products/collateral/routers/4000-series-integrated-services-routers-isr/data_sheet_c78-728307.html
Agree that correct answers should be A and E
From https://community.cisco.com/t5/collaboration-voice-and-video/cisco-pvdm2-and-pvdm3-dsp-credit-mips-allocation/ta-p/3142302#toc-hId-301027089
Transcoding uses the same credits as the high complexity mode for voice termination even though G.711 is low complexity and G.729a is medium complexity. I assume this credits system works for PVDM4 the same way.