org]
On Behalf Of Mark H. Wood
Sent: Thursday, March 11, 2010 6:08 AM
To: openssl-users@openssl.org
Subject: Re: CPU usage and FPGA support
Notice a few things:
o The OP asked about reducing CPU load, but the answers all talk
about making encryption faster. These are not the same thing.
Off
Mark H. Wood wrote:
Notice a few things:
o The OP asked about reducing CPU load, but the answers all talk
about making encryption faster. These are not the same thing.
Offloading encryption might *reduce* throughput of the encrypted
streams, and yet free up CPU time to do other things
Notice a few things:
o The OP asked about reducing CPU load, but the answers all talk
about making encryption faster. These are not the same thing.
Offloading encryption might *reduce* throughput of the encrypted
streams, and yet free up CPU time to do other things. Encrypted
commun
We are sorry for the duplicate message.
Thank you all for the good answers.
First of all we have to take a decision of either to use dropbear(embedded
ssh2 protocol,using libtomcrypt libaries) or OpenSSH(using OpenSSL
libaries). We have looked at the two libaries and it looks like libtomcrypt
migh
Hello everybody.
We are two students doing a project about accelerating encryption on an
embedded system. This system is build upon a ARM processor (180MHz) and an
FPGA.
We have built and implemented OpenSSH into the system (running Linux), and
tested the AES encryption in software.
The task is no
Ahmad Raif Mohamed Noor Beg wrote:
If we are talking about a PC which uses x86 hardware (Intel, AMD etc), yes with
the Gigahertz speed, using software will be faster than using hw accelerator,
in this case FPGA but the original question was I believe usage in an embedded
environment and using
accelerator should make
sense - right ?
From: owner-openssl-us...@openssl.org [owner-openssl-us...@openssl.org] On
Behalf Of John R Pierce [pie...@hogranch.com]
Sent: Thursday, March 11, 2010 9:26 AM
To: openssl-users@openssl.org
Subject: Re: CPU usage and FPGA
. wrote:
So we guess the main question is, if we design an AES cryptocore(FPGA)
how do we ensure that the cpu utilization will drop? This is more
important than getting a higher throughput
the hardest part will be getting data in and out of your engine faster
than the CPU can just process it
On Wed, Mar 10, 2010, . wrote:
> Hello everybody.
>
> We are two students doing a project about accelerating encryption on an
> embedded system. This system is build upon a ARM processor (180MHz) and an
> FPGA.
> We have built and implemented OpenSSH into the system (running Linux), and
> tested
On Wed March 10 2010, . wrote:
> Hello everybody.
>
> We are two students doing a project about accelerating encryption on an
> embedded system. This system is build upon a ARM processor (180MHz) and an
> FPGA.
> We have built and implemented OpenSSH into the system (running Linux), and
> tested t
Hello everybody.
We are two students doing a project about accelerating encryption on an
embedded system. This system is build upon a ARM processor (180MHz) and an
FPGA.
We have built and implemented OpenSSH into the system (running Linux), and
tested the AES encryption in software.
The task is no
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