On 27 May 2016 at 15:53, Milan Broz wrote:
> On 05/27/2016 09:04 AM, Baolin Wang wrote:
>> Hi Milan,
>>
>> On 27 May 2016 at 14:31, Milan Broz wrote:
>>> On 05/25/2016 08:12 AM, Baolin Wang wrote:
Now some cipher hardware engines prefer to handle
On 27 May 2016 at 15:53, Milan Broz wrote:
> On 05/27/2016 09:04 AM, Baolin Wang wrote:
>> Hi Milan,
>>
>> On 27 May 2016 at 14:31, Milan Broz wrote:
>>> On 05/25/2016 08:12 AM, Baolin Wang wrote:
Now some cipher hardware engines prefer to handle bulk block rather than
one
sector
On 05/27/2016 09:04 AM, Baolin Wang wrote:
> Hi Milan,
>
> On 27 May 2016 at 14:31, Milan Broz wrote:
>> On 05/25/2016 08:12 AM, Baolin Wang wrote:
>>> Now some cipher hardware engines prefer to handle bulk block rather than one
>>> sector (512 bytes) created by dm-crypt,
On 05/27/2016 09:04 AM, Baolin Wang wrote:
> Hi Milan,
>
> On 27 May 2016 at 14:31, Milan Broz wrote:
>> On 05/25/2016 08:12 AM, Baolin Wang wrote:
>>> Now some cipher hardware engines prefer to handle bulk block rather than one
>>> sector (512 bytes) created by dm-crypt, cause these cipher
Hi Milan,
On 27 May 2016 at 14:31, Milan Broz wrote:
> On 05/25/2016 08:12 AM, Baolin Wang wrote:
>> Now some cipher hardware engines prefer to handle bulk block rather than one
>> sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
>> the
Hi Milan,
On 27 May 2016 at 14:31, Milan Broz wrote:
> On 05/25/2016 08:12 AM, Baolin Wang wrote:
>> Now some cipher hardware engines prefer to handle bulk block rather than one
>> sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
>> the intermediate values (IV) by
On 05/25/2016 08:12 AM, Baolin Wang wrote:
> Now some cipher hardware engines prefer to handle bulk block rather than one
> sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
> the intermediate values (IV) by themselves in one bulk block. This means we
> can increase the
On 05/25/2016 08:12 AM, Baolin Wang wrote:
> Now some cipher hardware engines prefer to handle bulk block rather than one
> sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
> the intermediate values (IV) by themselves in one bulk block. This means we
> can increase the
Now some cipher hardware engines prefer to handle bulk block rather than one
sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
the intermediate values (IV) by themselves in one bulk block. This means we
can increase the size of the request by merging request rather than
Now some cipher hardware engines prefer to handle bulk block rather than one
sector (512 bytes) created by dm-crypt, cause these cipher engines can handle
the intermediate values (IV) by themselves in one bulk block. This means we
can increase the size of the request by merging request rather than
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