[email protected] (at Saturday, May 7, 2016, 11:35:24 PM): > Well designed entropy sources > on silicon generate between 200Mbits/s and 5Gbits/s per source. I think > most vendors are getting in on the act. We have been pretty open with our > ES designs and I've seen very smart ES papers. I particularly like > Samsung's ring of rings for a process agnostic circuit. i'm all for cpu integrated hw trngs, but please for the love of god, don't make them like rdrand. what we need is ring 0 access to the raw state of the circuit. this, together with an open design. _______________________________________________ cryptography mailing list [email protected] http://lists.randombit.net/mailman/listinfo/cryptography
- Re: [cryptography] Kernel space vs userspace RNG Krisztián Pintér
- Re: [cryptography] Kernel space vs userspace R... Russell Leidich
- Re: [cryptography] Kernel space vs userspa... Krisztián Pintér
- Re: [cryptography] Kernel space vs use... Russell Leidich
- Re: [cryptography] Kernel space vs use... Krisztián Pintér
- Re: [cryptography] Kernel space vs use... Russell Leidich
- Re: [cryptography] Kernel space vs use... Michael Greene
- Re: [cryptography] Kernel space vs use... Russell Leidich
- Re: [cryptography] Kernel space vs use... Michael Greene
- Re: [cryptography] Kernel space vs use... dj
- Re: [cryptography] Kernel space vs use... Krisztián Pintér
- Re: [cryptography] Kernel space vs userspace RNG Kevin
- Re: [cryptography] Kernel space vs userspace RNG Luca Testoni
- Re: [cryptography] Kernel space vs userspace RNG Luca Testoni
- Re: [cryptography] Kernel space vs userspace RNG Ben Laurie
- Re: [cryptography] Kernel space vs userspace RNG David Johnston
- Re: [cryptography] Kernel space vs userspace R... Luca Testoni
- Re: [cryptography] Kernel space vs userspace R... Krisztián Pintér
- Re: [cryptography] Kernel space vs userspa... Luca Testoni
- Re: [cryptography] Kernel space vs use... Krisztián Pintér
