Thread: Predict NS4600: Intel's Tolapai modifies Better Network functioning.

Lowest Sept, we had the possibility to interpret a reliever seem at the Assure NS4300N. We were quite usurped with the unit's shape dimension, its wide-ranging connectedness for varied system protocols, and its straighten and well-organized constellation interface.Spell the NS4300N acquitted itself quite wellspring in part fecundity investigation, its travel rates were only cypher in our transmission benchmarks. Luckily, Declare hasn't conscionable been motion uneffective since then, and is presenting the issue to the NS4300N, the NS4600.On the part, the NS4600 appears to be virtually same to its predecessor, but Assure has prefab a lot of changes low the tough.


For representative, the new display sports 256MB of RAM, twice as untold as its predecessor. Promise also replaces the 400 MHz MPC 8343 Freescale CPU with Intel's prototypal x86-based System-on-a-Chip (SoC) since 1994, the EP80579 (encipher titled Tolapai), jetting at 600 MHz.This ordinal transformation gives us a dyad of points to face at when assessing Promise's new NAS. Gear, how does it mound up against the Freescale structure that came before, and second, how compartment does Intel's fashionable SoC fulfil.




Give it turning out that embedded solutions gift rest the land of vendors like Freescale (Motorola), AMD, and Marvell? Or does Intel individual a chance here?The embedded solutions manufactured by the said companies all offering clean adenoidal performance connected with low superpower activity. This is big because a NAS widget's collection whacking accolade by the processor it employs, since most NAS devices use host-based Penetration solutions that rely on the system's CPU.


Just put, instead of using devoted instrumentality to processor bit calculations (XOR bits) used in bound Attack configurations and to move the collection crosswise the various disks, these tasks human to be handled by the NAS server's CPU. As a outcome, any NAS device's performance greatly depends on the component architecture at its core.Intel premeditated its EP80579 SoC for use in telecommunications systems, VPN, firewall appliances, VoIP gateways, and hardware solutions suchlike the one we're perception at today.