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Archive for September, 2008

gOS – Lightweight Ubuntu for Netbooks

15 Sep

 

gOS Logo
gOS Logo

gOS or “good OS” is an operating system created by ‘Good OS LLC’, a Los Angeles-based corporation. The company initially advertised it as “An alternative OS with Google Apps and other Web 2.0 apps for the modern user.” The first version gOS was based on Ubuntu 7.10 and the Enlightenment window manager.

Based on the idea of cloud computing, all versions of gOS lean heavily on on-line applications built on Web 2.0 and AJAX technology so they also do not use much hard disk space for applications. The whole gOS-1 system fits comfortably in less than 2 GB of disk space. Also many of the documents created with gOS, such as Google Docs documents, can be saved on Google servers instead of on the local hard disk, so gOS can work with very small hard disks. In gOS V2 Rocket, Good OS introduced the use of Google’s “Google Gears” technology which promises to make Google’s web applications usable without an internet connection. Currently, Google Reader and Google Docs are the only supported Google applications. Read the rest of this entry »

 

Hifn 5NP4G Network Processor

07 Sep

We are all quite choosey when it comes to buying a PC or a Laptop.. Did you ever think what powers your router or wireless access point? I remember being stunned to find out what powered my trusted CISCO 2500 series router :) It was a Motorola 68030 CISC processor. Far behind the state of the art processors that were available at the time the 2500 was created. But, to be fair, routing devices don’t really need super computing performance when it comes to the central processor. Recently, we have been seeing some brave architectural innovations featuring ASICs and Network processors & co-processors.

Hifn have created a first of its kind Network Processor 5NP4G. The 5NP4G is a programmable network processor optimized for packet processing at speeds up to OC-48. The 5NP4G implements copper  interconnect technology and integrates a switching engine, search engine, frame processors, and multiplexed MACS. Designed to satisfy enterprise, core, edge networking, and Internet service requirements at wire speed, the 5NP4G network processor can deliver complex functions, such as (QoS), scheduling, flow control, and differentiated services.

Read the rest of this entry »