Boston Viridis ARM-based server in the media

As predicted, Boston's innovative new Viridis server is beginning to create great levels of excitement in the IT industry!

The ultra-low powered server, based on Calxeda EnergyCore™ SOC (System On a Chip) architecture, has recently caught the attention of The Register and Anandtech, who have published the following articles:

• The Register: Boston flexes its own ARM server muscle
• Anandtech: Boston Releases Servers Based on Calxeda's ARM SoCs

UPDATE 24/07/2012 - press coverage is hotting up with some great new articles hitting the web:

• HPC Wire: Boston Limited Builds ARM Servers
• CIO: ARM Server Ships From Boston Limited
• ChannelBiz: Viridis servers threaten dominance of x86 servers

UPDATE 01/08/2012 - press coverage continues...

• ITProPortal.com: UK form ships Calxeda-based servers ahead of HP, Dell

Update 07/08/2012 - the latest from the press..

• PcPro.co.uk: ARM and Nvidia put pressure on x86 in servers
• Datacetreknowledge.com: OpenStack cloud gets ARMed for efficiency
• MarketWatch.com: Boston Limited Ships First ARM®-Based Servers
• ZDNet.com: Boston Viridis 192-core server consumes only 300 watts of datacenter power
• HPCProjects.com: Boston ships Viridis server

Update 14/08/2012 - more Viridis press coverage..

• Slashdot: ARM Server Market Poised to Take Off
• CRN: The 10 Coolest Servers Of 2012 (So Far)

Update 23/08/2012 - continued

• WSJ – CIO Journal: CIO Report
• ITers News: ARM tiptoes its way into server processor market
• Top News Today: Boston flexes its own ARM server muscle

Update 31/08/2012 - continued...

• Express Computer (India): A shot of ARM from Boston

Update 18/10/2012 - October's latest press coverage...

• AnandTech: Boston Viridis ARM Server Gets x86 Binary Translation Support
• Electronics Weekly: Boston ships 20 ARM-based servers in two months

Update 13/03/2013 - The latest news from the new year...

• AnandTech: Calexda's ARM Server Tested

Find out more about Boston's Viridis server here - a solution that uses as little as 1/10th the power of a traditional x86 server.